Clean Water Archives - SDGs Center

Universitas Airlangga Applies Water-Conscious Building Standards to Advance Sustainable Campus Operations

Admin SDGS — Fri, 22 Dec 2023 02:48:50 +0000

Universitas Airlangga (UNAIR) has established itself as sustainable campus operations through rigorous water-conscious building standards. By incoporating advanced water-saving technologies and sustainable infrastructure across campus, UNAIR significantly reduces its water consumption, supporting both regional and global environmental goals. This commitment is in line with SDG 6 (Clean Water and Sanitation), reflecting UNAIR's dedication to promoting eco-friendly practices in higher education.

Innovative Water-Saving Fixtures and Monitoring Systems

UNAIR has equipped over 80% of campus restrooms with automatic, sensor-activated faucets and water-efficient toilets, which minimize water usage by delivering only the necessary amount. This technology helps avoid water waste, enhancing efficiency across campus facilities. These installations reflect UNAIR's alignment with Greenship and LEED standards, which prioritize water efficiency in green building practices. Regular maintenance and monitoring ensure that these systems function at peak performance, further optimizing water conservation.

Rainwater Harvesting and Reuse for Sustainable Landscaping

All major buildings on campus are equipped with rainwater harvesting systems, which capture rainwater for non-potable uses, such as land irrigation. This innovative system conserves municipal water resources by repurposing natural rainfall to nourish UNAIR's green spaces. The rainwater collections systems are strategically integrated across the campus, significantly reducing the university's reliance on external water supplies and supporting its broader environmental mission.

Permeable Surfaces to Enhance Groundwater Recharge

Biopores

To complement its water-saving infrastructure, UNAIR has integrated permeable surfaces in parking lots and walkways. These surfaces allow rainwater to permeate into the ground, naturally replenishing groundwater supplies and preventing runoff, which can cause erosion and flooding. This approach aligns with UNAIR's commitment to eco-friendly infrastructure, maximizing environmental benefits while maintaining a sustainable campus landscape.

Water Recycling Systems

UNAIR has also implemented water recycling systems in select buildings, where gray water from sinks and showers is treated and reused for toilet flushing and landscape irrigation. This recycling system supports UNAIR's goal to minimize water waste while providing sustainable alternatives for non-potable water needs. The water recycling initiative is an integral part of the university's long-term commitment to resource conservation and aligns with both Greenship LEED guidelines for sustainable water management.

Educational Programs Promote Campus-Wide Water Conservation

Beyond its infrastructure, UNAIR actively promotes water-saving behaviors through educational programs. Workshops, seminars, and informational campaigns engage the campus community in adopting water-conscious habits, creating a culture of conservation that extends beyond UNAIR's walls. These programs aimed to raise awareness about responsible water usage, encouraging students, staff, and faculty to integrate eco-friendly practices into their daily lives.

With these initiatives, UNAIR demonstrates a comprehensive approach to water-conscious building standards that encompasses advanced technology, educational outreach, and sustainable infrastructure. This model of water conservation not only supports UNAIR's operational goals but also provides a benchmark for other institutions seeking to minimize their environmental footprint.

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Universitas Airlangga Drives Community Engagement in Water Conservation through Innovative Initiatives

Admin SDGS — Wed, 22 Nov 2023 14:58:46 +0000

Demonstrating a strong commitment to sustainable water usage and community welfare, Universitas Airlangga (UNAIR) has rolled out a series of impactful water conservation programs targeting broader communities across East Java. These initiatives promote conscious water usage and provide local residents with sustainable solutions for managing water resources effectively.

Smart Farming for Water Efficiency in Agriculture

In Karangploso village, Pasuruan, UNAIR's through Faculty of Advanced Technology and Multidiscipline (FTMM) students organized on IoT-based smart farming technology. The campaign introduced local farmers to solar-powered hydroponic systems that automatically manage water and nutrient delivery, helping reduce water consumption and optimize resource use. These effiecnt, automated systems demonstrate how water-wsie practices can be integrated into daily agricultural processes, empowering farmers to achieve higher yields with reduced water usage. The project encourages the adoption of green and smart farming practices, reinforcing sustainable agriculture and providing replicable model for water

Community-Based Total Sanitation in Tamanbaru Village, Banyuwangi

In partnership with local stakeholders, UNAIR's Faculty of Helath, Medicine, and Natural Sciences have led Community-Based Total Sanitation (STBM) verification for over 550 families in Tamanbaru Village, Banyuwangi.This initiative addresses comprehensive water safety and sanitation, focusing on clean water management, food safety, and household wastewater. By educating households on water conservation, wastewater handling, and sanitation practices, UNAIR's STBM program improves health and sanitation standards while fostering long-term water stewardship within the community. These sanitation practices support sustainable water management and significantly reduce health risk associated with inadequate sanitation.

Ranwater Harvesting Installation on Gili Iyang Island

Recognizing the need for sustainable water sources on Gili Iyang Island, Madura, UNAIR’s Faculty of Science and Technology constructed a rainwater harvesting system with a capacity of over 2,000 liters. This system provides clean water for essential needs such as bathing, washing, and ablution, reducing the island’s dependence on external water sources. By capturing and filtering rainwater, UNAIR has created a sustainable model for communities facing water scarcity, underscoring its commitment to promoting self-sufficiency and water security.

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Universitas Airlangga Implements Measureable Water Reuse for Sustainable Campus Operations

Admin SDGS — Wed, 22 Nov 2023 01:05:35 +0000

Universitas Airlangga is taking groundbreaking steps in sustainable campus management through its meticulously measured water reuse program. Guided by formalized policy, including Rector's Decree No. 1837/UN3/2018 on Water Recycling and Water Harvesting, UNAIR has implemented a comprehensive approach to track and maximize water reuse, a commitment that is transforming environmental responsibility within higher education.

Throughout the year, UNAIR reused 150,259 cubic meters of water, equivalent to tens of thousands of swimming pools. This reclaimed water— sourced from rainwater harvesting and treated wastewater from campus facilities such as mosques and sewage treatment plants—serves non-potable needs, including irrigation, toilet flushing, and cooling systems. The systematic tracking of water usage not only reduces overall consumption but also curbs reliance on external water sources, cutting costs, and underscoring UNAIR's commitment to sustainable resource management. The reuse policy is practical model of resource conservation that aligns with Sustainable Development Goal 6 (Clean Water and Sanitation).

Harnessing Technology for Efficiency

Advanced technologies play a central role in UNAIR's water management strategy. In campus landscapes, automatic control panels monitor and regulate irrigation, delivering water only when needed. These systems significantly improve irrigation efficiency allowing for precision in water usage, a solution particularly crucial for drought-prone seasons. The automatic control panels are located at eight strategic points throughout the UNAIR campus.

Educational Outreach and Research Integration

Beyond operational gains, UNAIR's commitment to sustainable water use has opened doors for educational opportunities, integrating environmental awareness into academic and community outreach programs. Workshops, seminars, and practical demonstrations on water reuse serve to educate the campus and surrounding communities, fostering a culture of sustainability. The policy also encourages student involvement in water conservation projects, making UNAIR a model of how educational institutions can bridge research and practical application to promote environmental stewardship.

In combining policy, technology, and educational outreach, UNAIR's water management initiatives underscore its mission to create a green, more sustainable campus. By optimizing water use and reducing environmental impact, Universitas Airlangga is setting a benchmark for universities worldwide

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Universitas Airlangga Partners with Indonesia-Netherlands Consortium to Secure Water Quality for the Brantas River

Admin SDGS — Thu, 02 Nov 2023 13:24:20 +0000

Universitas Airlangga (UNAIR) has embarked on a landmark partnership to address water security challenges facing one of Indonesia's critical water resources, the Brantas River. In collaboration with five Indonesian universities and global partners form LDE Consortium — including Leiden University, Delft University of Technology (TU Delft), and Erasmus University — this initiative, called the Indonesia-Netherland, aims to create a sustainable, multidisciplinary management plan for the Brantas River.

A Collective Effort to East Java's Lifeline

The Brantas River, a crucial source of water for millions in East Java, has faced significant pollution and environmental degradation due to industrial and domestic waste. UNAIR and its partners are set to launch the Brantas River project, introducing both technological solutions and community focused strategies to tackle the river's water quality crisis.

Educational Initiatives to Combat Pollution at the Source

Beyond the technical measures, UNAIR is leading efforts to involve the community in water security practices. An essential part of the program focuses on educating local households, particularly housewives, about effective waste management to reduce domestic waste pollution in the river. By promoting awareness at the household level, UNAIR and its partners aim to address pollution at its source, fostering a culture of environmental responsibility among residents.

Seminar on Water Quality in Collaboration with Global Experts

In preparation for the Brantas River project, UNAIR's Faculty of Science and Technology recently hosted a seminar focused on the water quality issues affecting the Brantas River. The seminar, organized in partnership with TU Delft, the Ministry of Public Works and Public Housing (PUPR), TAUW environmental consultancy, and local environmental NGO Ecoton, convened experts to discuss innovative approaches to water quality monitoring and community management. Attendees explored cutting-edge water monitoring technology and its role in assessing and enhancing river health.

In show of support, the Governor of East Java endorsed the project's goal to improve the Brantas River's water quality, acknowledging it as a crucial initiative for regional water security.

Brantas River of Life: A Vision for Collective Action

UNAIR and the Indonesia-Netherlands Consortium envision the Brantas River of Life project as a model of collaborative, interdisciplinary action to address water security challenges in Indonesia. With a comprehensive plan that combines water management technologies, educational outreach, and environmental conservation, this initiatives represents a significant step toward sustainable resource management.

By fostering collaboration between Indonesia and Dutch experts, UNAIR underscores its role as a leader in environmental sustainability, addressing both local and global water security challenges.

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Universitas Airlangga Advances Water-Saving Landscaping Initiatives with Drought-Tolerant Plants and Smart Irrigation

Admin SDGS — Mon, 30 Oct 2023 01:36:34 +0000

Universitas Airlangga (UNAIR) has made strides in sustainable landscaping by adopting water-efficient practices across its campus. To conserve water resources and maintain a green campus, UNAIR’s landscaping strategy includes the use of drought-tolerant plants and advanced irrigation technologies, minimizing water usage while enhancing campus aesthetics. These efforts align with UNAIR’s commitment to Sustainable Development Goal 6 (SDG 6) and underscore its leadership in environmentally conscious campus management.

Drought-Tolerant Landscaping and Xeriscaping for Water Efficiency

UNAIR’s landscape design is built around water conservation, featuring drought-resistant plants that thrive with minimal irrigation. Selected species, such as Ficus Benjamina (Bailbong), Terminalia mantaly (Ketapang Varigata), and Handroanthus Chrysotrichus (Tabebuya), require little watering, particularly during dry seasons, reducing the campus's overall water footprint. The implementation of these water-efficient plants represents a sustainable approach to campus landscaping that conserves water without sacrificing greenery.

Ficus Benjamina

Terminalia Mantaly

Handroanthus Chrysotrichus

The application of xeriscaping principles, which group plants with similar water needs together, further enhances water-use efficiency. This strategic grouping reduces the need for frequent irrigation, allowing UNIAR to maintain its lush, green spaces while conserving water. These drought-tolerant landscapes are steadily expanding across campus, reinforcing UNAIR’s long-term commitment to responsible water management.

Smart Irrigation System and Rainwater Harvesting for Sustainable Water Management

UNAIR has installed advanced irrigation technologies that optimize water distribution based on real-time weather data. These smart systems adjust water flow automatically to meet the exact needs to plants, preventing over-irrigation and conserving water. This technology allows for dynamic response to changes in temperature and humidity, ensuring efficient water use and contributing to campus-wide sustainability goals.

UNAIR's Smart & Automatic Irrigation System

Additionally, rainwater harvesting systems collect and store rainwater, which is then used for irrigation in designated areas. This approach reduces dependence on municipal water supplies and repurposes natural rainfall for environmental upkeep, promoting a cycle of sustainable water usage. These harvested rainwater systems are integrated across campus landscapes, providing a reliable water source even during dry seasons.

Educational Programs for Campus and Community Engagement

UNAIR’s commitment to water-saving landscapes extends beyond infrastructure. The university promotes educational programs to raise awareness about water conservation and sustainable landscaping among students, staff, and the community. Through workshops and campaigns, UNAIR educates participants on water-wise practices, encouraging a campus-wide culture of environmental responsibility. These programs emphasize the importance of sustainable resource management and inspire students to adopt eco-friendly behaviors, both on and off campus.

UNAIR's Approach Water-Conscious Infrastructure

These water-saving initiatives highlight UNAIR’s dedication to comprehensive, environmentally conscious building standards that go beyond traditional landscaping practices. By integrating water-efficient infrastructure with educational outreach, UNAIR creates a holistic model of sustainability that supports both campus and community needs.

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UNAIR Menanam 119 Pohon Tabebuya sebagai Peningkatan Penyerapan Air

Admin SDGS — Thu, 12 Oct 2023 03:26:56 +0000

Pada September 2023, Universitas Airlangga (UNAIR) telah melakukan penanaman sebanyak 119 tabebuya di area kampus sebagai bagian dari upaya konservasi air. Pohon tabebuya dipilih karena memiliki kemampuan yang efisien dalam menyerap air, sehingga diharapkan dapat membantu menjaga ketersediaan air di lingkungan kampus,

Penanaman pohon tabebuya ini merupakan salah satu langkah yang diambil oleh UNAIR dalam menjaga keseimbangan ekosistem dan mengurangi dampak perubahan iklim. Selain memberikan manfaat langsung dalam menjaga ketersediaan air, penanaman pohon juga berperan dalam mengurangi emisi karbon dioksida yang berkontribusi terhadap pemanasan global.

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Universitas Airlangga Leads Community Water Conservation Efforts with Innovative Off-Campus Initiatives

Admin SDGS — Wed, 16 Aug 2023 06:20:26 +0000

As water scarcity continues to impact communities across Indonesia, Universitas Airlangga (UNAIR) is making measureable improvements through targeted off-campus water conservation projects. By combining traditional infrastructure, advanced technology, and community partnerships, UNAIR is providing essential resources and innovative solutions to communities in need aligning with Clean Water and Sanitation

Clean Water Access in Purnama Village, Bondowoso Regency

In collaboration with UNAIR Alumni Association and Indonesian Society of Internal Medicine Specialists (PAPDI), UNAIR constructed a borewell in Purnama Village, Bondowo Regency. This initiative provides clean water to over 200 households, reducing reliance on distant water sources and ensuring that residents have consistent access to water close to home. This borewell has become a lifeline for the villagers, addressing a critical water need while promoting public health by reducing the risk of waterbone illnesses. The borewell project showcases UNAIR's commitment to practical, community-focused water solutions.

Sustainable Rainwater Harvesting on Gili Iyang Island

UNAIR's Faculty Science and Technology took on the challenge of providing water to the oxygen-rich yet freshwater-scarce Gili Iyang Island, Madura. The faculty installed a 2,000-liter rainwater harvesting system equipped with filtration capabilities to ensure safe, usable water for essential needs such as bathing, washing, and ablution. By capturing and filtering rainwater, this initiative provides a sustainable water source that helps residents reduce reliance on limited freshwater reserves, supporting long-term water security and conservation on the island.

SIDAFIT: IoT-Enhanced Water Monitoring for Sustainable Agriculture

In collaboration with Universiti Teknologi Petronas, Malaysia, UNAIR’s Faculty of Advanced Technology and Multidiscipline (FTMM) launched the SIDAFIT initiative to provide IoT-based water quality monitoring for hydroponic farmers in Pasuruan, East Java. This system enables farmers to monitor water quality in real-time, allowing them to optimize water usage, boost crop yields, and reduce water waste. SIDAFIT demonstrates how cutting-edge technology can be used to support local agriculture and promote sustainable water use. This program not only improves water management practices but also enhances farmers' productivity, providing an economic boost for the community

Through these initiatives, UNAIR reinforces its commitment to sustainable development and community empowerment. UNAIR’s proactive and multi-faceted approach to off-campus water conservation underscores its role as a leader in environmental responsibility and sustainable development.

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Universitas Airlangga Advances Sustainable Water Extraction Technologies On and Off Campus

Admin SDGS — Mon, 19 Jun 2023 04:49:04 +0000

In robust commitment to environmental stewardship, Universitas Airlangga (UNAIR) has adopted cutting-edge sustainable water extraction technologies on and off campus, reinforcing its dedication to responsible resource management. With an emphasis on minimizing environmental impact and preserving local water sources, UNAIR employs a combination of high-efficiency systems, rainwater harvesting, and digital monitoring to optimize water usage.

High-Efficiency Groundwater Pumping on Campus

UNAIR's groundwater extraction on campus is powered by high-efficiency pumping technology designed to conserve energy and reduce the strain on local aquifers. These advanced pumps not only lower energy consumption but also mitigate the impact of water extraction on the surrounding environment. By carefully controlling groundwater use, UNAIR balances its water needs with sustainable practices.

The university's on-campus water management approach also includes a rainwater harvesting system equipped with advanced filtration technology. Installed across various buildings, this system captures and filters rainwater, significantly reducing the university's dependence on groundwater. The captured rainwater is utilized for various non-potable uses, such as landscape irrigation, which lessens the overall burden on natural water reserves.

Lake Conservation and Biodiversity at Campus C

A key feature of UNAIR's sustainable water initiatives is the lake on Campus C, which serves as a natural rainwater catchment and supports local biodiversity. By maintaining this lake as a natural water resource, UNAIR not only enhances campus green spaces but also contributes to the health of local systems. This approach exemplifies UNAIR's dedication to integrating ecological balance with its resource management practices, providing a habitat for local flora and fauna and reinforcing natural hydrological cycles.

Off-Campus Borewell Technology with Community Partnership in Bondowoso

In collaboration with the community of Bondowoso, UNAIR has extended its sustainable water practices beyond campus boundaries. The university operates a borewell equipped with energy-saving pumps and digital monitoring in Purnama Village, ensuring water extraction remains within safe limits to protect local aquifers. This borewell project has become a critical resource for residents, supplying clean water efficiently and sustainably.

The borewell's digital monitoring technology tracks a real-time water extraction, preventing over-extraction and enabling data-driven management. This off-campus initiative underscores UNAIR's role in community engagement and environmental responsibility, providing the Bondowoso community with reliable, sustainably sourced water and setting a model for university-community partnerships in resource conservation.

By integrating sustainable water extraction technologies and and expanding its reach through community partnerships, Universitas Airlangga sets a high standard in water conservation and resource management. These initiatives contribute a significantly to the university's environmental goals, making it a leader in sustainable practices within higher education.

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Universitas Airlangga Implements Water Reuse Policy to Support Sustainable Campus Managemet

Admin SDGS — Wed, 07 Jun 2023 07:20:07 +0000

Universitas Airlangga (UNAIR) has established a robust policy framework to maximize water reuse across its campuses, reinforcing its dedication to environmental sustainability and resource conservation. This initiative is formalized under Rector Decree No. 1837/UN3/2018 on Water Recycling and Water Harvesting, along with Rector's Decree No.2094/UN3/2016 on Green Campus Management. These decrees collectively outline UNAIR's commitment to responsible water management and reuse, reuse supporting its role as a sustainable university leader.

Structured Water Reuse and Conservation Policies

Water Recycling Program

To optimize clean water use, UNAIR's policy mandates the recycling of treated water across campus for various purposes, including irrigation and sanitation. These water recycling initiatives utilize advanced filtration systems to treat wastewater, ensuring it meets safety standards before reuse. The wastewater treatment installations help maintain water quality while reducing the environmental impact of wastewater discharge.

Rainwater Harvesting System

UNAIR has equipped campus buildings with rainwater harvesting sytems to capture and store rainwater for non-potable uses, such as landscape irrigation and toilet flushing. This system reduces the university's reliance on municipal water supplies, promoting a sustainable alternative that makes efficient use of natural rainfal. According to Rector's Decree No.1837/UN3/2018, the harvester rainwater is directer to irrigation networks across campus greeen spaces, supporting the university's efforts to conserve water resources.

Water Conservation and Efficiency Standards

In addition to recycling and rainwater harvesting, the policy emphasizes the reduction of deep well usage and the implementation of efficient water distribution systems. Policy Number 2706/2022 about waste water management outlines guidelines for the installation of efficient faucets and fixtures that minimize water use. Sensor-activated faucets are deployed in many campus facilities to reduce unnecessary water flow, helping UNAIR

These policies align closely with Sustainable Development Goals 6 - Clean Water and Sanitation—promoting resource conservation and sustainable campus operations. By reusing water and prioritizing conservation, UNAIR reduces its environmental impact and contributes to water sustainability on a regional scale. The integration of these policies into everyday campus operations demonstrates UNAIR's proactive approach to sustainable water management.

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Universitas Airlangga Champions Conscious Water Usage with Green Campus Initiatives

Admin SDGS — Tue, 23 May 2023 14:16:14 +0000

Demonstrating a strong commitment to environmental stewardship, Universitas Airlangga (UNAIR) is leading efforts to promote water conservation across its campus. Guided by Rector's Decree No. 1050/UN3/2021 on Green Campus Management, UNAIR has implemented advanced technologies, sustainable landscaping, and awareness campaigns to encourage conscious water usage as part of its journey toward carbon neutrality by 2030.

Cutting-Edge Water Conservation Technology

As part of its water-saving initiative, UNAIR has installed 678 sensor-activated faucets in 52% of campus facilities, helping to reduce unnecessary water usage. These faucets automatically control water flow, ensuring that water is only used when needed, effectively minimizing waste and conserving resources. According to UNAIR's Facilities Management Office, this technology has significantly improved water efficiency across restrooms and ablution stations, creating immediate impact on the university's water conservation goals.

Xeriscaping & Drought-Resistant Landscaping

UNAIR has also embraced xeriscaping principles in its landscaping strategy, incorporating drought-tolerant plants such as Ficus Benjamina (Balibong) to reduce the need for irrigation. By prioritizing plants that thrive in low-water environments, UNAIR is advancing ots commitment to sustainable water use and supporting its broader Carbon Neutrality initiative. These xeriscaping efforts not only conserve waer but also enhance campus aesthetics with resilient, low-maintenance greenery.

Educational Campaigns and Awareness Efforts

In addition to technology and sustainable landscaping, UNAIR actively promotes water-conscious behavior among its campus community through education signage strategically placed in restrooms, common areas, and ablution facilities. This signage provides reminders and practical tips for reducing water consumption, aiming to foster daily water-saving habits among students, staff, and visitors.

To reach a wider audience, UNAIR also leverages social media campaigns to spread awareness about sustainable water use. Through posts, videos, and infographics, these campaigns highlight the importance of water conservation, provide tips for mindful usage, and encourage the campus community to be proactive in minimizing their water footprint. This approach not only raises awarenes but also integrates water-wise practices into campus culture, engaging students and staff alike.

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