Category: Sustainability and Stewardship

Outreach and Engagement Promoting Conscious Water Usage in the Wider Community through Knowledge, Technology, and Participation: Walailak University In 2025, Walailak University (WU) actively promoted conscious water usage in the wider community through knowledge transfer, practical skills development, and the application of appropriate water management technologies among local residents, community leaders, and local authorities. These community-based water conservation awareness and educational activities aimed to raise awareness of the value of water resources, encourage responsible and efficient water usage based on actual needs, and promote water-saving practices in daily life and agricultural activities. By engaging local communities in water conservation initiatives, the university encouraged active participation in protecting water sources and aquatic ecosystems while strengthening community awareness and responsibility for sustainable water resource management. The university implemented the Sustainable Water Infrastructure…

Sustainability and Stewardship Promoting Conscious Water Usage on Campus at Walailak University In 2025, Walailak University (WU) actively promoted conscious water usage on campus by raising awareness among students and staff of the importance of water conservation and encouraging responsible water consumption in their daily activities. The university implemented water conservation awareness campaigns, educational activities, and participatory initiatives to strengthen understanding of the value of water resources and promote water-saving behaviours across the campus community. These promotional efforts were complemented by water management practices that support efficient water use and encourage students and staff to participate in conserving water resources. Through the active promotion of conscious water usage, the university aims to foster a culture of water conservation in which responsible water use becomes a shared responsibility among members of…

Outreach and Engagement Strengthening Cooperation at Local, Regional, National, and Global Levels for Sustainable Water Security at Walailak University Water security is essential to sustainable development, encompassing reliable access to sufficient and safe water, effective water resource management, ecosystem protection, and resilience to water-related challenges such as flooding, drought, and climate change. In 2025, Walailak University (WU) engaged in cooperation with government agencies at local, regional, and national levels, alongside international organisations, to strengthen water security and address shared water-related challenges. Through these partnerships, the university integrated academic expertise, scientific research, innovative technologies, and community participation to advance water conservation, water quality monitoring, sustainable water supply management, disaster risk reduction, and ecosystem-based water resource management. These water security cooperation initiatives included collaboration with local government authorities, participation in provincial and…

Outreach and Engagement Using Sustainable Water Extraction Technologies on Walailak University Grounds Walailak University (WU) prioritises sustainable water extraction by utilising appropriate water extraction technologies on university grounds to collect, extract, and manage rainwater and surface runoff stored in on-campus reservoirs as its primary raw water supply. These sustainable water extraction technologies include raw water pumping systems, water treatment facilities, and water monitoring technologies, which support the efficient extraction, treatment, and management of water resources from the university's reservoirs. Through the application of these technologies at water extraction sites on campus, the university maintains a reliable water supply for buildings and campus activities while reducing reliance on external water sources and strengthening long-term water security. In addition, water level control systems and wastewater treatment technologies complement sustainable water extraction by…

Outreach and Engagement Walailak University's Role in Supporting and Strengthening Community Capacity through Innovation and Participation Water conservation requires practical support for communities beyond university campuses to protect local water resources, improve water use efficiency, and maintain reliable water supply systems. Challenges such as drought, water scarcity, and changing climatic conditions highlight the need for off-campus water conservation initiatives that integrate locally appropriate technologies, effective water infrastructure management, and community participation. Recognising these challenges, Walailak University (WU) contributes to practical water conservation in local communities by providing technical knowledge, infrastructure development support, and decision-support tools to strengthen their capacity for sustainable water resource management.In 2025, Walailak University provided practical water conservation support off campus through the development of community living weirs, the application of the REMS-toolkit for subdistrict-level water management…

Outreach and Engagement Monitoring Water Consumption for Domestic Use at Walailak University in 2025 In 2025, Walailak University (WU) provided free educational opportunities for local communities to learn about good water management through knowledge transfer, practical training, and field-based learning activities. These opportunities were offered free of charge and designed to address local water management needs, including village water supply management, efficient irrigation in orchards, and water conservation through community living weirs. Recognising the importance of water for daily life, agricultural livelihoods, and healthy ecosystems, the university facilitated community-based learning opportunities by connecting academic expertise with local participation and accessible water management technologies. Through these educational activities, local community members gained practical knowledge and skills in maintaining water quality, improving water use efficiency, and planning the sustainable management of local…

Sustainability and Stewardship Water Reuse Management and Reporting at Walailak University in 2025 Walailak University (WU) prioritises efficient water resource management by measuring and monitoring water reuse across the university to assess the volume of recycled water used for beneficial purposes and reduce reliance on freshwater resources. The university promotes the reuse of treated wastewater for various campus activities, including landscape irrigation and green space maintenance, aquaculture, waste management, and general utility services. To ensure systematic water reuse measurement, the university monitors and records the volume of wastewater entering its treatment system and the volume of treated water subsequently reused across campus operations. These measurements enable the university to quantify and report water reuse, evaluate its contribution to reducing freshwater consumption, and support evidence-based decision-making for sustainable water resource management.…

Outreach and Engagement Policy and Implementation to Maximise Water Reuse Across Walailak University Walailak University (WU) has established a university-wide policy to maximise water reuse across the university, supported by its publicly accessible Water Reuse Guidelines, issued on 8 November 2022 and in place by 2025. These guidelines provide an institutional framework for promoting the reuse of treated wastewater and define the responsibilities of relevant university units in managing wastewater treatment and water reuse systems. The policy prioritises the beneficial reuse of treated wastewater for landscape irrigation, cleaning, agriculture, industrial processes, animal husbandry, compost production, and toilet flushing. Through the implementation of its water reuse policy, the university aims to maximise opportunities for water reuse across campus operations, reduce reliance on freshwater resources, and strengthen sustainable water resource management. Water…

Sustainability and Stewardship Sustainable Land Allocation and Development to Minimise Water Usage at Walailak University in 2025 Walailak University (WU) covers more than 21,000,000 square metres and prioritises water-conscious planting and landscape management to minimise water usage across its extensive campus. The university applies sustainable landscape planning and planting practices, including the selection of drought-tolerant plants and species with low water requirements, to reduce water consumption in green space maintenance and agricultural activities. These practices are integrated with land use planning, landscape design, efficient irrigation systems, and agricultural technologies to promote responsible water resource use. Through the establishment and maintenance of water-efficient landscapes, the university aims to minimise water usage while supporting plant genetic resource conservation, biodiversity protection, and the development of learning spaces for sustainable natural resource management. Cactus…

Outreach and Engagement Water-conscious Building Standards at Walailak University in 2025 Walailak University translates its policies on reducing water consumption and improving water management efficiency into practice through building-related measures. These cover new building design, existing building renovation, the selection of water-efficient fixtures, and water supply system maintenance during operation. In 2025, these measures continued in relevant buildings and areas to align water consumption with actual needs, reduce losses from leaks, and support sustainable resource use.These activities align with the water-conscious building standards indicator, which considers the application of building standards to minimise water use. In this context, building standards include requirements and technical guidance that ensure policies are implemented. At Walailak University, this application is reflected in fixture specifications, water volume controls, water supply and drainage system design, and…