“This is the second of two SDGs that look at the broader ecosystem – the other being SDG 14: Life Below Water. Life on land is a precious resource – we need to ensure that it is passed on to future generations, at a time when loss of biodiversity is an increasing concern. Different universities will have responsibility for very different landscapes and the life within, but all have a responsibility as stewards of their environment.”
(THE Impact Rankings)
SDG 15: LIFE ON LAND
Supporting land ecosystems through education
Promoting Sustainable Land Use and Conservation: ITS Climate Action, Tandur Race, and Landslide Risk Management Initiatives
In a dedicated effort to support the SDGs 15, ITS has introduced the ITS Climate Action (ICA) and Tandur Race initiatives as part of its 63rd anniversary celebrations. In addition, ITS also organize a webinar based on the results of a comprehensive and integrated landslide disaster study.
ITS Climate Action (ICA) and Tandur Race are central to ITS’ commitment to conserving ecosystems, promoting biodiversity, and fostering sustainable land management practices on campus and in the community. ICA aims to raise awareness of sustainable land practices in the face of escalating climate challenges. The ICA activities, part of new student orientation GERIGI, involve the entire ITS academic community, alumni, and public participants, attracting nearly 8,000 registrants via eklim.its.ac.id. Meanwhile, the Tandur Race, held as part of the ITS Smart Eco Campus program, engages participants in planting and nurturing herbal species, this year focusing on a Herbs Garden theme.
Meanwhile, The Department of Geophysical Engineering – Indonesian Geological Engineering Society (MGTI) in collaboration with National Research and Innovation Agency (BRIN) – Research Center for Disaster Mitigation and Climate Change (PP MKPI ITS) – Regional Disaster Management Agency (BPBD) Jawa Timur organize a webinar entitled “Landslide Risk Management” based on the results of a comprehensive and integrated landslide disaster study.
Full Article:
Webinar on Landslide Risk Management
Return of the Tandur Race: Promoting Food Security through Herbal Plant Cultivation
Sustainable Food Practices Policy at ITS
ITS is committed to integrating sustainable practices within its main dining facilities, particularly through the Standard Operational Procedure for ITS Main Canteen on Sustainable Canteen Management: Halal, Safe, and Healthy Culinary Zone (Zona KHAS). ITS aims to ensure that food on campus is sustainably sourced, supporting both environmental sustainability and the health and well-being of its campus community.
- Sustainable Sourcing Policies: All vendors are required to prioritize sustainably farmed ingredients, with a preference for organic, pesticide-free products that meet ITS’ environmental standards.
- Local and Low-Impact Procurement: Vendors are encouraged to source ingredients from local farms and producers, reducing transportation emissions and supporting regional agriculture, including small-scale and sustainable farming practices.
- Waste Reduction and Eco-Friendly Packaging: To further minimize environmental impact, all food service providers on campus are required to reduce plastic use, utilize recyclable containers, and adopt waste management practices, including composting and sustainable disposal of food waste.
- Regular Monitoring and Compliance: ITS conducts regular reviews to ensure vendors comply with these sustainable sourcing and farming standards, reinforcing its commitment to sustainably farmed food on campus.
Full Policy:
Advancing Ecosystem Biodiversity: ITS Collaboration and Innovation in Sustainable Agriculture
In order to support biodiversity, ITS in collaboration with WS Seed Thailand signed a Memorandum of Understanding (MoU) at the Indonesian Embassy in Bangkok, Thailand. This partnership advances sustainable agricultural practices and food security through research. WS Seed Thailand will facilitate and develop the research with ITS to formulate the policy at WS Seed for the next five years.
The challenges ahead for all countries are food and energy issues. So this partnership aims to establish a supportive relationship related to the research needs of seeding and plantation to fulfill food needs in the broad scheme of 3F (feed, food, and fuel). It requires integrated, inclusive, climate-sensitive and gender-responsive efforts so that can protect soil health, reduce ecosystem degradation, and support diverse plant species.
In addition, ITS also held Professor Summit 2023 in the Research Center to improve agricultural sustainability through technology. Through this conference, Professor of the Faculty of Agriculture from Universitas Pembangunan Nasional (UPN) presented his innovation of Smart Farming. Prof. Dr. Ir. Teguh Soedarto MP explained, this innovation supports the effectiveness of agricultural production through the integrated and automatic tools. This includes efficient land use and crop management, and reduces environmental strain and indirectly supports biodiversity.
Smart Farming also implements drone-based pest control and mechanized planting in order to boost productivity without overusing resources. By this innovation, pest control, fertilization, and seed sowing activities can be carried out effectively, so that can minimize habitat disruption.
Full Article:
Advancing Agricultural Research: ITS and WS Seed Thailand Establish MoU
Smart Farming System: Elevating Agriculture through Technology
Empowering Ecosystem Conservation: ITS Educational Programs through Community Services and Academic Engagement
ITS aims to empower both the public and its students to actively engage in conservation efforts with several activities. From launching a community-centered educational program on ecosystem preservation, to Online Guest Lecture Series in Conservation Efforts.
The first program, which is tailored for members of the Pembinaan Kesejahteraan Keluarga (PKK), provides practical training on urban farming, organic gardening, and conservation of native plant species within the Community Service for Hydroponics Training Program led by ITS Department of Chemistry. This activity covers essential topics such as native plant cultivation, urban reforestation, and composting methods which have proven to be beneficial for local ecosystems. Participants learned how small urban green spaces can significantly contribute to ecosystem restoration and biodiversity preservation.
In parallel to these community programs, ITS is actively engaging its academic community in ecosystem and conservation education. The ITS Department of Biology organized an online guest lecture via Zoom titled “Population: How to Measure Population of Wild Species and Its Conservation Efforts.“ The guest speaker, Mr. Hariyawan Agung Wahyudi from Copenhagen Zoo, shared his expertise on wildlife conservation and population measurement techniques.
This lecture aimed to enhance the understanding of wild species population dynamics and emphasize the importance of accurate data collection for conservation efforts. Mr. Hariyawan discussed various methodologies used in wildlife monitoring and highlighted the critical role that universities like ITS can play in training future environmental scientists to contribute to global conservation challenges.
With these ongoing efforts, ITS is contributing both to educating local communities on practical conservation methods and equipping its students and faculty with the skills needed to support global conservation goals. Both programs exemplify ITS’ dedication to creating a sustainable future for urban and natural environments.
Full Article:
ITS Community Service Promotes Urban Farming through Hydroponics
Promoting Sustainable Agricultural Practices: Educational Outreach and Initiatives at ITS
ITS demonstrated its commitment to promoting sustainable land management as part of its ongoing efforts to support SDG 15. In conjunction with its 63rd Anniversary, ITS hosted the International Conference on Environmental and Earth Sciences (ICEES) 2023 on November 10th, 2023. Organized by ITS Department of Environmental Engineering in collaboration with the Department of Geophysics Engineering and the Faculty of Engineering and Built Environment of Universiti Kebangsaan Malaysia (UKM), ICEES 2023 focused on sustainable management practices for agriculture.
The conference aimed to educate local and national communities on sustainable agricultural techniques, emphasizing the need for environmentally responsible land use. Through a series of educational outreach programs, participants learned about effective land management strategies that enhanced agricultural productivity while protecting natural ecosystems. The conference charged a registration fee to support its execution and ongoing research in sustainable practices.
Additionally, the Department of Biology at ITS hosted a guest lecture titled “The Opportunity of Converging Toward Organic Agriculture and Its Impacts on Farm Gate Price.” This free event aimed to further educate the community on sustainable land management and the benefits of organic farming, providing insights into how such practices positively affected farm gate prices and promoted environmental sustainability.
By integrating the ICEES 2023 conference and the guest lecture, ITS reinforced its role as a leader in sustainable agricultural education and practices. These initiatives empowered farmers and community members with the knowledge to adopt sustainable techniques, ensuring a resilient future for agriculture and the environment. Together, these events catalyzed essential discussions and actions supporting the long-term sustainability and land conservation goals.
Full Article:
The International Conference on Environmental and Earth Sciences (ICEES) 2023
Supporting the Agricultural Sector: ITS Holds Manure Fertilizer Production Training
Supporting Sustainable Tourism: ITS Outreach on Infrastructure Development and Cultural Heritage Conservation
To support sustainable land management for tourism, ITS’ Community Service team from the Department of Urban and Regional Planning has been actively involved in improving tourism infrastructure in the Trowulan heritage area, Mojokerto. This initiative focuses on enhancing access to key tourist attractions such as Brahu Temple, Bajang Ratu Temple, and Segaran Lake, which currently lack proper infrastructure. In addition, ITS is using innovative VR technology to digitally conserve historic buildings in Surabaya, in collaboration with local institutions.
ITS is working closely with local stakeholders, including the Cultural Preservation Center (BPK) Region XI East Java, the City Council of Transportation of Mojokerto City, and the officials from Beijijong and Trowulan villages, to develop and implement these solutions. Through this collaboration, ITS aims to foster sustainable tourism that not only enhances local infrastructure but also ensures the preservation of cultural heritage for future generations.
To solve these problems, ITS develops advanced transportation network design (feeder) using network analysis. Besides, ITS also installed several signages, such as feeder route banners, pedestrian route banners, signposts, and tourist road signs. ITS hopes these innovations can help the local stakeholders to enhance social, economic, and environmental sustainability.
Other than that, the researchers from ITS use VR technology to digitally conserve historic buildings in Surabaya. The project not only preserves cultural heritage but also promotes it by making the sites accessible through immersive VR experiences. The open sessions for public testing at HOS Tjokroaminoto Museum provide community education on conservation methods, making it a free educational outreach initiative that enhances tourism and cultural appreciation.
Full Article:
ITS Researchers Conserve Historic Buildings Using VR Technology
Supporting land ecosystems through action
Sustainable Use, Conservation and Restoration of Land
Recognizing the vital role that terrestrial ecosystems—such as forests, mountains, and drylands—play in sustaining biodiversity, mitigating climate change, and supporting the well-being of communities, we, at Institut Teknologi Sepuluh Nopember (ITS), are committed to safeguarding and restoring these invaluable resources. In alignment with our institutional values, and recognizing the urgency of addressing environmental degradation, we pledge to integrate sustainable land management practices into our campus development, research, and community engagement efforts. This policy reaffirms our commitment to promoting environmentally responsible practices, ensuring transparency in the use of resources, and supporting initiatives that enhance the health and stability of terrestrial ecosystems within and beyond the university campus. The detail breakdown of Sustainable Use, Conservation and Restoration of Land is stated in ITS Rector Circular Letter to ITS’ Commitment as a Green and Sustainable Campus on Chapter Infrastructure, as well as Land and Marine Ecosystem Protection as follows
Chapter: Infrastructure
- Support innovation in education, research, and community service to foster sustainable infrastructure development.
- Build, manage, and renovate buildings according to green building standards using energy-efficient and environmentally friendly materials.
- Utilize renewable energy sources, such as solar and wind power, across campus activities.
- Ensure sustainable conservation, revitalization, and utilization of terrestrial ecosystems on campus, particularly forested, hilly, and dry land areas to preserve biodiversity, restore natural habitats, and support surrounding environmental sustainability.
- Maintain the ideal proportion of green open spaces relative to built-up areas.
- Create a comfortable environment by planting trees and organizing green spaces on campus.
Chapter: Land and Marine Ecosystem Protection
- Consider ecosystem sustainability impacts in campus construction.
- Prevent invasive species from entering and disrupting campus ecosystems through pest control policies.
- Identify, monitor, and protect species on the IUCN Red List and national conservation list affected by campus activities.
- Enhance efforts in managing vulnerable ecosystems (wetlands, mangroves, peatlands).
- Consider local biodiversity in physical campus development.
- Preserve campus biodiversity as part of the ecosystem.
- Protect wildlife with notices or prohibitions on capturing, hunting, or damaging wildlife habitats on campus.
- Encourage research and education focusing on aquatic ecosystems to preserve campus lakes and ponds.
- Undertake conservation, rehabilitation, and restoration to maintain natural ecosystem quality.
ITS Policies in Monitoring IUCN and other conservation species
In alignment with its commitment to sustainability and environmental stewardship, Institut Teknologi Sepuluh Nopember (ITS) has implemented policies supporting biodiversity conservation. This commitment underscores ITS’s dedication to fostering a sustainable campus by ensuring that habitats within its grounds are preserved and responsibly managed in alignment with international conservation standards, as outlined in Rector’s Statement Letter 2021 which states
“Institut Teknologi Sepuluh Nopember undertakes efforts to identify, monitor, and protect IUCN Red Listed species and species on the national conservation list affected by activities within the campus environment” (Chapter III, Clause i).
ITS Rector Circular Letter to ITS’ Commitment as a Green and Sustainable Campus on Chapter Land and Marine Ecosystem Protection also states that
Chapter: Land and Marine Ecosystem Protection
- Consider ecosystem sustainability impacts in campus construction.
- Prevent invasive species from entering and disrupting campus ecosystems through pest control policies.
- Identify, monitor, and protect species on the IUCN Red List and national conservation list affected by campus activities.
- Enhance efforts in managing vulnerable ecosystems (wetlands, mangroves, peatlands).
- Consider local biodiversity in physical campus development.
- Preserve campus biodiversity as part of the ecosystem.
- Protect wildlife with notices or prohibitions on capturing, hunting, or damaging wildlife habitats on campus.
- Encourage research and education focusing on aquatic ecosystems to preserve campus lakes and ponds.
- Undertake conservation, rehabilitation, and restoration to maintain natural ecosystem quality.
Local Biodiversity Included in Planning and Development
At Institut Teknologi Sepuluh Nopember (ITS), we recognize the critical importance of preserving and enhancing local biodiversity as an integral part of sustainable campus development. As stewards of our environment, we are committed to integrating biodiversity considerations into all planning and development processes, ensuring that our campus grows in harmony with the natural ecosystems that surround and support it. Our Rector Circular Letter to ITS’ Commitment as a Green and Sustainable Campus is used as the basis of the planning, as delineated below
Ensure sustainable conservation, revitalization, and utilization of terrestrial ecosystems on campus, particularly forested, hilly, and dry land areas to preserve biodiversity, restore natural habitats, and support surrounding environmental sustainability. (Chapter Infrastructure, Clause d)
Consider local biodiversity in physical campus development. (Chapter Land and Marine Ecosystem Protection, Clause e)
Preserve campus biodiversity as part of the ecosystem. (Chapter Land and Marine Ecosystem Protection, Clause f)
Other than commitment or policy, the following initiatives from Institut Teknologi Sepuluh Nopember (ITS) in 2023 provide compelling examples of how local biodiversity and environmental sustainability can be integrated into planning and development processes, benefiting both communities and ecosystems.
In 2023, ITS students from the Kuliah Kerja Nyata (KKN) program collaborated with local communities in Banjar Kemuning, Sidoarjo, to address the environmental issue of excessive shellfish waste. The village, primarily inhabited by fishermen, faced challenges from large piles of discarded shells, leading to health and environmental problems such as unpleasant odors and waste management difficulties. The KKN team turned these shells, rich in silica, into a resource for sustainable construction by processing them into paving blocks. These blocks replaced traditional aggregates like sand and gravel, reducing the environmental footprint of infrastructure development. The project not only improved local waste management and sanitation but also contributed to sustainable building practices, demonstrating how local marine biodiversity can be leveraged in development planning. It helped reduce the reliance on non-renewable resources, fostering both environmental sustainability and community well-being.
Another initiative, Tandur Race program, has been an annual event organized by ITS to raise awareness about food security and sustainable agricultural practices. In 2023, the event’s theme, “Herbs Garden,” invited participants—including ITS faculty, staff, students, alumni, and local residents—to engage in growing five types of indigenous herbs: kemangi (lemon basil), ketumbar (coriander), mint, oregano, and seledri (celery). By encouraging participants to grow and document the growth of these local herbs, the event promoted local biodiversity and sustainable food systems. Participants presented their harvests through innovative culinary uses, showcasing the ecological and health benefits of these plants. The event fostered a deeper understanding of the value of local biodiversity, encouraging the cultivation of indigenous species that support both environmental sustainability and food security. It also provided hands-on education, empowering participants to incorporate sustainable practices into their daily lives.
Additionally, ITS in collaboration with Perusahaan Listrik Negara (PLN) and Politeknik Perkapalan Negeri Surabaya (PPNS), launched the BIMA (Bangunan Instan Modular Sederhana) project in Sumberejo Village, Probolinggo, using Fly Ash Bottom Ash (FABA)—a byproduct of coal-fired power plants—as a key building material. This project highlights the potential of circular economy principles in integrating waste materials into development processes. By repurposing FABA into earthquake-resistant bricks, the project addressed both environmental concerns about waste disposal and the need for sustainable housing. The use of FABA reduced the demand for traditional building materials such as clay and cement, preserving local ecosystems and minimizing resource depletion. Additionally, the project provided economic benefits by creating new income streams for local residents through the production of these eco-friendly homes, thus fostering both environmental sustainability and local economic resilience.
In all three initiatives, ITS demonstrated how local biodiversity – whether through marine byproducts, native plant species, or repurposed industrial waste—can be integrated into community development and infrastructure projects. These efforts not only helped address local environmental challenges but also provided long-term solutions that contribute to sustainable development, economic empowerment, and the preservation of ecosystems. These examples reflect ITS’s commitment to environmental sustainability, circular economy practices, and community well-being, offering models that can be replicated in other regions and development contexts.
Full article:
Rector Circular Letter to ITS’ Commitment as a Green and Sustainable Campus
ITS Collaboration with BRIN in Net-Zero Emission 2060 Policy
Industrial Environmental Management
Turning Shellfish Waste into Sustainable Building Solutions
Promoting Food Security and Sustainability through ITS’s Tandur Race
Building a Sustainable Future through Biodiversity and Waste Reuse Initiatives by ITS
Alien Species Impact Reduction Policies
In pursuit of its commitment to environmental sustainability, Institut Teknologi Sepuluh Nopember (ITS) has enacted policies to mitigate the ecological impact of alien species within its campus, as outlined in Rector’s Statement Letter 2021 which states that
Institut Teknologi Sepuluh Nopember ensures that no invasive alien species enter the campus. (Chapter III Environment, Point H)
Additionally, ITS Rector Circular Letter to ITS’ Commitment as a Green and Sustainable Campus on Chapter Land and Marine Ecosystem Protection reinforces this commitment by addressing comprehensive biodiversity measures that contribute to reducing the impact of alien species on campus ecosystems:
Chapter: Land and Marine Ecosystem Protection
- Consider ecosystem sustainability impacts in campus construction.
- Prevent invasive species from entering and disrupting campus ecosystems through pest control policies.
- Identify, monitor, and protect species on the IUCN Red List and national conservation list affected by campus activities.
- Enhance efforts in managing vulnerable ecosystems (wetlands, mangroves, peatlands).
- Consider local biodiversity in physical campus development.
- Preserve campus biodiversity as part of the ecosystem.
- Protect wildlife with notices or prohibitions on capturing, hunting, or damaging wildlife habitats on campus.
- Encourage research and education focusing on aquatic ecosystems to preserve campus lakes and ponds.
- Undertake conservation, rehabilitation, and restoration to maintain natural ecosystem quality.
Collaboration for Shared Land Ecosystems: Empowering Local Communities through Sustainable Agriculture Initiatives
In 2023, the Institut Teknologi Sepuluh Nopember (ITS) implemented a series of community-based initiatives through its Kuliah Kerja Nyata (KKN) program to foster collaboration with local communities in maintaining and enhancing shared land ecosystems. These initiatives, which spanned urban and rural areas, aimed to address environmental and economic challenges while promoting sustainable farming practices. By empowering local communities with the tools and knowledge for sustainable agriculture, ITS demonstrated how collaboration can enhance land ecosystems, improve economic resilience, and contribute to environmental sustainability.
One notable initiative took place in Kampung Pogot III, a community in Surabaya, where ITS’s KKN program collaborated with local residents to transform the area into an agro-industrial hub focused on passion fruit farming (markisa). The project aimed to reduce economic disparities by introducing passion fruit as a new source of income. Additionally, the team introduced digital marketing training to help the community promote value-added products such as syrup, jam, and candy. By promoting greening efforts and sustainable farming practices, the project helped improve the local environment.
Another successful collaboration took place in Pandanrejo Tourism Village, where ITS’s KKN program partnered with local farmers to implement a smart greenhouse system for strawberry farming. The project aimed to address challenges such as unpredictable weather and power shortages that hindered strawberry production. The smart greenhouse featured temperature and humidity sensors, automated cooling systems, UV-protective plastic, and an irrigation system, ensuring optimal conditions for strawberry growth. To power the system sustainably, 600 watts of solar panels were installed, which also supported cold storage for harvested strawberries. This initiative not only improved the quality and quantity of strawberries but also introduced innovative technology that benefited both the environment and the community. This project exemplified how technology and collaboration could enhance shared land ecosystems, ensuring sustainable agricultural practices in the face of environmental and economic challenges.
In the urban setting of Keputih Timur Pompa Air, another ITS KKN initiative focused on hydroponic farming to overcome the challenge of limited productive land in cities. This technique was ideal for urban environments, where space is limited, and it requires less water compared to traditional farming methods. The training covered all aspects of hydroponic farming, from planting and maintaining crops to harvesting and marketing produce. The program also introduced an automatic irrigation system for vegetables such as mustard greens, tomatoes, and chilies, allowing for efficient water use and quick crop turnover, with mustard greens maturing in just 28 days. The training facilitated income generation through the sale of produce, while also fostering community engagement around environmental sustainability. The program demonstrated that even in urban areas, local communities can work together to maintain and enhance shared land ecosystems, providing a model for sustainable farming that could be replicated in other parts of the city.
The initiatives by ITS’s KKN program exemplify how collaboration with local communities can lead to sustainable solutions for maintaining and enhancing shared land ecosystems. Whether through transforming urban spaces into hydroponic farms, introducing new agricultural industries, or using technology to support sustainable farming practices, these projects
Land sensitive waste disposal
Water Discharge Guidelines and Standards
Institut Teknologi Sepuluh Nopember (ITS) implements water discharge guidelines and standards has become a critical step toward ensuring the protection and sustainability of water resources. These standards are designed to regulate the discharge of wastewater and other pollutants into water bodies, with the goal of maintaining high water quality. By setting clear parameters for acceptable levels of contaminants, these guidelines serve to protect not only aquatic ecosystems and wildlife but also human health and the well-being of communities that rely on clean water sources. Guided by Hazardous Waste and Wastewater Management at ITS, Wastewater Programs Implementation at ITS and the Rector’s Circular Letter to ITS’ Commitment as a Green and Sustainable Campus, ITS treats and reuses 30% of its water via comprehensive programs. These include recycling ablution (wudu) and gray water for plant irrigation and fish ponds, as well as using treated wastewater for toilet flushing in key buildings. Constructed wetlands, aeration, and holding ponds further enhance water quality and conservation efforts on campus, setting a standard for sustainable water management. Our Rector Circular Letter to ITS’ Commitment as a Green and Sustainable Campus delineated further the following commitment .
Chapter: Water Management
- Foster a culture of clean water conservation.
- Implement water-saving technology on campus facilities.
- Pursue sustainable wastewater treatment and recycling efforts.
- Reuse recycled water for plant irrigation, toilet flushing, or general cleaning.
- Harvest rainwater as an alternative water source.
- Conserve water by optimizing retention ponds for rainwater storage and flood control on campus.
Chapter: Waste Management
- Prevent pollution in water bodies, rivers, and the sea.
- Manage hazardous and toxic waste (B3) responsibly and sustainably.
- Sustainably manage wastewater.
ITS Policy on Plastic Waste Reduction
In recognition of the environmental impact of plastic waste and the importance of sustainability, Institut Teknologi Sepuluh Nopember (ITS) has established a campus-wide policy aimed at significantly reducing plastic waste. Rector Circular Letter to ITS’ Commitment as a Green and Sustainable Campus on Waste Management Chapter outlines the following policy statement on waste management which include plastic waste
Chapter: Waste Management
- Promote waste management by reducing campus-generated waste through the 3R principles (Reduce, Reuse, Recycle), including source separation, waste reduction, recycling, and reusing waste products.
- Minimize single-use materials, especially plastic and/or paper, in procurement and extend this policy to third parties or suppliers on campus.
- Reduce the use of plastic bags, food containers, and single-use beverage containers in campus activities.
- Provide water dispensers and reusable cups in workspaces/meeting rooms/halls to minimize plastic bottled water use.
- Limit the use of plastic banners, backdrops, and other advertising media for meetings, socialization, and training.
- Implement a paperless office principle.
- Optimize the digital MyITS Office and email for office communications and teaching activities.
- Maximize online, cloud-based media for document storage and sharing.
- Minimize paper use by reusing draft paper and printing on both sides.
- Reduce food waste by portioning appropriately.
- Manage and monitor environmental quality following applicable regulations.
- Prevent pollution in water bodies, rivers, and the sea.
- Manage hazardous and toxic waste (B3) responsibly and sustainably.
- Sustainably manage wastewater.
Further, Rector Statement Letter to ITS’ Commitment on Achieving Sustainable Development Goals (SDGs) delineates that:
Institut Teknologi Sepuluh Nopember is committed to minimizing the use of single-use plastic materials and/or plastic bags, from the stages of purchasing and procurement to distribution and disposal within the ITS environment. (Chapter 3, Clause F)
ITS Policy on Hazardous Waste Disposal
Institut Teknologi Sepuluh Nopember (ITS) is dedicated to protecting the environment and advancing sustainable practices. As part of this commitment, ITS has established a thorough policy for hazardous waste disposal, ensuring the safe and responsible management of all hazardous materials. ITS Rector has emphasized the university’s commitment to sustainable development and environmental conservation through formal statements and policies. Rector Statement Letter to ITS’ Commitment on Achieving Sustainable Development Goals (SDGs) delineates that:
“Institut Teknologi Sepuluh Nopember is committed to conserving water resources and maximizing their reuse” (Chapter 3, Clause a)
“Institut Teknologi Sepuluh Nopember ensures its involvement in reducing pollution to rivers and seas by promoting efforts to manage domestic wastewater through treatment and recycling” (Chapter 3, Clause b)
Rector Circular Letter to ITS’ Commitment as a Green and Sustainable Campus on Waste Management Chapter also outlines ITS’s responsibility for the sustainable and responsible management of hazardous and toxic waste (B3), stating:
“Manage hazardous and toxic waste (B3) responsibly and sustainably.” (Point 8, Clause m)
Rector’s Circular Letter Number T/95007/IT2/TU.00.08/2019, entitled “Institut Teknologi Sepuluh Nopember as a Sustainable and Environmentally Friendly Campus,” promotes B3 waste management, specifically:
“Promoting environmentally friendly and sustainable management of hazardous and toxic waste (B3).” (Point A, Clause 10)
Hazardous Waste and Wastewater Management at ITS also describe detailed procedures for managing hazardous and toxic (B3) waste from various campus activities.
- Hazardous and Toxic Waste (B3) Waste Management Flow at ITS
Hazardous and Toxic Waste (B3) on ITS campus usually comes from laboratories. Departments that generate laboratory waste containing B3 waste include Department of Chemical Engineering, Environmental Engineering, Chemistry, Materials and Metallurgical Engineering, Biology, and Mechanical Engineering. Sorting and packaging of B3 waste are conducted to facilitate safe storage, collection, and transportation, ensuring safety for the environment and human health. Packaging must be accompanied by symbols and labels.Laboratory managers are responsible for sorting B3 waste, which is stored temporarily before transfer to a certified third-party handler.
- Temporary Storage of Medical Waste at ITS in Containers or Freezers
In the management of B3 (Hazardous and Toxic Waste) at ITS, temporary storage is conducted in bins/containers and freezers/cold storage for medical waste such as used gloves, masks, expired medications, and syringes generated by the ITS Medical Center and other departments at ITS. This waste is packaged in yellow plastic according to regulatory procedures to ensure safety.
- Storage of B3 Waste from Academic Activities in ITS Laboratories in Containers and Drums
Temporary storage of non-medical waste, such as academic laboratory waste, is placed in labeled drums and containers suited to each type of B3 waste. These storage areas are organized on shelves and protected from sunlight to maintain safe conditions.
- Transportation of B3 Waste from ITS Laboratories Conducted in Collaboration with Third Parties
In managing the transportation of B3 (Hazardous and Toxic Waste), ITS collaborates with certified third parties. This collaborative process ensures the effective management of hazardous waste, including the schedule of waste collection from multiple laboratories across campus.
