sustainability.utar.edu.my

SDG 6 Clean Water and Sanitation

Executive Evidence Summary: UTAR has established a comprehensive institutional water consumption tracking and management system across its Kampar and Sungai Long campuses, supporting the objectives of SDG 6: Clean Water and Sanitation, particularly SDG 6.2.1 on water consumption measurement and monitoring. The system provides a structured, evidence-based approach to measuring, recording, analysing and reporting institutional water consumption. UTAR monitors water consumption from multiple sources, including treated mains water supplied by Lembaga Air Perak and Air Selangor Sdn. Bhd., non-potable water extracted from Lake 18 at Kampar Campus for landscape irrigation, and alternative water generated through rainwater harvesting and air-conditioning condensate recovery. By accounting for both potable and alternative water sources, UTAR develops a more comprehensive understanding of its institutional water footprint. Water consumption data are collected and reviewed monthly by the Facilities Management Office. The data are consolidated for annual sustainability reporting and used to identify seasonal variations, abnormal consumption patterns, potential leakage, operational inefficiencies and opportunities for improved water-use efficiency. Consumption trends also inform maintenance planning, irrigation management, infrastructure upgrades and future metering requirements. Quantitative evidence is publicly reported through UTAR’s Sustainability website. The latest complete reporting period records 126,923 m³ of total institutional water consumption, together with approximately 144 m³ of Lake 18 water extraction and 240 m³ of rainwater harvesting, representing approximately 384 m³ of alternative water utilisation and potable water savings. The monitoring framework directly supports conservation measures, including rainwater harvesting, condensate-water reuse, Lake 18 irrigation, 148 water-efficient hand-press wash taps, and planned installation of individual building-level water meters. Through regular monitoring, institutional reporting and evidence-based operational decision-making, UTAR demonstrates transparency, accountability and continual improvement in sustainable water resource management. Future enhancements include expanded metering, improved leak detection, digital monitoring and deeper integration of water analytics into sustainability performance management.

Overview
UTAR has established a comprehensive institutional water consumption tracking system to support sustainable water resource management across its Kampar and Sungai Long campuses. In alignment with SDG 6.2.1, the University systematically measures, records, analyses and publicly reports water consumption from all major water sources. This data-driven approach enables informed operational decision-making, supports conservation initiatives, improves resource efficiency, and demonstrates institutional accountability for sustainable water stewardship.

1. Institutional Water Consumption Tracking System

UTAR continuously monitors total campus water consumption using an integrated tracking framework that captures water usage from three primary sources:

Treated mains water supplied by Lembaga Air Perak (Kampar Campus) and Air Selangor Sdn. Bhd. (Sungai Long Campus)
Non-potable water extracted from Lake 18 at Kampar Campus for landscape irrigation
Water collected through campus rainwater harvesting and condensate recovery systems for non-potable applications such as irrigation, cooling towers, cleaning, and maintenance

The treated mains water supplied raw water primarily from surface reservoirs such as rivers, lakes, and dams. The water undergoes a multi-stage purification process—coagulation, sedimentation, filtration, and disinfection—to ensure compliance with the Ministry of Health’s National Drinking Water Quality Standards (NDWQS). Treated water is channelled through a secure and extensive piping network, delivering clean and reliable water to campus facilities, residences, and academic spaces.

Monitoring all water sources enables the University to accurately quantify its total institutional water footprint rather than relying solely on municipal water consumption. This comprehensive accounting supports more effective planning and demonstrates UTAR's commitment to sustainable water management.

3. Monthly Monitoring and Performance Evaluation

Water consumption data are collected and reviewed every month by the University's Facilities Management Office. Monthly readings from treated water supplies, Lake 18 extraction, and rainwater harvesting systems are consolidated into annual sustainability performance reports for institutional evaluation.

Regular monitoring enables UTAR to:

Identify seasonal fluctuations in water demand;
Detect abnormal consumption patterns that may indicate leakage or operational inefficiencies;
Evaluate the effectiveness of conservation initiatives;
Benchmark annual water performance; and
Support long-term infrastructure planning and sustainability reporting.

This systematic monitoring framework satisfies THE's expectation that universities actively measure institutional water consumption using verifiable quantitative data.

3. Evidence-Based Water Resource Management

Water consumption data are actively utilised to improve campus operations rather than merely recorded for reporting purposes. Consumption trends inform maintenance scheduling, leak detection, infrastructure upgrades, irrigation planning, and prioritisation of water-saving initiatives.

Examples include:

Optimisation of irrigation using Lake 18 water
Monitoring the effectiveness of rainwater harvesting systems
Identification of opportunities for reducing treated water consumption
Evaluation of building-level water demand
Planning for future deployment of individual building water meters to improve monitoring resolution

By integrating consumption data into operational decision-making, UTAR demonstrates continual improvement in water-use efficiency and institutional resilience.

4. Quantifiable Water Consumption Data

UTAR publicly reports institutional water consumption through its Sustainability website.

Examples of reported performance include:

Total institutional water consumption: 126,923 m³ (reported for the latest complete reporting period).
Lake 18 extraction: approximately 144 m³ annually.
Rainwater harvesting: approximately 240 m³ annually.
Alternative water utilisation: 384 m³ of potable water saved through rainwater harvesting and lake water extraction.

Publishing these quantitative indicators demonstrates transparency and provides measurable evidence of the University's commitment to responsible water resource management. The chart below shows UTAR’s monthly water consumption, with a total volume of 126,923 m³ recorded in 2024. These insights support operational decision-making and UTAR’s ongoing commitment to sustainable water resource management.

The chart shows UTAR’s monthly water consumption, with a total volume of 144,356 m³ recorded in 2025, representing an increase of approximately 13.7% compared to 126,923 m³ recorded in 2024. The increase may be attributed to variations in campus activities, occupancy, and operational requirements. UTAR continues to monitor water consumption and implement measures to promote efficient and responsible water use across its campuses.

5. Supporting Water Conservation Initiatives

Water consumption tracking directly supports numerous institutional conservation initiatives, including:

Rainwater harvesting systems;
Reuse of condensate water from air-conditioning systems;
Lake 18 water extraction for landscape irrigation;
Installation of 148 water-efficient hand-press wash taps across campus facilities;
Planned installation of individual building water meters; and
Continuous monitoring of irrigation efficiency.

Because consumption is continuously measured, UTAR is able to evaluate the effectiveness of these initiatives and identify additional opportunities for reducing potable water demand.

6. Governance and Continuous Improvement

Water consumption tracking forms part of UTAR's broader sustainability governance framework. Performance data are reviewed regularly to support institutional planning and continual improvement in water management.

Future enhancement initiatives include:

• expansion of building-level water metering;

• improved leak detection capabilities;

• enhanced digital monitoring and reporting;

• greater integration of water consumption analytics into sustainability performance management; and

• continual optimisation of campus water-use efficiency.

These initiatives demonstrate that UTAR's monitoring system is dynamic, evidence-based, and focused on continual improvement.

9. Impact

UTAR demonstrates strong compliance with SDG 6.2.1 – Water Consumption Tracking by providing evidence of:

Institutional measurement of total water consumption;
Monitoring of multiple water sources, including treated water, lake water, and harvested rainwater;
Monthly data collection and annual performance evaluation;
Use of water consumption data to inform operational management and conservation strategies;
Publicly available reporting of water consumption information; and
Continuous improvement through enhanced monitoring technologies and infrastructure.

Through systematic measurement, transparent reporting, and evidence-based decision-making, UTAR demonstrates a mature and effective institutional approach to sustainable water management, supporting both environmental stewardship and the responsible use of water resources.

Sewage Treatment Plant

UTAR collaborates with licensed wastewater management provider Bendahara Enterprise to manage the tertiary sewage treatment system at the Kampar campus. The Sewage Wastewater Treatment Plant (SWTP) apply extended aeration and oxidation reservoir treatment methods, integrating mechanical, biological, and chemical processes for effective contaminant removal.

Treated effluent is discharged only after fulfilling the release limits set by the Department of Environment (DOE), protecting the Kampar River and surrounding ecosystems. Routine laboratory testing, continuous monitoring, and scheduled maintenance demonstrate UTAR’s commitment to sustainable wastewater management aligned with SDG 6: Clean Water and Sanitation.

The oxidation reservoir system includes two natural stabilisation ponds, supporting energy-efficient and eco-responsible wastewater treatment through natural oxidation, sedimentation, and organic breakdown.

The SWTP facilities were constructed in compliance with Malaysia’s environmental and water pollution prevention regulations, including:

Environmental Quality Act 1974 (Act 127)
Environmental Quality (Sewage) Regulations 2009

The treatment cycle incorporates physical separation, chemical neutralisation, and biological purification to produce clean discharge. Effluent is released into the Kampar River only after DOE standard verification, ensuring aquatic life, biodiversity, and ecological balance are protected.

Wastewater Quality Monitoring

Wastewater treated at the Sewage Water Treatment Plant is subject to scheduled sewerage water sampling to evaluate effluent quality. This monitoring process ensures that all discharged water complies with environmental regulations and meets safety requirements before it is released into nearby water bodies.

Effluent compliance testing is conducted twice a year, at a frequency of once every six months. Samples are collected directly from the SWTP and delivered to a laboratory accredited under the Malaysian Laboratory Accreditation Scheme, a certification recognised by the Department of Standards Malaysia.

The laboratory performs detailed analysis and data interpretation of critical wastewater parameters to verify that the treated effluent achieves the national discharge standards. The wastewater treatment performance and testing results for the Kampar campus are displayed in the figure below, demonstrating the effectiveness and compliance of the campus sewerage management system.

Executive Evidence Summary: UTAR demonstrates a strong commitment to protecting water resources through comprehensive wastewater management, regulatory compliance, and continuous environmental monitoring, supporting SDG 6, particularly Target 6.3 on improving water quality and reducing pollution. The University adopts a systematic approach to manage wastewater generated from academic, research, residential, food service, and operational activities, ensuring that all discharges comply with the requirements of the Environmental Quality Act 1974 and the Environmental Quality (Industrial Effluent) Regulations 2009, where applicable. Wastewater is appropriately treated before being discharged into municipal sewerage systems or approved treatment facilities, minimising adverse impacts on surrounding ecosystems. UTAR implements robust operational controls throughout the wastewater management cycle. Laboratory chemical waste is strictly segregated from domestic wastewater, while hazardous liquid waste is collected, documented, and disposed of through Department of Environment-licensed scheduled waste contractors. Food outlets are equipped with grease traps that are routinely maintained to prevent oil and grease from entering drainage systems, and campus sewerage and drainage infrastructure undergo regular inspections and preventive maintenance to minimise leakages, blockages, and contamination risks. Standard Operating Procedures govern laboratory wastewater handling, including chemical segregation, neutralisation where appropriate, safe storage, and full traceability of hazardous waste disposal, ensuring that no hazardous laboratory chemicals are discharged directly into the environment. The University further strengthens pollution prevention through routine inspections by the Safety and Health Office, laboratory safety audits, spill response procedures, environmental awareness programmes, and Green Lab initiatives that promote responsible chemical handling and sustainable laboratory practices. Complementary measures, including rainwater harvesting, water conservation programmes, efficient plumbing fixtures, and green landscaping, reinforce UTAR's integrated approach to water stewardship. Supported by strong governance involving the Safety and Health Office, Facilities Management Office, Campus Management Office, Laboratory Management Committees, and Sustainability Committee, UTAR continuously reviews and enhances its environmental management practices. Collectively, these initiatives safeguard freshwater ecosystems, ensure regulatory compliance, and demonstrate UTAR's commitment to responsible and sustainable campus operations.

Overview
UTAR is committed to protecting water resources through responsible wastewater management, compliance with environmental regulations, and continuous monitoring of water discharge quality across its campuses. The University adopts a systematic approach to ensure that wastewater generated from academic, laboratory, residential, and operational activities is properly treated and discharged in accordance with Malaysian environmental legislation, thereby minimising pollution and safeguarding surrounding ecosystems. At both the Kampar and Sungai Long Campuses, UTAR implements water discharge management procedures that comply with the requirements of the Environmental Quality Act 1974 and the Environmental Quality (Industrial Effluent) Regulations 2009 where applicable. Wastewater originating from laboratories, workshops, cafeterias, student residences, and campus facilities is managed through appropriate treatment systems before being released into municipal sewerage infrastructure or approved treatment facilities.

1. Comprehensive Wastewater Management

UTAR has established operational procedures to ensure that wastewater is managed responsibly throughout its lifecycle. These include:

Proper segregation of laboratory chemical waste from domestic wastewater.
Collection of hazardous liquid waste by licensed scheduled waste contractors.
Installation and maintenance of grease traps for food outlets and cafeterias.
Routine maintenance of campus drainage and sewerage systems.
Periodic inspection of wastewater infrastructure to prevent leakages or contamination.
Immediate corrective action whenever abnormal discharge or pollution risks are identified.

These measures significantly reduce the possibility of untreated pollutants entering natural waterways.

2. Laboratory Wastewater Control

As a research-intensive institution, UTAR recognises that laboratories generate specialised wastewater requiring stricter management. Laboratory personnel follow established Standard Operating Procedures (SOPs) that require:

Segregation of chemical waste according to hazard classification.
Neutralisation procedures where appropriate.
Collection of hazardous liquids in designated containers.
Disposal through Department of Environment (DOE)-licensed scheduled waste contractors.
Documentation and traceability of hazardous waste disposal.

No hazardous laboratory chemicals are permitted to be discharged directly into campus drainage systems.

3. Monitoring and Compliance

UTAR regularly monitors the effectiveness of its wastewater management systems through:

Routine inspections conducted by the Safety and Health Office (SHO).
Maintenance schedules for sewerage treatment facilities.
Inspection of grease traps and drainage infrastructure.
Monitoring of laboratory compliance during internal safety audits.
Environmental inspections during campus operational audits.

Where wastewater treatment facilities are operated by external service providers, UTAR ensures that maintenance records and statutory compliance reports are maintained and reviewed.

4. Pollution Prevention Measures

The University actively implements pollution prevention initiatives, including:

Preventing oil, chemicals, and hazardous substances from entering stormwater drains.
Providing spill response procedures and spill kits in laboratories and workshops.
Training staff and students on chemical handling and environmental protection.
Conducting awareness campaigns on proper waste disposal and water pollution prevention.
Encouraging environmentally responsible laboratory practices through Green Lab initiatives.

These preventive measures minimise accidental contamination of nearby rivers and groundwater.

5. Supporting Sustainable Campus Operations

Water discharge management forms part of UTAR's broader sustainability agenda. The University complements wastewater management with initiatives such as:

Water conservation programmes.
Rainwater harvesting systems for landscape irrigation.
Efficient plumbing fixtures to reduce water consumption.
Green landscaping that enhances natural infiltration and reduces surface runoff.
Environmental awareness activities organised during Sustainability Week and Green Campus campaigns.

These initiatives collectively contribute towards protecting freshwater ecosystems and reducing environmental impacts associated with campus operations.

6. Governance and Continuous Improvement

Responsibility for water discharge management is shared across multiple departments, including:

Safety and Health Office (SHO)
Facilities Management Office
Campus Management Office
Laboratory Management Committees
Sustainability Committee

The University periodically reviews its environmental management practices, maintenance procedures, and operational controls to strengthen compliance with environmental legislation and improve wastewater management performance.

7. Evidence of Implementation

Examples of evidence that demonstrate UTAR's compliance with SDG 6.3.1 include:

Area	UTAR Evidence
Water discharge policy	Environmental Management Policy, Green Campus Policy, laboratory wastewater SOPs
Wastewater management	Campus sewerage treatment systems, grease traps, drainage maintenance records
Laboratory controls	Chemical waste segregation procedures, scheduled waste inventories, hazardous liquid waste disposal records
Compliance	DOE-licensed waste contractor documentation, internal audit reports, maintenance records
Monitoring	Sewerage inspections, drainage inspections, laboratory safety audits, environmental inspections
Training	Laboratory safety training, environmental awareness programmes, chemical spill response training
Pollution prevention	Spill kits, emergency response procedures, hazardous waste storage areas
Continuous improvement	Sustainability Committee initiatives, Green Campus projects, annual environmental performance reviews

8. Water Discharge Guidelines and Standards

9. Impact

Through robust wastewater management, pollution prevention measures, regulatory compliance, and continuous environmental monitoring, UTAR minimises the impact of its operations on surrounding water bodies while promoting responsible water stewardship. These efforts support United Nations Sustainable Development Goal 6, particularly Target 6.3, by improving water quality, reducing pollution, preventing hazardous discharges, and ensuring environmentally sound wastewater management across all university operations.

Executive Evidence Summary: UTAR is committed to providing equitable access to safe and clean drinking water for all students, staff, and visitors, demonstrating its strong commitment to SDG 6: Clean Water and Sanitation. To support healthy hydration while reducing reliance on bottled water, the University has established a comprehensive network of 97 free drinking water dispensers across its Kampar and Sungai Long campuses. These facilities are strategically located in academic buildings, libraries, student residences, cafeterias, sports facilities, lecture halls, and other high-traffic areas to ensure convenient access throughout the day. The dispensers are connected to treated water supplies and undergo regular inspection, maintenance, and water quality assurance by the Department of Estates and Facilities (DEF), ensuring a safe, reliable, and continuous supply of potable drinking water. By encouraging students and staff to refill reusable water bottles, UTAR integrates sustainable consumption practices into everyday campus life while improving accessibility regardless of financial background. The initiative has delivered measurable environmental benefits, with an average monthly dispensing volume of approximately 12,000 litres, preventing the use of an estimated 120,000 single-use one-litre plastic bottles each month and significantly reducing plastic waste generated on campus. Beyond infrastructure provision, UTAR reinforces responsible water consumption through sustainability awareness campaigns, environmental exhibitions, student-led green initiatives, and orientation programmes that educate the campus community on the environmental impacts of plastic pollution and the importance of reusable containers. These educational efforts cultivate a culture of environmental responsibility while complementing the University's broader waste reduction and resource conservation strategies. The widespread availability of free drinking water also enhances student welfare by ensuring that every member of the University community has access to safe hydration without financial barriers, supporting an inclusive and healthy learning environment. Through the integration of accessible drinking water infrastructure, rigorous maintenance, sustainability education, and behaviour change initiatives, UTAR demonstrates a comprehensive approach to promoting safe drinking water, reducing plastic pollution, and encouraging responsible water consumption. Collectively, these initiatives provide strong evidence of UTAR's contribution to SDG 6, advancing sustainable water management while fostering a healthier, more environmentally conscious campus community.

Overview
UTAR is committed to ensuring equitable access to safe and clean drinking water for all students, staff, and visitors as part of its contribution towards SDG 6: Clean Water and Sanitation. In alignment with the SDG 6.3.3 criterion, which evaluates the provision of free drinking water on campus, UTAR has established a comprehensive network of drinking water facilities across its campuses to reduce reliance on bottled water while promoting healthy hydration practices.

1. Free Drinking Water Dispensers

At both the Kampar Campus and Sungai Long Campus, UTAR provides free drinking water dispensers located in academic buildings, libraries, student residences, cafeterias, sports facilities, and common areas. At Sungai Long Campus, 31 dispensers are positioned near lift lobbies and concourse areas for easy refills. Similarly, Kampar Campus hosts 66 units across lecture halls, libraries, cafeterias, and other high-traffic locations. These dispensers are connected to treated water systems and undergo regular maintenance to ensure water quality and safety. Students and staff can conveniently refill their personal water bottles throughout the day without incurring any cost.

A concrete example is the installation of water refill stations within lecture block foyers at the Kampar Campus. These facilities encourage students to carry reusable water bottles, thereby reducing the consumption of single-use plastic bottles and supporting UTAR’s broader sustainability agenda. During university events, orientation programmes, and community outreach activities, participants are similarly encouraged to utilize these refill stations instead of purchasing bottled water.

Since the installation of campus-wide water refilling stations, UTAR has achieved substantial reductions in plastic waste. With an average monthly dispensing volume of 12,000 litres, the system helps prevent the use of an estimated 120,000 single-use 1-litre plastic bottles every month, contributing to a cleaner and more sustainable campus environment.

The Department of Estates and Facilities (DEF) manages asset mapping, routine maintenance, and continuous upgrades to guarantee reliable daily access to safe drinking water. Beyond reducing plastic pollution, this initiative lowers student costs and supports campus well-being — reinforcing UTAR’s long-term commitment to sustainability and a healthier future.

Free Drinking Water Dispenser installed at UTAR

2. Sustainability Awareness: Responsible Water Consumption

Beyond providing free access to drinking water, UTAR actively promotes responsible water consumption through sustainability awareness campaigns. Educational materials, environmental exhibitions, and student-led green initiatives highlight the environmental impacts of plastic waste and the benefits of reusable containers. Such efforts help cultivate a water-conscious campus culture while contributing to waste reduction and resource conservation.

3. Impact

The provision of free drinking water also supports student welfare by ensuring that all members of the university community have access to safe hydration regardless of their financial background. This reflects UTAR’s commitment to creating an inclusive, healthy, and sustainable learning environment. By maintaining accessible drinking water infrastructure and encouraging sustainable consumption habits, UTAR demonstrates its continuous support for SDG Target 6.3, which seeks to improve water quality, reduce pollution, and promote the sustainable management of water resources.

Executive Evidence Summary: UTAR demonstrates a comprehensive commitment to water-conscious building standards by integrating water efficiency into the planning, construction, renovation, and operation of its campuses. In alignment with SDG 6.3.4, UTAR combines sustainable building practices, water-efficient infrastructure, alternative water sources, monitoring systems, and institutional policies to reduce potable water consumption and strengthen responsible freshwater management. UTAR incorporates Malaysia Green Building Index (GBI) Water Efficiency principles into new developments and renovation projects. These include rainwater harvesting, water recycling and reuse, water-efficient irrigation and landscaping, efficient sanitary fixtures, and progressively implemented water metering and leak detection. This approach ensures water efficiency is embedded within campus infrastructure throughout the building lifecycle. The University has installed 148 hand-press water-saving taps across campus buildings, complemented by low-flow fixtures, water-efficient wash basins, and efficient flushing systems. These measures reduce unnecessary water flow while maintaining user convenience. UTAR also integrates alternative water sources into building operations, including harvested rainwater, Lake 18 water for landscape irrigation, and Air Handling Unit (AHU) condensate water for irrigation and maintenance purposes. These systems reduce reliance on treated municipal water and enhance campus water resilience. Water-efficient landscaping further supports this approach through the use of alternative water sources for maintaining campus green spaces. Meanwhile, systematic water monitoring, routine inspections, leak detection, and progressive building-level metering enable UTAR to identify abnormal consumption, minimise losses, and improve operational efficiency. These measures are reinforced by UTAR's Water Conservation and Management Policy, which supports water-efficient appliances, dual-flush toilets, rainwater harvesting, condensate water reuse, non-potable lake water utilisation, timely leakage repairs, and green infrastructure. Collectively, these initiatives demonstrate strong alignment with SDG 6.3.4, embedding water efficiency into campus buildings and operations while reducing potable water demand, improving resource efficiency, and strengthening long-term freshwater sustainability.

Overview
UTAR demonstrates its commitment to sustainable water management by incorporating water-conscious building standards into the planning, construction, renovation, and operation of its campuses. In alignment with the SDG 6.3.4 criteria, the University adopts building practices that minimise potable water consumption, maximise the use of alternative water sources, and promote efficient water management throughout the building lifecycle. These initiatives support UTAR's broader sustainability agenda while contributing to the responsible stewardship of freshwater resources.
.

1. Integration of Green Building Water Efficiency Standards

UTAR integrates water conservation principles into its building design by adopting the Malaysia Green Building Index (GBI) Water Efficiency (WE) framework for new developments and renovation projects. These standards ensure that water efficiency is considered from the earliest stages of infrastructure planning and throughout facility operations.

The University's building standards incorporate the following GBI Water Efficiency elements:

WE1 – Rainwater Harvesting Systems
WE2 – Water Recycling and Reuse
WE3 – Water-Efficient Irrigation and Landscaping
WE4 – Water-Efficient Sanitary Fixtures
WE5 – Water Metering and Leak Detection Systems (being progressively implemented)

By embedding these standards into campus development, UTAR ensures that water efficiency becomes a permanent feature of its physical infrastructure rather than a stand-alone conservation initiative.

2. Installation of Water-Efficient Fixtures

UTAR continued to improve water efficiency across its campuses through the installation of water-saving sanitary fittings. These include:

Self-closing hand press wash taps
Low-flow water fixtures
Water-efficient wash basins
Efficient flushing systems in sanitary facilities

As reported by the University, 148 units of hand press wash taps have been installed across campus buildings to minimise unnecessary water flow and reduce wastage without affecting user convenience. These fixtures automatically stop water discharge after each use, significantly lowering potable water consumption compared with conventional taps.

3. Alternative Water Sources Integrated into Building Operations

A key characteristic of UTAR's water-conscious building standards is the integration of alternative water sources into campus infrastructure.

Examples implemented during 2025 include:

Rainwater harvesting systems installed at multiple campus locations to collect, filter and store rainwater.
Lake 18 water extraction at Kampar Campus for landscape irrigation.
Air Handling Unit (AHU) condensate water collection for reuse in irrigation and building maintenance.
Use of harvested water for cooling tower operations, general cleaning and landscape irrigation.

These systems substantially reduce dependence on treated municipal water while improving the resilience of campus water supply during periods of high demand or water shortages.

4. Water-Efficient Landscaping and Irrigation Design

UTAR incorporates water-conscious landscaping into campus planning by prioritising native and climate-adapted vegetation that requires less irrigation. Landscape maintenance is supported primarily through harvested rainwater and extracted lake water rather than treated potable water.

Examples across the Kampar Campus include landscaping surrounding:

Block A
Block H
Ink Pad Pond
University Garden
Administration Building
Phase 1A Main Road
Parking Zone G
Block KA & KB Sg Long Campus

This integrated landscape strategy reduces potable water demand while preserving attractive green spaces that enhance biodiversity and campus wellbeing.

5. Building Water Monitoring and Leak Detection

UTAR complements efficient building design with systematic water monitoring. Water consumption is tracked through campus-wide metering systems, while plans are underway to expand individual building-level water meters to improve monitoring accuracy.

The metering programme supports:

• Early leak detection

• Preventive maintenance

• Performance benchmarking

• Identification of abnormal consumption patterns

• Continuous improvement in water efficiency

Routine inspections by the Department of Estates and Facilities (DEF) and maintenance personnel ensure that plumbing infrastructure remains efficient and water losses are minimised.

6. Supporting Institutional Policies

The University's Water Conservation and Management Policy provides the governance framework supporting water-conscious building standards. The policy requires:

Prioritisation of water-efficient appliances
Retrofitting of existing facilities with low-flow and push-button taps
Installation of dual-flush toilets
Implementation of rainwater harvesting
Utilisation of AHU condensate water
Lake water extraction for non-potable uses
Repair of identified water leakages within 24 hours
Incorporation of green infrastructure such as permeable pavements for improved stormwater management

These policy commitments institutionalise water efficiency across both new and existing campus facilities.

7. Impact

UTAR's water-conscious building standards demonstrate that sustainable infrastructure extends beyond compliance with construction standards to encompass long-term operational efficiency. By combining water-efficient fixtures, alternative water sources, smart monitoring systems, sustainable landscaping, and institutional policies, the University reduces potable water demand while strengthening resilience against future water challenges.

These initiatives directly fulfil the intent of SDG 6.3.4 (Water-Conscious Building Standards) by ensuring that campus buildings are designed and managed to promote responsible water consumption, improve operational sustainability, and contribute to the protection of freshwater resources.

Executive Evidence Summary: UTAR demonstrates a comprehensive commitment to water-conscious planting by integrating drought-tolerant, climate-adaptive, and locally suitable vegetation into its campus landscaping strategy. In alignment with SDG 6.3.5, these practices reduce irrigation requirements, minimise dependence on treated municipal water, support biodiversity, and strengthen the resilience of campus landscapes to changing climatic conditions. UTAR's landscape strategy prioritises a diverse range of drought-tolerant trees, shrubs, groundcovers, and other climate-resilient species suitable for Malaysia's tropical environment. Examples include Melaleuca leucadendra, Hopea odorata, Caesalpinia ferrea, Samanea saman, Dalbergia species, Alstonia scholaris, Khaya senegalensis, Murraya paniculata, Rhapis excelsa, bamboo species, and native groundcovers. These plants require relatively low maintenance and irrigation while contributing to soil stability, habitat creation, and campus biodiversity. Water-conscious planting is further supported by strategic landscape planning, where vegetation is positioned according to site conditions, sunlight exposure, and water requirements. Plants with similar irrigation needs are grouped to improve watering efficiency, while natural shade and ground cover help reduce soil evaporation and retain moisture. This approach creates healthier and more comfortable outdoor spaces while reducing water demand. A key strength of UTAR's approach is the integration of water-efficient landscaping with alternative water sources. At the Kampar Campus, landscape irrigation is supported by harvested rainwater and non-potable water extracted from Lake 18, reducing reliance on treated municipal water while maintaining campus greenery. Water-conscious planting is implemented across various campus locations, including Block A and Block H, Ink Pad Pond, Block C, Phase 1A Main Road, the University Garden, Administration Block, and Parking Zone G. Collectively, these initiatives demonstrate how UTAR integrates sustainable planting, alternative water sources, biodiversity conservation, and climate resilience into campus landscape management, supporting the objectives of SDG 6.3.5 on Water-Conscious Planting.

Overview
UTAR demonstrates its commitment to sustainable water management by implementing water-conscious planting practices that minimise irrigation demand while maintaining a healthy, biodiverse, and aesthetically pleasing campus environment. In line with the SDG 6.3.5 criterion, UTAR incorporates drought-tolerant, climate-adaptive and native plant species into its landscaping strategy to reduce potable water consumption and enhance long-term environmental resilience. These initiatives are integrated with alternative water sources, including rainwater harvesting and lake water extraction, creating an efficient landscape management system that supports both water conservation and ecosystem sustainability..

1. Adoption of Drought-Tolerant and Climate-Resilient plant Species

UTAR continued to prioritise the planting of species that thrive under Malaysia's tropical climate with minimal irrigation requirements. The University's landscape design features a diverse range of drought-tolerant trees, shrubs and groundcovers that are capable of maintaining healthy growth during extended dry periods while reducing dependence on treated water.

Examples of species planted across the campuses include:

Melaleuca leucadendra (Cajeput Tree)
Hopea odorata
Caesalpinia ferrea (Leopard Tree)
Rain Tree (Samanea saman)
Dalbergia oliveri
Dalbergia latifolia
Dalbergia cochinchinensis
Alstonia scholaris
Khaya senegalensis
Ptelea trifoliata
Murraya paniculata
Epipremnum aureum
Rhapis excelsa
Acalypha siamensis
Eugenia oleina
Allamanda cathartica
Neomarica longifolia
Hymenocallis
Thaumatococcus daniellii
Bamboo species
Native groundcovers

These species require relatively low maintenance, exhibit high drought tolerance, improve soil stability and contribute to greater biodiversity while significantly lowering irrigation requirements across the campus landscape.

2. Strategic Water-Efficient Landscape Planning

UTAR's water-conscious planting strategy extends beyond species selection to encompass sustainable landscape planning. Vegetation is carefully positioned according to site conditions, sun exposure and water requirements so that plants with similar irrigation needs are grouped together, enabling more efficient watering practices and reducing unnecessary water loss.

The University's landscape architecture also maximises natural shade and ground cover to reduce soil evaporation, maintain soil moisture and improve microclimatic conditions around academic buildings, pedestrian walkways and recreational spaces. This integrated approach supports water efficiency while providing comfortable outdoor learning environments for students, staff and visitors.

3. Integration with Alternative Water Sources

A defining feature of UTAR's water-conscious planting programme is its integration with sustainable water supply systems. Landscape irrigation is supported primarily through rainwater harvesting systems and Lake 18 at the Kampar Campus rather than relying solely on treated municipal water.

During 2025, the University continued to utilise harvested rainwater together with non-potable water extracted from Lake 18 to irrigate landscaped areas containing drought-tolerant vegetation. This dual approach substantially reduces potable water consumption while ensuring that campus greenery remains healthy throughout the year. The combination of water-efficient planting and alternative water sources demonstrates an integrated water stewardship model that strengthens campus resilience against water shortages and climate variability.

4. Example of Water-Conscious Planting Across UTAR Campuses

Water-conscious planting can be observed at numerous locations throughout the Kampar Campus, where drought-tolerant species have been incorporated into everyday campus landscapes. Examples include:

Landscaped areas outside Block A and Block H
The Ink Pad Pond corridor near Block M
The landscaped ramp approaching Block C
Green belts along the Phase 1A Main Road
The open green space between Block A and Block B
The area in front of the Administration Block
Parking Zone G
The University Garden

These locations illustrate how sustainable landscaping has been embedded into both functional and recreational campus spaces while reducing irrigation demand and enhancing campus biodiversity.

5. Contribution to Biodiversity and Climate Resilience

The use of drought-tolerant and locally adapted vegetation contributes to healthier campus ecosystems by supporting pollinators, improving habitat connectivity and reducing maintenance inputs such as watering and fertiliser application. Deep-rooted trees and shrubs also improve soil structure, minimise erosion and increase rainwater infiltration, helping the campus adapt to changing rainfall patterns and prolonged dry seasons. These ecological benefits complement UTAR's wider sustainability objectives by simultaneously conserving water resources, improving environmental quality and strengthening climate resilience across its campuses.

6. Impact

UTAR's water-conscious planting initiatives demonstrate strong alignment with the SDG 6.3.5 criterion by:

Implementing drought-tolerant and climate-resilient planting across campus landscapes.
Reducing irrigation demand through water-efficient landscape design.
Prioritising alternative water sources, including harvested rainwater and Lake 18 water, for landscape irrigation.
Conserving treated potable water while maintaining attractive and biodiverse green spaces.
Supporting long-term climate adaptation, ecosystem health and sustainable campus operations through integrated landscape management.

Outside Block A, Block H

Along Ink Pad Pond, Block M

Along the ramp of Block C

Along phase 1A Main Road

Open space between Block A and B

In front of administration block

Parking Zone G

University Garden

Executive Evidence Summary: UTAR demonstrates a comprehensive commitment to water reuse through an integrated policy framework, sustainable infrastructure, research, education, and operational practices that advance SDG 6: Clean Water and Sanitation. Guided by its Water Reuse Policy, the University prioritises the use of alternative water sources to reduce dependence on treated municipal water while ensuring compliance with national water quality standards and supporting long-term campus resilience. A cornerstone of this strategy is the campus-wide rainwater harvesting system, which collects, filters, stores, and reuses rainwater for landscape irrigation, outdoor cleaning, cooling tower operations, and general maintenance. In 2024, approximately 240 m³ of rainwater was harvested and reused, reducing freshwater demand and strengthening water security during periods of high consumption. At the Kampar Campus, UTAR further enhances water sustainability by utilising Lake 18 as a non-potable water source for irrigating gardens, roadside vegetation, and green spaces. Approximately 144 m³ of lake water was extracted and reused in 2024, conserving treated water for essential academic and domestic purposes while supporting campus biodiversity. Complementing these initiatives, condensate water recovered from air-conditioning systems is reused for irrigation and selected mechanical applications, maximising resource efficiency by recovering water that would otherwise be discharged. Water reuse is reinforced through water-efficient infrastructure, including 148 hand-press water-saving taps, building-level water metering, and the incorporation of Green Building Index (GBI) water efficiency principles in new developments and major renovations. UTAR systematically monitors treated water, rainwater, and lake water usage, recording a total campus water consumption of 126,923 m³ in 2024, including 384 m³ derived from alternative water sources, enabling evidence-based decision-making and continuous performance improvement. Beyond operations, the campus serves as a living laboratory where students undertake practical learning and research on rainwater harvesting, sustainable drainage systems, wastewater treatment, membrane filtration, biofiltration, and water quality monitoring. These efforts are complemented by sustainability campaigns, World Water Day activities, and student-led environmental initiatives that promote responsible water use and water recycling technologies. Collectively, UTAR’s integrated approach to policy, infrastructure, monitoring, research, education, and stakeholder engagement demonstrates a holistic model of water reuse that conserves freshwater resources, strengthens institutional water resilience, and makes a significant contribution to SDG 6.3.2 and sustainable water management.

Overview

UTAR is committed to promoting sustainable water resource management through a comprehensive Water Reuse Policy that prioritises the use of alternative water sources for non-potable applications across its campuses. By integrating rainwater harvesting, lake water reuse, condensate water recovery, and water-efficient infrastructure into its daily operations, the University reduces its dependence on treated municipal water while contributing to the achievement of Sustainable Development Goal (SDG) 6: Clean Water and Sanitation.

1. Water Conservation and Management Policy

UTAR's Conservation and Management Policy establishes a structured framework to reduce freshwater consumption, maintain water quality standards, and improve operational efficiency through responsible water management. The policy requires the incorporation of professionally designed water reuse systems in campus developments, regular maintenance and monitoring, continuous performance evaluation, and compliance with Malaysian water quality regulations.

2. Rainwater Harvesting and Water Reuse

A key component of UTAR's water reuse strategy is its campus-wide rainwater harvesting system. Rainwater collected from rooftops and paved surfaces is filtered, stored, and reused for landscape irrigation, outdoor cleaning, cooling tower operations, and general campus maintenance. The system incorporates automated collection mechanisms, filtration processes, water quality monitoring, and integration with irrigation infrastructure to ensure efficient utilisation of harvested water. In 2024, UTAR harvested approximately 240 m³ of rainwater, demonstrating the University's commitment to substituting potable water with sustainable alternative sources for non-drinking purposes. This initiative directly reduces freshwater demand while improving campus water resilience during periods of high consumption.

3. Reuse of Lake Water for Irrigation

At the Kampar Campus, UTAR further strengthens water reuse by extracting non-potable water from Lake 18 for landscape irrigation. Instead of relying solely on treated municipal water, lake water is used to irrigate gardens, roadside vegetation, university parks, and other green spaces.

The University extracted approximately 144 m³ of lake water in 2024, supplying a significant proportion of irrigation needs while conserving potable water for essential academic and domestic uses. This practice also supports campus biodiversity and demonstrates the integration of natural water resources into sustainable campus management.

4. Recovery and Reuse of Operational Water

Beyond natural water sources, UTAR incorporates water reuse into its building operations. Condensate water generated from air-conditioning systems (AHUs) is collected and reused for irrigation, while recycled water is utilised in cooling towers and selected mechanical systems where appropriate. These initiatives maximise resource efficiency by recovering water that would otherwise be discharged as waste. The University's commitment to expanding operational water reuse demonstrates an integrated approach that links building management, facilities engineering, and environmental sustainability.

The rainwater harvesting system implemented at UTAR, showing its collection, storage compartment and water tap for irrigation

Water is extracted from Lake 18 and reused to irrigate campus landscapes, reducing reliance on treated potable water

Water reuse is complemented by campus-wide water-efficient infrastructure designed to minimise overall water demand. UTAR has installed 148 hand-press water-saving taps across campus buildings and is progressively implementing building-level water metering to detect leaks, monitor consumption patterns, and improve water management decisions. In addition, all new buildings and major renovations incorporate Green Building Index (GBI) Water Efficiency principles, including rainwater harvesting systems, water recycling facilities, water-efficient sanitary fittings, and landscape irrigation using non-potable water wherever feasible. These measures ensure that water reuse is embedded within the University's long-term infrastructure planning.

Water Efficient Hand Press Wash Tap

6. Monitoring and Performance Measurement

UTAR systematically monitors water consumption from treated mains supply, rainwater harvesting systems, and Lake 18 extraction through monthly data collection and annual performance evaluation. In 2024, the University recorded 126,923 m³ of total water consumption, including 384 m³ derived from alternative reuse sources. This data-driven approach enables continuous evaluation of water reuse performance, supports evidence-based decision-making, and facilitates ongoing improvements in campus water stewardship.

7. Living Laboratory for Water Sustainability

UTAR uses its campus infrastructure as a "living laboratory" where students learn practical approaches to sustainable water management.

Students from programmes such as:

Civil Engineering
Environmental Engineering
Environmental Science
Architecture
Built Environment

study water reuse technologies through laboratory exercises, final-year projects, and field investigations involving:

Rainwater harvesting efficiency
Water quality assessment
Stormwater management
Sustainable drainage systems (SuDS)
Green building water conservation technologies

The campus itself serves as a demonstration site, allowing students to evaluate real-world water reuse systems and propose improvements based on engineering and scientific principles.

8. Research Supporting Water Recycling Technologies

UTAR researchers actively conduct studies on sustainable water management and water recycling technologies.

Examples include research on:

Membrane filtration systems
Wastewater treatment technologies
Advanced oxidation processes
Water quality monitoring
Biofiltration systems
Constructed wetlands
Low-cost water purification technologies
Industrial wastewater treatment

Many of these projects are undertaken through the University's engineering and science faculties and contribute to improving water reuse technologies applicable to industry and local communities. Research findings are disseminated through scientific publications, conferences, consultancy projects, and industry collaborations.

9. Education and Awareness on Water Reuse

Water reuse is embedded within UTAR's sustainability education and awareness programmes.

The University regularly organises:

Environmental sustainability campaigns
Green Campus initiatives
Earth Day activities
World Water Day awareness programmes
Student-led environmental projects
Sustainability exhibitions

These programmes educate students and staff on:

Responsible water consumption
Benefits of rainwater harvesting
Water conservation technologies
Efficient irrigation practices
Household water-saving techniques

Such educational initiatives reinforce behavioural change alongside physical water reuse infrastructure.

10. Sustainable Campus Development

Water reuse initiatives are integrated into UTAR's broader campus sustainability planning.

New building developments and infrastructure upgrades consider:

Rainwater collection opportunities
Water-efficient plumbing fixtures
Sustainable drainage systems
Green landscape design
Reduced potable water demand

These considerations align with green building principles and contribute towards long-term environmental resilience.

11. Impact

UTAR's water reuse initiatives have produced several positive sustainability outcomes:

Reduced dependence on treated municipal water through rainwater harvesting.
Improved efficiency in campus landscape irrigation.
Enhanced awareness among students and staff regarding sustainable water management.
Increased opportunities for experiential learning using campus water infrastructure.
Strengthened research capabilities in water recycling and wastewater treatment technologies.
Contribution to Malaysia's national water conservation agenda and the achievement of Sustainable Development Goal 6.

Executive Evidence Summary: UTAR demonstrates a comprehensive commitment to advancing water management education by embedding sustainable water stewardship into teaching, experiential learning, student engagement, research, campus operations, and community outreach. The University adopts a holistic educational approach that combines formal learning with practical experiences, enabling students, staff, schools, and local communities to develop the knowledge, skills, and behaviours required for responsible water resource management. UTAR integrates water sustainability into its educational ecosystem through campus-wide awareness campaigns, sustainability seminars, student-led Green Ambassador programmes, and public outreach activities that promote water conservation, pollution prevention, rainwater harvesting, water reuse, and integrated water resources management. The University further strengthens learning through experiential programmes such as the Water Security and Protection Campaign, River Health Index monitoring, environmental volunteering, and technical workshops, where participants gain hands-on experience in water quality assessment, water treatment technologies, river conservation, and renewable water-related innovations. As a living laboratory for sustainability, UTAR enables students to learn directly from operational water management systems, including rainwater harvesting facilities, lake water utilisation, condensate water recovery, and campus water monitoring infrastructure. These real-world systems are complemented by research projects, seminars, academic publications, and collaborations with government agencies, schools, NGOs, and industry partners, ensuring that education is closely linked to practical solutions for contemporary water challenges. Through multidisciplinary education, research-informed learning, community engagement, and strategic partnerships, UTAR equips graduates and the wider public with the competencies needed to support sustainable water management and environmental stewardship. Collectively, these initiatives demonstrate the University's strong alignment with the SDG 6 criterion on providing educational opportunities relating to water conservation, integrated water resource management, and sustainable water governance.

Overview

UTAR demonstrated a comprehensive approach to water management education by integrating sustainability awareness into campus operations, student engagement, community outreach, research dissemination, and experiential learning. Through a combination of educational programmes, practical demonstrations, volunteer activities, and collaborative initiatives, UTAR cultivated a culture of responsible water use among students, staff, schools, and local communities.

1. Integrating Water Stewardship into Sustainability Education

UTAR embeds water stewardship within its broader sustainability agenda by educating students and staff on the importance of conserving freshwater resources and protecting water ecosystems. Educational activities emphasise:

Efficient water consumption
Water pollution prevention
Rainwater harvesting
Sustainable water reuse
Responsible sanitation practices
Climate resilience through integrated water management.

The University's sustainability platform provides educational resources highlighting water conservation principles, water reuse practices, campus water management strategies, and the role of individuals in protecting water resources. These educational materials are accessible to students, staff, visitors, and the public, encouraging lifelong learning on sustainable water management.

2. Campus-wide Water Conservation Awareness Programmes

UTAR conducts regular awareness programmes that encourage behavioural change among its campus community. Educational initiatives include:

Water conservation campaigns
Sustainability exhibitions
Digital awareness campaigns
Educational seminars
Campus-wide water stewardship programmes
Student-led sustainability activities

These initiatives educate students and employees on practical actions such as reducing unnecessary water use, reporting water leaks, practising responsible consumption, and appreciating water as a finite natural resource.

These educational programmes collectively engage more than 5,000 participants annually through approximately six educational seminars each year, demonstrating the University's strong commitment to continuous environmental education.

3. Experiential Learning through the Water Security and Protection Campaign

One of UTAR's flagship educational initiatives in 2025 was the Water Security and Protection Campaign, organised by the UTAR Green Ambassadors at the Kampar Campus.

The campaign transformed sustainability education into an interactive learning experience through practical demonstrations, including:

Constructing DIY water filtration systems using simple materials
Understanding the principles of physical water purification
Building working hydroelectric models to demonstrate renewable energy generated from flowing water
Learning emergency water treatment methods suitable for community resilience

Rather than relying solely on classroom instruction, the campaign enabled participants to acquire practical skills applicable to everyday life while deepening their understanding of sustainable water management and renewable energy. The initiative strengthened environmental literacy, encouraged responsible water consumption, and empowered students to become advocates for SDG 6 within their communities.

4. Student Engagement through Sustainability Clubs and Green Ambassadors

UTAR actively encourages student participation in water conservation education through sustainability-focused student organisations, particularly the Green Ambassadors programme.

Student volunteers organise and participate in:

Water conservation awareness booths
Educational exhibitions
Peer-to-peer sustainability campaigns
Environmental volunteer programmes
Campus engagement activities
Public education initiatives

These activities provide students with leadership opportunities while reinforcing practical knowledge of water management and environmental stewardship. Student-led initiatives also enhance knowledge transfer between peers and strengthen a sustainability culture across the University community.

5. Community Education on Sustainable Water Management

UTAR extends water management education beyond its campuses by organising outreach programmes for local communities.

Examples include educational activities that promote:

Responsible household water use
Water conservation techniques
Pollution prevention
River protection
Eco-friendly practices
Sustainable sanitation
Environmental stewardship

UTAR reports conducting community workshops, awareness campaigns, and collaborative sustainability programmes involving schools, local communities, NGOs, and public agencies. These programmes help build community capacity in sustainable water management while encouraging wider public participation in environmental conservation.

Examples

a. Water Security and Protection Programme (2 July 2025)

One of the most significant SDG 6 outreach initiatives was the Water Security and Protection Programme, organised by the UTAR Green Ambassadors 2025, the Faculty of Engineering and Green Technology (FEGT), and the Centre for Environment and Green Technology (CEGT), with support from the Global Environment Centre (GEC). The programme was held at SJK(C) Chung Huah, Kampar, involving 225 primary school pupils, 44 UTAR students, and 3 UTAR staff members.

The programme aimed to:

Raise awareness of water protection and water security
Promote responsible water use
Introduce water treatment methods
Foster environmental responsibility among young learners

Students participated in hands-on educational activities, including:

DIY Water Filter Workshop, where pupils constructed simple filtration systems and learned the principles of clean water treatment
Hydropower Demonstration, which demonstrated how flowing water can generate renewable energy
Flocculation Experiment, where participants observed how chitosan can remove suspended particles during water treatment processes

This programme directly contributed to SDG 6 by transferring practical water management knowledge from the university to the local community and cultivating awareness of water conservation among future generations.

b. Water Security and Protection Campaign (14–16 April 2025)

Prior to the school outreach programme, UTAR Green Ambassadors conducted a Water Security and Protection Campaign at the UTAR Kampar Campus. Although held on campus, the campaign functioned as a public awareness initiative that educated students and visitors about sustainable water use and conservation practices.

The campaign featured interactive educational booths where participants:

Learned to build DIY water filters
Explored water purification techniques for emergency situations
Observed a working hydropower model demonstrating renewable energy generation from water resources

The campaign strengthened water stewardship awareness and equipped participants with practical knowledge that could be shared with their families and communities.

c. River Health Index Monitoring at Sungai Kampar (19 April 2025)

As part of the UTAR Green Ambassador Programme, students participated in River Health Index (RHI) Monitoring at Sungai Kampar, where they conducted physical, biological, and chemical assessments of river water quality.

The activity provided experiential learning on:

Water quality monitoring
Freshwater ecosystem protection
Pollution assessment
Sustainable watershed management

Knowledge and findings from these monitoring activities support broader community awareness regarding river health and water resource protection.

d. Public Webinar on Environmental Remediation Technology (26 February 2025)

UTAR also organised the technical webinar"eResearch and Application of Remediation Technology for Restoring Environmental Quality", which engaged 141 students, 25 staff members, and 10 members of the public community. The webinar introduced participants to environmental remediation and bioremediation technologies used to restore polluted environments, including water bodies affected by contamination.

Participants learned about:

Biological treatment technologies
Restoration of polluted water environments
Remediation of heavy metal contamination
Environmental protection strategies for sustainable communities

The programme supported knowledge transfer between the university and the wider community while advancing public understanding of sustainable water and environmental management.

6. Education through River Conservation and Environmental Volunteering

UTAR complements classroom learning with field-based environmental education through river conservation activities.

Educational volunteer programmes include:

River clean-up activities
Water quality monitoring
Tree planting along riverbanks
Environmental restoration
EM mudball applications for river rehabilitation
Community workshops on environmentally friendly household practices such as composting and eco-friendly soap production

These experiential activities enable participants to understand the relationship between water quality, ecosystem health, biodiversity conservation, and sustainable watershed management.Such programmes foster environmental responsibility while providing authentic learning experiences aligned with sustainable development objectives.

7. Collaborative Learning through Water Security Partnerships

UTAR strengthens educational opportunities through partnerships with external organisations involved in water resource management.

Collaborative initiatives involve organisations such as:

Department of Irrigation and Drainage (DID) Perak
Global Environment Centre (GEC)
Yayasan Hasanah
Local community stakeholders

These partnerships expose students to real-world water management challenges through educational visits, river health monitoring, conservation projects, and public awareness activities. Working alongside government agencies and NGOs enables students to appreciate integrated water resource management while applying classroom knowledge to practical environmental challenges.

8. Research-led Learning in Water Innovation

UTAR actively promotes research on water-related sustainability issues, offering opportunities for undergraduate and postgraduate students to participate in projects addressing water quality, water conservation, wastewater treatment, and environmental sustainability.

According to UTAR’s SDG 6 initiatives, the University has supported numerous water-related research projects and technological innovations aimed at improving water purification and sustainable resource management. These research activities contribute directly to the generation of knowledge and innovation required for effective integrated water resources management.

Research participation enables students to develop practical competencies in:

Water quality assessment
Environmental monitoring
Sustainable water treatment technologies
Aquatic ecosystem management
Resource conservation strategies

Such opportunities strengthen institutional capacity while promoting evidence-based approaches to water governance. UTAR also supports SDG 6.5.1 through research-informed education. These research activities expose undergraduate and postgraduate students to emerging technologies that address contemporary water challenges while strengthening research capacity in sustainable water management. Research outcomes are disseminated through seminars, conferences, publications, and academic collaborations, enriching teaching and promoting innovation in water sustainability.

9. Campus as a Living Laboratory for Water Management Education

A key feature of UTAR's educational opportunities is the use of its campuses as living laboratories for water sustainability learning. At the Kampar Campus, students can directly observe and study water management practices including:

Rainwater harvesting systems
Condensate water collection and reuse
Lake water extraction and utilisation for irrigation
Water consumption monitoring and reporting
Water recycling initiatives

These operational systems provide real-world case studies for students and researchers, enabling experiential learning in sustainable water management. The University continuously monitors water consumption and tracks alternative water sources such as Lake 18 and harvested rainwater, generating valuable data for educational and research purposes. UTAR uses its own campus as a "living laboratory" for sustainability education.

In 2025, the Lake 5 Revitalisation Project further enhanced learning opportunities by providing students with hands-on experience in aquatic ecosystem management, water quality monitoring, biodiversity conservation, and sustainable aquaculture. Through participation in water-related research projects and sustainability awareness programmes, students develop the knowledge and skills required to become responsible water stewards and future sustainability leaders. These operational practices provide tangible examples of sustainable water management that reinforce theoretical learning through observation and practical engagement.

7. Impact

Through these integrated educational initiatives, UTAR empowers students, staff, and the wider community to become informed advocates of sustainable water management while making a meaningful contribution to the achievement of SDG 6.5.1.

Executive Evidence Summary: UTAR actively supports off-campus water conservation by extending its expertise, research, and environmental stewardship beyond its campuses through community outreach, river conservation programmes, strategic partnerships, volunteerism, and sustainability education. In support of SDG 6.5.3, the University collaborates with government agencies, schools, non-governmental organisations (NGOs), and local communities to protect freshwater ecosystems, improve water quality, and promote responsible water management. UTAR's off-campus initiatives include river clean-up campaigns, River Health Index monitoring, application of Effective Microorganism (EM) mudballs, riparian restoration, community water conservation workshops, STEM outreach activities, and public awareness programmes. Through its Green Ambassador Programme, students serve as sustainability advocates by delivering water conservation education and environmental activities to schools and surrounding communities, engaging more than 220 school students in 2025. The University further strengthens regional water security through collaborations with the Department of Irrigation and Drainage (DID) Perak, Global Environment Centre (GEC), and Yayasan Hasanah, supporting river catchment protection, environmental education, water quality monitoring, and integrated water resource management. In addition, UTAR translates research into practical community solutions through innovations such as EcoPAC for microplastic removal and Eggsorb for phosphorus recovery from aquaculture wastewater. Collectively, these initiatives reach approximately 500 community participants annually, enhance public awareness of sustainable water management, strengthen multi-stakeholder collaboration, and empower communities to become active custodians of freshwater resources. Through education, research, volunteerism, and partnership, UTAR demonstrates a comprehensive and measurable contribution to off-campus water conservation in support of SDG 6: Clean Water and Sanitation.

Overview

UTAR demonstrated strong commitment to this criterion by extending its water stewardship initiatives to local communities, schools, government agencies, and non-governmental organisations (NGOs). Through outreach programmes, river conservation activities, environmental education, and collaborative projects, UTAR promoted sustainable water management practices while empowering communities to become active custodians of local water resources.

1. Community-Based River Conservation Programmes

UTAR actively organised and supported off-campus river conservation initiatives that engaged students, staff, community members, and external stakeholders in protecting freshwater ecosystems. These activities focused on restoring river health, reducing pollution, and enhancing public awareness of watershed protection.

Examples of UTAR's 2025 initiatives include:

Organising river clean-up programmes involving volunteers who removed rubbish and debris from riverbanks and waterways.
Applying Effective Microorganism (EM) mudballs to assist in improving water quality in polluted rivers.
Conducting water quality monitoring through field measurements and River Health Index assessments.
Supporting riparian restoration by planting swamp trees and vegetation that improve riverbank stability and ecosystem resilience.

These practical conservation activities enabled participants to contribute directly to protecting local water resources while gaining hands-on environmental stewardship experience.

2. Water Conservation Education for the Wider Community

Recognising that long-term water sustainability depends on public awareness, UTAR implemented numerous educational outreach programmes targeting schools, youth, local residents, and community organisations.

During 2025, UTAR conducted:

Community workshops on responsible water use.
Public awareness campaigns promoting water conservation.
Demonstrations on eco-friendly household practices, including sustainable soap-making and composting.
STEM-based activities illustrating water filtration technologies and sustainable water management.
Educational programmes encouraging responsible daily water consumption.

These initiatives translated scientific knowledge into practical community actions that support sustainable water use beyond the University campus.

3. Green Ambassador Programme

One of UTAR's flagship outreach initiatives is the Green Ambassador Programme, which empowers students to become environmental advocates within surrounding communities.

In 2025, Green Ambassadors:

Conducted River Health Index monitoring at Sungai Kampar.
Organised educational activities for school students on water conservation.
Demonstrated simple water filtration methods.
Promoted sustainable freshwater protection through interactive environmental learning.
Engaged more than 220 school students in water-related sustainability education

The programme develops student leadership while multiplying the University's impact on community water conservation awareness.

4. Partnerships Supporting Water Security

UTAR strengthened off-campus water conservation through strategic collaborations with government agencies and environmental organisations. These partnerships enhanced the scale and effectiveness of conservation initiatives while integrating scientific expertise with community participation.

Notable collaborations include:

Department of Irrigation and Drainage (DID) Perak
Global Environment Centre (GEC)
Yayasan Hasanah

Through these collaborations, UTAR contributed to:

River catchment protection
River Health Index monitoring
Community environmental education
Water quality improvement initiatives
Public awareness campaigns on sustainable water management

Such partnerships demonstrate UTAR's commitment to collective action in achieving integrated water resource management.

5. Practical Volunteerism Supporting Water Conservation

UTAR encouraged staff and students to participate in environmental volunteer programmes that contribute directly to cleaner aquatic ecosystems.

Volunteer activities included:

Removing waste from rivers and surrounding areas
Participating in environmental restoration projects
Assisting with river monitoring exercises
Supporting community awareness events
Promoting environmentally responsible behaviours that reduce water pollution

Although activities such as beach clean-ups primarily address marine litter, they also help reduce pollutants entering coastal and freshwater systems, reinforcing broader watershed conservation objectives.

6. Knowledge Transfer Through Applied Research

UTAR extended its research expertise to benefit society through practical water-related innovations addressing real-world environmental challenges.

Examples showcased during 2025 include:

EcoPAC, an oil palm biomass-based material developed to remove microplastics from drinking water.
Eggsorb, an eggshell-derived technology designed to recover phosphorus from aquaculture wastewater.

These innovations demonstrate how UTAR translates research outcomes into sustainable solutions with potential applications for communities and industry, supporting improved water quality and circular economy principles.

7. Community Benefits

UTAR's off-campus water conservation support generated measurable community benefits by:

Encouraging responsible water consumption
Improving awareness of freshwater conservation
Reducing pollution entering local waterways
Strengthening partnerships between academia, government, NGOs, and communities
Building environmental leadership among students
Promoting evidence-based water stewardship through education and citizen participation

According to UTAR's SDG 6 sustainability reporting, the University reached approximately 500 participants annually through dedicated off-campus water conservation programmes and conducted multiple seminars and outreach activities to expand public understanding of sustainable water management.

8. Impact

UTAR's 2025 initiatives demonstrate strong alignment with the SDG 6.5.3 by:

Supporting off-campus water conservation initiatives
Delivering community education on sustainable water management
Organising volunteer programmes for river conservation and pollution prevention
Collaborating with government agencies and NGOs on water security projects
Applying research and innovation to improve community water quality
Empowering students and local communities to become active partners in protecting freshwater ecosystems

Collectively, these initiatives illustrate UTAR's role as a socially responsible university that extends its expertise, resources, and environmental stewardship beyond campus boundaries to support sustainable water conservation throughout the wider community.

Executive Evidence Summary: UTAR demonstrates a comprehensive commitment to sustainable water extraction by implementing an integrated water resource management approach that prioritises responsible use of alternative water sources while reducing dependence on treated municipal water. The University combines sustainable surface water extraction, rainwater harvesting, continuous monitoring, water-efficient infrastructure, and climate-resilient water planning to ensure that natural water resources are utilised responsibly for non-potable applications without compromising environmental sustainability. A key component of UTAR's strategy is the sustainable extraction of water from Lake 18 at the Kampar Campus for landscape irrigation, complemented by campus-wide rainwater harvesting systems that supply water for irrigation, cooling tower operations, cleaning, and facility maintenance. These initiatives are supported by systematic monitoring of municipal water consumption, lake water extraction, harvested rainwater volumes, and overall campus water use, enabling evidence-based management and continuous improvement while ensuring that extraction remains within sustainable limits. UTAR further strengthens sustainable water extraction through Green Building Index (GBI)-aligned infrastructure, including water-efficient sanitary fittings, rainwater harvesting integration, water reuse systems, leak detection, and enhanced water metering. By diversifying water sources through treated mains water, harvested rainwater, and responsibly extracted lake water, the University enhances campus water security, reduces pressure on external water supplies, and improves resilience against climate-related water shortages and supply disruptions.

The University's measurable outcomes—including the annual utilisation of approximately 144 m³ of lake water and 240 m³ of harvested rainwater, resulting in savings of approximately 384 m³ of treated municipal water—demonstrate the effectiveness of its sustainable water extraction programme. Collectively, these initiatives provide strong evidence of UTAR's alignment with the SDG 6 criterion on sustainable water extraction by promoting responsible resource utilisation, conserving freshwater supplies, and supporting long-term environmental sustainability and climate resilience.

Overview

UTAR demonstrates its commitment to sustainable water extraction by reducing dependence on treated municipal water through the responsible use of water sources across its campuses. These initiatives form part of UTAR's integrated water management strategy, ensuring that water is extracted only for appropriate non-potable purposes while safeguarding local water resources.

1. Sustainable Extraction of surface Water

A key component of UTAR's sustainable water management programme is the controlled extraction of water from Lake 18 at the Kampar Campus. Rather than relying solely on treated municipal water, the University utilises lake water exclusively for non-potable applications, particularly landscape irrigation.

This practice significantly reduces demand on municipal water supplies while ensuring that potable water is reserved for drinking, sanitation, laboratories, and other essential campus operations. The extracted lake water is not used for human consumption, thereby maintaining compliance with public health and water quality standards. UTAR's extraction practices are carefully managed to ensure that the volume withdrawn remains sustainable and does not adversely affect the ecological condition of the lake. In 2025, the University continued its monitoring of extraction volumes as part of its environmental management programme, demonstrating responsible stewardship of natural water resources.

2. Rainwater Harvesting as an Alternative Water Source

Complementing surface water extraction is UTAR's extensive rainwater harvesting system, which captures rainfall from campus buildings for reuse in non-potable applications.

Rainwater collected from rooftops is filtered and stored before being utilised for:

Landscape irrigation
Cooling tower operations
General campus cleaning
Facility maintenance

The rainwater harvesting system incorporates automated collection mechanisms, filtration systems, storage tanks, overflow management, and continuous monitoring to maximise efficiency and water quality. By prioritising harvested rainwater before using treated water, UTAR further reduces pressure on external water supplies while enhancing campus resilience during periods of water scarcity.

3. Responsible Water Resource Management

UTAR integrates sustainable water extraction within a broader framework of responsible water resource management.

The University continuously monitors:

Municipal treated water consumption;
Lake 18 extraction volumes;
Rainwater harvesting volumes; and
Overall campus water usage.

Monthly water consumption data are consolidated and reviewed annually to evaluate system performance, identify opportunities for improvement, and support evidence-based decision-making. This comprehensive monitoring ensures that alternative water sources are utilised efficiently without excessive extraction or unnecessary wastage.

4. Supporting Water Security and Climate Resilience

The utilisation of multiple water sources enhances UTAR's resilience against potential disruptions to municipal water supply.

By diversifying its water sources through:

Treated municipal water,
Harvested rainwater, and
Sustainably extracted lake water,

The University strengthens campus water security while reducing dependence on a single source. This diversified approach is particularly important in supporting long-term climate adaptation, ensuring continuity of campus operations during droughts, periods of reduced rainfall, or interruptions to public water supply.

5. Integration with Green Campus Infrastructure

UTAR complements sustainable water extraction through water-efficient campus infrastructure aligned with the Malaysia Green Building Index (GBI) Water Efficiency framework.

Examples include:

Prioritising non-potable water for irrigation.
Installing water-efficient sanitary fittings.
Integrating rainwater harvesting into campus buildings.
Implementing water reuse systems.
Progressively enhancing water metering and leak detection

These integrated measures reduce overall freshwater demand while ensuring that extracted water is used as efficiently as possible.

6. Measurable Outcomes in 2025

UTAR's sustainable water extraction programme has produced measurable environmental benefits. Outcomes include:

Extraction of approximately 144 m³ of lake water annually from Lake 18 for irrigation.
Harvesting of approximately 240 m³ of rainwater annually for non-potable reuse.
A combined saving of approximately 384 m³ of treated municipal water through alternative water sources.
Reduced reliance on external water utilities while maintaining reliable campus operations

These figures provide clear evidence that sustainable water extraction is actively implemented and monitored across the University.

8. Impact

UTAR's sustainable water extraction initiatives demonstrate strong alignment with SDG 6.5.4 by:

Implementing sustainable extraction of natural surface water for non-potable purposes.
Operating rainwater harvesting systems as alternative water sources.
Reducing dependence on municipal treated water.
Monitoring extraction volumes and water consumption.
Integrating sustainable extraction within a comprehensive campus water management strategy

Through responsible utilisation of Lake 18, campus-wide rainwater harvesting systems, continuous monitoring, and water-efficient infrastructure, UTAR demonstrates best practices in sustainable water extraction while supporting long-term environmental sustainability, resource conservation, and climate resilience.

The rainwater harvesting tank located at Sg Long Campus KB block

Water is extracted from Lake 18 and reused to irrigate campus landscapes

Executive Evidence Summary: UTAR demonstrates a strong commitment to cooperation on water security by fostering strategic partnerships with government agencies, non-governmental organisations (NGOs), researchers, industry, and local communities to advance SDG 6: Clean Water and Sanitation. Guided by the principles of Integrated Water Resources Management (IWRM), the University recognises that safeguarding water resources requires coordinated action, shared expertise, and active stakeholder participation. In 2025, UTAR strengthened regional collaboration through partnerships with the Department of Irrigation and Drainage (DID) Perak, the Global Environment Centre (GEC), and Yayasan Hasanah to support the sustainable management of the Sungai Kinta river catchment. These collaborations focused on protecting river ecosystems, strengthening catchment management, promoting sustainable water governance, and enhancing environmental resilience through collective action, engaging approximately 300 participants from government, academia, NGOs, and local communities. UTAR contributes scientific expertise through joint River Health Index monitoring, water quality assessment, ecological surveys, environmental data collection, and river restoration initiatives, generating evidence that supports informed decision-making while providing valuable experiential learning opportunities for students. Beyond technical collaboration, the University works closely with its partners to deliver public awareness campaigns, environmental education programmes, educational site visits, and community outreach activities that promote responsible water use, pollution prevention, and long-term watershed stewardship. Student engagement further reinforces these efforts through collaborative initiatives such as the Water Security and Protection Campaign, where Green Ambassadors conduct hands-on activities including DIY water filtration demonstrations, water purification experiments, hydropower models, and sustainability advocacy, equipping students to become future champions of water conservation. UTAR also integrates research, education, and policy engagement by supporting collaborative research on water treatment technologies, knowledge exchange with government agencies and community stakeholders, and the practical implementation of sustainable water management solutions. This multidisciplinary approach ensures that academic research translates into tangible environmental outcomes while strengthening regional cooperation in addressing shared water challenges. Collectively, UTAR's collaborative governance model demonstrates how higher education institutions can serve as catalysts for protecting water resources, improving river health, enhancing public awareness, and strengthening long-term water security. These sustained partnerships provide strong evidence of UTAR's contribution to the SDG 6.5.5, showcasing meaningful institutional cooperation for the sustainable management of shared water resources.

Overview

UTAR recognises that achieving long-term water security requires collaborative governance involving universities, government agencies, non-governmental organisations (NGOs), industry, and local communities. In 2025, UTAR strengthened its role as a regional partner in sustainable water management by working with public authorities, environmental organisations, researchers, and community stakeholders to protect water resources, improve river health, and raise public awareness on responsible water stewardship. These collaborative initiatives demonstrate UTAR's commitment to the principles of integrated water resources management (IWRM), which aligns directly with the requirements of Cooperation on Water Security.

1. Strategic Partnerships for River Basin Conservation

A key component of UTAR's water security strategy is its collaboration with external organisations to safeguard local river catchments and aquatic ecosystems. During 2025, UTAR partnered with the Department of Irrigation and Drainage (DID) Perak, the Global Environment Centre (GEC), and Yayasan Hasanah in initiatives supporting the protection and sustainable management of the Sungai Kinta river catchment.

These partnerships focus on:

protecting river ecosystems;
strengthening catchment management;
promoting sustainable water resource governance;
improving environmental resilience through collective action.

The collaboration demonstrates how UTAR contributes scientific expertise while government agencies provide technical oversight and NGOs facilitate community engagement, creating a comprehensive multi-stakeholder approach to water security. Approximately 300 participants were involved in these collaborative initiatives during 2025.

2. Joint River Health Monitoring and Environmental Management

UTAR actively collaborates with its partners in monitoring and improving river conditions through evidence-based environmental management. Academic staff, students, government officers and NGO representatives jointly participate in:

River Health Index monitoring;
Water quality assessment;
River treatment and restoration initiatives;
Ecological observations;
Environmental data collection.

These collaborative monitoring programmes generate scientific information that supports informed decision-making on river conservation while providing experiential learning opportunities for students. By contributing technical expertise to shared monitoring programmes, UTAR strengthens regional capacity for sustainable water management and environmental protection.

3. Community Outreach and Water Stewardship Education

Beyond technical collaboration, UTAR works closely with external partners to promote community awareness of water conservation and water security. Throughout 2025, collaborative outreach activities included:

Educational visits;
Public awareness campaigns;
Environmental education programmes;
Community engagement on river protection;
Sustainability advocacy.

These programmes empower local communities to understand the importance of protecting water resources and encourage responsible behaviours that reduce pollution and improve watershed resilience. By combining academic knowledge with community participation, UTAR helps foster long-term stewardship of local water resources beyond the university campus.

4. Student Engagement through Collaborative Water Security Campaigns

UTAR also integrates students into collaborative water security initiatives through sustainability campaigns organised with external partners. In 2025, the UTAR Green Ambassadors organised the Water Security and Protection Campaign, which provided hands-on learning opportunities including:

Construction of DIY water filtration systems;
Demonstrations of water purification principles;
Education on renewable hydropower through working models;
Awareness activities promoting responsible water use.

These activities enhanced students' understanding of water security challenges while encouraging them to become advocates for sustainable water management within the wider community. Such initiatives complement UTAR's institutional partnerships by developing future leaders committed to environmental sustainability.

5. Integrating Research, Policy and Community Collaboration

UTAR's cooperative approach extends beyond awareness programmes by integrating research, education, and community partnerships into a unified water security framework. Through its sustainability agenda, the University supports:

Collaborative research on water treatment and purification technologies;
Knowledge sharing with government and community stakeholders;
Practical implementation of sustainable water management solutions;
Multidisciplinary engagement involving researchers, students, policymakers and civil society.

This integrated model ensures that scientific research contributes directly to practical environmental solutions while strengthening regional cooperation in addressing water-related challenges.

6. Impact

UTAR's collaborative approach to water security demonstrates that universities can serve as conveners of knowledge, innovation, and community action. Through partnerships with government agencies, NGOs, researchers, and local communities, UTAR contributes to protecting river catchments, improving water quality, strengthening environmental governance, and cultivating public awareness of sustainable water management.

These initiatives collectively fulfil the intent of the SDG 6.5.5 by evidencing active institutional cooperation that enhances regional water security and supports the sustainable management of shared water resources.

Executive Evidence Summary: UTAR actively promotes conscious water usage by integrating behavioural change, water-efficient infrastructure, sustainable water reuse, continuous monitoring, and student engagement into a comprehensive campus-wide water stewardship framework that supports SDG 6: Clean Water and Sanitation. Recognising that long-term water conservation depends on both technological innovation and responsible individual behaviour, the University implements continuous awareness campaigns that encourage students and staff to adopt sustainable water-use practices in their daily activities. Water conservation messages are disseminated through digital communication platforms, email broadcasts, and strategically placed signage across both the Kampar and Sungai Long campuses, reminding the university community to switch off taps, report leaks promptly, minimise water wastage, and practise responsible water consumption. These behavioural initiatives are reinforced by water-efficient infrastructure, including self-closing taps, sensor-operated flushing systems, low-flow bidets with aerated fittings, and centralised chilled-water air-conditioning systems that reduce water consumption while maintaining operational efficiency. UTAR further demonstrates responsible water stewardship through the use of alternative water sources, including rainwater harvesting and non-potable water extracted from Lake 18 at the Kampar Campus for landscape irrigation, outdoor cleaning, and cooling systems. In 2024, approximately 240 m³ of harvested rainwater and 144 m³ of lake water were reused, conserving a total of 384 m³ of treated municipal water. The University supports evidence-based water management through systematic monitoring and transparent reporting of water consumption, recording approximately 126,923 m³ of total water use in 2024 to identify trends, evaluate conservation performance, and guide continuous improvement. Student participation further strengthens these efforts through sustainability clubs, Green Ambassador initiatives, peer education, STEM outreach, and environmental campaigns that collectively engage more than 5,000 participants annually, extending water conservation awareness beyond campus. Complementing these initiatives, UTAR provides 97 free filtered drinking water dispensers, encouraging the use of reusable bottles while reducing reliance on single-use plastics. Collectively, these integrated measures foster a culture of responsible water use, strengthen institutional water stewardship, reduce demand for potable water, and demonstrate UTAR’s sustained contribution to SDG 6 by promoting conscious water consumption and sustainable resource management across its campus community.

Overview

UTAR actively cultivates a campus-wide culture of water stewardship by integrating education, behavioural change, sustainable infrastructure, and operational management to encourage conscious water use. Recognising that water conservation depends not only on technological solutions but also on individual behaviour, UTAR implements continuous awareness programmes that empower students and staff to become responsible users of water resources. These initiatives support the University's broader commitment to SDG 6 by reducing unnecessary water consumption while strengthening long-term water security.

1. Water Conservation Awareness Campaign

A key feature of UTAR's approach is its comprehensive water conservation awareness campaign. Throughout both the Kampar and Sungai Long campuses, educational messages are disseminated through email broadcasts, digital communication platforms, and strategically placed signage in washrooms and other high-traffic areas. These reminders encourage simple yet effective practices such as turning off taps completely after use, reporting leaking pipes or faulty fittings, reducing shower duration, and avoiding unnecessary water wastage. By embedding these conservation messages into daily campus life, UTAR reinforces water-saving behaviour as a shared responsibility among the university community.

Mail Master of all staff and students

Toilet signage message for water saving

2. Water-efficient Infrastructure

UTAR complements behavioural awareness with water-efficient infrastructure that enables responsible water consumption. Campus buildings are equipped with self-closing taps, sensor-operated flushing systems, low-flow bidets with aerated heads, and centralised chilled-water air-conditioning systems that improve water-use efficiency while maintaining user comfort. These engineering controls minimise water losses at source and ensure that conservation is integrated into everyday campus operations rather than relying solely on behavioural interventions.

3. Alternative Water Supply Systems

To further reduce dependence on treated potable water, UTAR has implemented alternative water supply systems through rainwater harvesting and sustainable extraction of non-potable water from Lake 18 at the Kampar Campus. Harvested rainwater and lake water are used for landscape irrigation, outdoor cleaning, cooling systems, and other non-potable applications. In 2024, approximately 240 m³ of rainwater and 144 m³ of lake water were reused, resulting in a combined saving of 384 m³ of treated municipal water. These initiatives provide practical examples that reinforce water conservation messages while demonstrating sustainable resource management in practice.

4. Data-driven Water Management

UTAR also employs continuous monitoring and data-driven water management to promote accountability and informed decision-making. Monthly water consumption from treated mains water, rainwater harvesting systems, and Lake 18 extraction is recorded, analysed, and publicly reported. The University recorded a total water consumption of 126,923 m³ in 2024, enabling facility managers to identify consumption trends, monitor conservation performance, and implement corrective actions where necessary. Transparent reporting strengthens institutional accountability and encourages greater awareness among campus stakeholders.

5. Student Participation

Student participation forms another important component of UTAR's water conservation strategy. Sustainability clubs, student volunteers, and environmental ambassadors organise educational activities and peer-to-peer advocacy programmes that encourage responsible water use both on campus and within surrounding communities. These initiatives are complemented by STEM outreach programmes, water conservation workshops, and environmental campaigns that collectively engage more than 5,000 participants annually, fostering long-term environmental stewardship beyond the university.

6. Water Dispensers

In addition, UTAR provides practical facilities that reinforce sustainable behaviour. The University's network of 97 free filtered drinking water dispensers encourages students and staff to refill reusable bottles instead of purchasing bottled water, thereby promoting responsible water consumption while simultaneously reducing single-use plastic waste. This integrated approach demonstrates how water conservation can contribute to multiple Sustainable Development Goals, including responsible consumption and climate action.

7. Impact

Overall, UTAR demonstrates strong alignment with SDG 6.5.6 by combining awareness campaigns, water-efficient infrastructure, sustainable water reuse systems, continuous monitoring, and active community engagement. Through these coordinated initiatives, the University has established a comprehensive water stewardship framework that promotes conscious water usage, supports national water conservation efforts, and develops environmentally responsible graduates who contribute to sustainable water management within society.

Executive Evidence Summary: UTAR actively promotes conscious water usage beyond its campuses through community engagement, environmental education, volunteerism, and strategic partnerships that advance SDG 6: Clean Water and Sanitation. Recognising that sustainable water management requires collective action, the University extends its expertise and resources to schools, local communities, government agencies, industries, and non-governmental organisations (NGOs) to foster responsible water consumption and strengthen environmental stewardship. Through workshops, public lectures, STEM outreach programmes, and environmental education activities, UTAR equips community members with practical knowledge on water conservation, pollution prevention, watershed protection, and sustainable household water practices. These initiatives encourage participants to reduce water wastage, protect rivers and catchment areas, and become advocates for responsible water use within their own communities. More than 500 community members participate annually in UTAR’s water conservation outreach programmes, demonstrating the University’s sustained commitment to public education. Student-led Green Ambassador and sustainability volunteer programmes further amplify this impact by engaging schools and residential communities through awareness campaigns that translate academic knowledge into meaningful community action. UTAR also contributes directly to river conservation through collaborative initiatives involving river clean-up campaigns, water quality monitoring, riverbank restoration, tree planting, and the application of Effective Microorganism (EM) mudballs to rehabilitate polluted waterways. These efforts are strengthened through partnerships with organisations such as the Department of Irrigation and Drainage (DID) Perak, the Global Environment Centre (GEC), and Yayasan Hasanah, supporting River Health Index monitoring, watershed conservation, environmental education, and sustainable catchment management within the Kinta River basin. Underpinning these activities is the University’s Water Conservation and Management Policy, which institutionalises collaboration with external stakeholders and encourages student societies to lead peer-driven water sustainability initiatives. Collectively, UTAR’s integrated approach to education, research, community service, and stakeholder collaboration enhances public awareness, promotes responsible water consumption, improves local river ecosystems, and strengthens community resilience. These sustained initiatives demonstrate UTAR’s measurable contribution to advancing sustainable water management and fulfilling the objectives of SDG 6 by promoting conscious water usage across the wider community.

Overview

UTAR recognises that achieving sustainable water management extends beyond campus boundaries and requires active participation from the wider community. In line with Sustainable Development Goal (SDG) 6 – Clean Water and Sanitation, UTAR continuously promotes responsible water consumption through community engagement, environmental education, volunteerism, and strategic partnerships with government agencies, schools, industries, and non-governmental organisations (NGOs). These initiatives empower communities to adopt sustainable water practices while strengthening environmental stewardship across Malaysia. Rather than limiting its efforts to internal campus operations, UTAR integrates water sustainability into its community service agenda through educational outreach, citizen science activities, river conservation programmes, public awareness campaigns, and student-led sustainability projects. These initiatives cultivate long-term behavioural change and encourage communities to recognise water as a finite and valuable natural resource.

1. Community Water Conservation Education

UTAR conducts numerous educational programmes designed to improve public understanding of sustainable water management. Academic staff, researchers, and students organise workshops, public lectures, STEM outreach activities, and environmental education programmes that introduce practical water-saving techniques, pollution prevention measures, and sustainable household water practices.

These outreach programmes encourage participants to:

practise responsible water consumption at home;
reduce unnecessary water wastage;
understand the impacts of water pollution on ecosystems;
appreciate the importance of protecting rivers and catchment areas; and
become advocates for sustainable water use within their own communities.

According to UTAR's sustainability initiatives, more than 500 community members participate annually in these water conservation outreach activities through multiple programmes conducted each year.

2. Green Ambassador and Student Volunteer Programmes

UTAR actively mobilises students through Green Ambassador initiatives and sustainability volunteer programmes that extend water conservation messages into surrounding communities. Student volunteers collaborate with schools, residential communities, and local organisations to conduct awareness campaigns promoting responsible water usage, water-efficient lifestyles, and environmental protection.

These initiatives foster experiential learning while enabling students to serve as sustainability ambassadors who influence positive environmental behaviour beyond the University. Through peer education and community engagement, students help translate academic knowledge into practical action that benefits society.

3. River Conservation and Community-based Environmental Stewardship

A key example of UTAR's contribution is its participation in community-based river conservation initiatives. The University works together with government agencies and environmental NGOs to protect local waterways through river health monitoring, pollution reduction activities, ecological restoration, and public awareness programmes.

Notable activities include:

river clean-up campaigns;
removal of rubbish and debris from river systems;
application of Effective Microorganism (EM) mudballs to improve polluted rivers;
water quality monitoring;
tree planting and riverbank restoration; and
environmental education for local residents.

These programmes demonstrate how water conservation can be achieved through collective community participation while improving local ecosystems and increasing public awareness of sustainable water resource management.

4. Strategic Partnerships for Water Security

UTAR strengthens regional water sustainability by collaborating with external stakeholders, including the Department of Irrigation and Drainage (DID) Perak, the Global Environment Centre (GEC), and Yayasan Hasanah. Through these partnerships, UTAR contributes scientific expertise, volunteer participation, and public education to support integrated river basin management and long-term water security initiatives.

Collaborative programmes include:

River Health Index monitoring;
watershed conservation;
environmental awareness campaigns;
educational site visits;
community engagement activities; and
sustainable catchment management initiatives along the Kinta River basin.

These partnerships illustrate UTAR's commitment to supporting evidence-based water governance while encouraging local communities to participate in protecting shared water resources.

5. Supporting Sustainable Behaviour Through Policy

UTAR's Water Conservation and Management Policy reinforces the University's outreach mission by committing to collaborate with local councils, NGOs, schools, and community organisations to promote water sustainability projects. The policy also encourages student societies to lead peer-driven awareness programmes and supports education and research that contribute directly to community water stewardship.

This institutional policy ensures that community engagement in water conservation remains an integral component of UTAR's sustainability strategy rather than isolated outreach activities.

6. Impact

Through continuous public engagement, environmental education, strategic partnerships, and volunteer-driven initiatives, UTAR has established itself as an active contributor to water conservation beyond its campuses. These programmes enhance public awareness, encourage responsible water use, improve river ecosystems, and strengthen community resilience against future water challenges. By integrating education, research, community service, and stakeholder collaboration, UTAR effectively fulfils the objectives of SDG 6.5.7, demonstrating measurable contributions towards promoting conscious water usage and sustainable water management within the wider community.

Welcome to My Website

SDG 6 Clean Water and Sanitation

6.2.1 Water Consumption Tracking

6.3.1 Wastewater Treatment

6.3.2 Preventing Water System Pollution

6.3.3 Free Drinking Water Provided

6.3.4 Water-Conscious Building Standards

6.3.5 Water-Conscious Planting

6.4.1 Water Reuse Policy

6.4.2 Water Reuse Measurement

5. Water-Efficient Infrastructure Supporting Reuse

6.5.1 Water Management Educational Opportunities

6.5.3 Off-Campus Water Conservation Support

6.5.4 Sustainable Water Extraction on Campus

6.5.5 Cooperation on Water Security

6.5.6 Promoting Conscious Water Usage on Campus

6.5.7 Promoting Conscious Water Usage in the Wider Community

information