Locations
Welcome to the ASEAN Blue Innovation Challenge (ABIC) Winners' Portfolio! We are thrilled to introduce a dynamic selection of 60 ABIC winners, each bringing forward impactful projects set to launch over the next six months. These initiatives highlight the winners' dedication to tackling key challenges within the blue economy sector, including sustainable fisheries, marine plastic pollution, eco-tourism, and climate resilience. Together, they aim to foster inclusivity and sustainability throughout the ASEAN region and Timor-Leste.
Each winner has a personalized page where you can explore their projects in detail. Click “Read More” to learn about their unique contributions. Disclaimer: The content on each winner's page is reflective of their individual perspectives and does not represent the views of UNDP. UNDP is not accountable for the claims stated on their website.
Brunei Darussalam
Cambodia
Indonesia
Lao PDR
Malaysia
Myanmar
Philippines
Singapore
Thailand
Viet Nam
Timor Leste
Green Brunei
The Mangrove Restoration Project, led by Green Brunei, aims to address pressing environmental challenges in Brunei Darussalam by restoring degraded mangrove ecosystems along the country’s coastline. Through ABIC supports, the project will plant 500 mangrove seedlings, acting as natural barriers to protect against coastal erosion and flooding, while also enhancing biodiversity. The project is deeply rooted in community engagement, involving local residents, schools, volunteers, and NGOs in conservation efforts. Through education and collaboration with local experts, the initiative promotes sustainable practices and raises awareness about the critical role of mangroves in maintaining coastal ecosystems.
Malaysia University of Science and Technology
This project aims to improve carbon management at Malaysian seaports using blockchain and IoT technology. By tracking real-time emissions data and ensuring compliance with environmental standards, the system enhances operational efficiency and promotes transparency in reporting. IoT devices monitor fuel consumption and engine performance, providing actionable insights for emissions reduction, positioning Malaysia’s seaports as leaders in sustainable development. The ABIC funding will support sensor installation, software development, and stakeholder engagement.
Awng Dang Awng
Awng Dang Awng is addressing Myanmar’s waste management challenges through two innovative recycling initiatives: wastewater recycling and plastic waste recycling. The project aims to help local SMEs issue plastic credits and create valuable byproducts like plastoleum (plastic diesel). By piloting these initiatives in Yangon and the Bago Delta, the project seeks to divert waste from landfills, improve water resources, and promote a circular economy. ABIC funding will support the implementation of the recycling systems and facilitate the issuance of plastic credits.
Ecosystem Conservation and Community Initiative
ECCDI is pioneering seagrass restoration in Myanmar to enhance carbon sequestration, support marine biodiversity, and protect coastal areas from erosion. This innovative project involves planting seagrass meadows, which, while less effective than mangroves in carbon sequestration, are more resilient due to their underwater location. The initiative will serve as a pilot, engaging local communities and providing training in seagrass plantation techniques and ongoing monitoring. ABIC funding will support stakeholder engagement, site acquisition, education, and the transplantation of 20,000 seagrass units.
OWSD Myanmar National Chapter
The Organization for Women in Science for the Developing World (OWSD) Myanmar National Chapter offers a low-cost water purification system using rice husks as a biochar material to improve water quality in Myanmar's Ayeyarwady Delta. This innovative approach addresses the lack of access to safe drinking water, especially in rural areas where traditional filtration is insufficient. By utilizing locally sourced rice husks, the system provides an affordable and sustainable solution to remove pollutants from water, reducing waterborne diseases and improving public health. The ABIC funding will support community engagement, awareness campaigns, and the design, testing, and implementation of 100 water purification systems across two townships.
Apeiron Bioenergy
Apeiron Bioenergy's "The Oil Cycle" project addresses the environmental and infrastructural challenges posed by improper disposal of used cooking oil (UCO) in ASEAN countries. By diverting UCO from waste streams and repurposing it into biodiesel, the initiative aims to reduce water pollution, lower greenhouse gas emissions, and decrease reliance on fossil fuels. The project involves deploying smart UCO collection machines in residential areas, supported by community engagement and educational workshops to promote responsible UCO disposal. ABIC funding will be used for deploying collection machines, running educational workshops, and evaluating the program’s effectiveness, as well as developing an expansion plan.
Greenchar Climate Solutions
Greenchar addresses the pressing issue of agricultural waste management in ASEAN by converting biomass residues into biochar, a product that improves soil quality, reduces CO2 emissions, and mitigates air pollution. The project trains farmers in sustainable biochar production, enabling them to access and sell carbon credits, potentially increasing their income. Greenchar is also developing a technology platform to provide farmers with best practices for biochar production, simplify the carbon credit certification process, and streamline data collection. ABIC funding will support the development of this platform, selection of partner farmers, deployment of biochar production technology, training sessions, and carbon credit certification efforts.
Inno Green Tech
Inno Green Tech has developed the BioCircuit technology, an advanced wastewater treatment system specifically designed to address the challenges of treating highly polluted industrial wastewater. Utilizing microbial fuel cells, the BioCircuit system effectively removes up to 99% of organic and inorganic pollutants, including recalcitrant compounds that are difficult to treat using conventional methods. This innovative approach not only enhances treatment efficacy but is also more cost-efficient over time, requiring less electricity and no chemical additives.
Flowmetric
Flowmetric's "Corporate Water Security" platform tackles the pressing issue of water security in Vietnam, a country increasingly vulnerable to climate risks. This comprehensive water risk management solution enables companies to monitor, manage, and mitigate water-related risks using real-time data and AI-based predictive analytics. The platform is designed for water-sensitive industries like textiles, electronics, and aquaculture, helping companies optimize water usage, improve wastewater treatment, and maintain regulatory compliance. Flowmetric's innovation enhances corporate resilience while contributing to sustainable water management practices in the region. ABIC funding will support audits of partner companies’ water infrastructure, IoT system installations, and the preparation of water and financial risk reports.
ReFeed
ReFeed tackles the issue of used cooking oil (UCO) disposal in Vietnam by implementing an innovative collection and recycling model. Partnering with local women, particularly elderly and retired individuals, ReFeed gathers UCO from households and restaurants, which is then exported to Singapore for processing into biodiesel. This initiative not only reduces environmental pollution but also empowers economically disadvantaged women by providing them with income opportunities. The project fosters a circular economy built on inclusivity, sustainability, and economic empowerment, benefiting both society and the environment. ABIC funding will be used to expand UCO collection areas, establish new partnerships, train economically disadvantaged women to serve as UCO collection agents, and develop app features to streamline the collection process.
Bamboo Institute
The Bamboo Institute's Bamboo Nursery Project in Liquica District, Timor-Leste, focuses on cultivating bamboo across 2,000 hectares to combat coastal erosion, improve soil stability, and empower local communities with bamboo preprocessing skills. The initiative aims to create sustainable income opportunities by training community groups to process bamboo for use in furniture, handicrafts, and biomass pellets for clean-burning cookstoves, promoting renewable energy and public health. With an integrated approach to environmental conservation and community development, the project is positioned as a key driver of sustainable progress in the region. The ABIC funding will support nursery expansion, seedling production, community training, and procurement of bamboo processing equipment, with a focus on monitoring and evaluation.
Netil
NETIL Timor-Leste’s project focuses on the restoration and conservation of mangroves in Ulmeara Village, Liquica District, aiming to integrate these efforts into the blue carbon market. It will enhance an existing mangrove nursery, plant more mangrove seedlings, and engage with the community. It also explores the feasibility of blue carbon issuance in the future. This approach addresses both climate change and economic development by leveraging blue carbon farming to provide additional income for local communities while promoting environmental sustainability. ABIC funding will be used to expand mangrove nurseries, rehabilitate the targeted areas, and promote livelihoods through workshops and partnerships with investors.
Similie Timor
Similie is dedicated to empowering coastal communities in Timor-Leste, particularly small-scale fishers, to mitigate climate risks through a mobile app that provides hyperlocal weather, climate, and marine forecasts. These communities face significant challenges from climate change, such as increased storms, coastal erosion, and flooding, which threaten their livelihoods. Leveraging their existing weather intelligence platform, Parabl, which has successfully provided early warnings for inland and urban areas, Similie aims to develop and market-test an enhanced app for an additional locality. This app will deliver real-time weather alerts and forecasts, impacting around 500 individuals, with plans to expand throughout Timor-Leste and potentially Southeast Asia. ABIC funding will support finalizing app requirements, developing the MVP, conducting market analysis, implementing field testing, and community training, alongside creating a monitoring and evaluation framework.
Green Brunei
The Mangrove Restoration Project, led by Green Brunei, aims to address pressing environmental challenges in Brunei Darussalam by restoring degraded mangrove ecosystems along the country’s coastline. Through ABIC supports, the project will plant 500 mangrove seedlings, acting as natural barriers to protect against coastal erosion and flooding, while also enhancing biodiversity. The project is deeply rooted in community engagement, involving local residents, schools, volunteers, and NGOs in conservation efforts. Through education and collaboration with local experts, the initiative promotes sustainable practices and raises awareness about the critical role of mangroves in maintaining coastal ecosystems.
Awng Dang Awng
Awng Dang Awng is addressing Myanmar’s waste management challenges through two innovative recycling initiatives: wastewater recycling and plastic waste recycling. The project aims to help local SMEs issue plastic credits and create valuable byproducts like plastoleum (plastic diesel). By piloting these initiatives in Yangon and the Bago Delta, the project seeks to divert waste from landfills, improve water resources, and promote a circular economy. ABIC funding will support the implementation of the recycling systems and facilitate the issuance of plastic credits.
Apeiron Bioenergy
Apeiron Bioenergy's "The Oil Cycle" project addresses the environmental and infrastructural challenges posed by improper disposal of used cooking oil (UCO) in ASEAN countries. By diverting UCO from waste streams and repurposing it into biodiesel, the initiative aims to reduce water pollution, lower greenhouse gas emissions, and decrease reliance on fossil fuels. The project involves deploying smart UCO collection machines in residential areas, supported by community engagement and educational workshops to promote responsible UCO disposal. ABIC funding will be used for deploying collection machines, running educational workshops, and evaluating the program’s effectiveness, as well as developing an expansion plan.
Greenchar Climate Solutions
Greenchar addresses the pressing issue of agricultural waste management in ASEAN by converting biomass residues into biochar, a product that improves soil quality, reduces CO2 emissions, and mitigates air pollution. The project trains farmers in sustainable biochar production, enabling them to access and sell carbon credits, potentially increasing their income. Greenchar is also developing a technology platform to provide farmers with best practices for biochar production, simplify the carbon credit certification process, and streamline data collection. ABIC funding will support the development of this platform, selection of partner farmers, deployment of biochar production technology, training sessions, and carbon credit certification efforts.
Inno Green Tech
Inno Green Tech has developed the BioCircuit technology, an advanced wastewater treatment system specifically designed to address the challenges of treating highly polluted industrial wastewater. Utilizing microbial fuel cells, the BioCircuit system effectively removes up to 99% of organic and inorganic pollutants, including recalcitrant compounds that are difficult to treat using conventional methods. This innovative approach not only enhances treatment efficacy but is also more cost-efficient over time, requiring less electricity and no chemical additives.
Flowmetric
Flowmetric's "Corporate Water Security" platform tackles the pressing issue of water security in Vietnam, a country increasingly vulnerable to climate risks. This comprehensive water risk management solution enables companies to monitor, manage, and mitigate water-related risks using real-time data and AI-based predictive analytics. The platform is designed for water-sensitive industries like textiles, electronics, and aquaculture, helping companies optimize water usage, improve wastewater treatment, and maintain regulatory compliance. Flowmetric's innovation enhances corporate resilience while contributing to sustainable water management practices in the region. ABIC funding will support audits of partner companies’ water infrastructure, IoT system installations, and the preparation of water and financial risk reports.
ReFeed
ReFeed tackles the issue of used cooking oil (UCO) disposal in Vietnam by implementing an innovative collection and recycling model. Partnering with local women, particularly elderly and retired individuals, ReFeed gathers UCO from households and restaurants, which is then exported to Singapore for processing into biodiesel. This initiative not only reduces environmental pollution but also empowers economically disadvantaged women by providing them with income opportunities. The project fosters a circular economy built on inclusivity, sustainability, and economic empowerment, benefiting both society and the environment. ABIC funding will be used to expand UCO collection areas, establish new partnerships, train economically disadvantaged women to serve as UCO collection agents, and develop app features to streamline the collection process.
Bamboo Institute
The Bamboo Institute's Bamboo Nursery Project in Liquica District, Timor-Leste, focuses on cultivating bamboo across 2,000 hectares to combat coastal erosion, improve soil stability, and empower local communities with bamboo preprocessing skills. The initiative aims to create sustainable income opportunities by training community groups to process bamboo for use in furniture, handicrafts, and biomass pellets for clean-burning cookstoves, promoting renewable energy and public health. With an integrated approach to environmental conservation and community development, the project is positioned as a key driver of sustainable progress in the region. The ABIC funding will support nursery expansion, seedling production, community training, and procurement of bamboo processing equipment, with a focus on monitoring and evaluation.
Similie Timor
Similie is dedicated to empowering coastal communities in Timor-Leste, particularly small-scale fishers, to mitigate climate risks through a mobile app that provides hyperlocal weather, climate, and marine forecasts. These communities face significant challenges from climate change, such as increased storms, coastal erosion, and flooding, which threaten their livelihoods. Leveraging their existing weather intelligence platform, Parabl, which has successfully provided early warnings for inland and urban areas, Similie aims to develop and market-test an enhanced app for an additional locality. This app will deliver real-time weather alerts and forecasts, impacting around 500 individuals, with plans to expand throughout Timor-Leste and potentially Southeast Asia. ABIC funding will support finalizing app requirements, developing the MVP, conducting market analysis, implementing field testing, and community training, alongside creating a monitoring and evaluation framework.
Ecosystem Conservation and Community Initiative
ECCDI is pioneering seagrass restoration in Myanmar to enhance carbon sequestration, support marine biodiversity, and protect coastal areas from erosion. This innovative project involves planting seagrass meadows, which, while less effective than mangroves in carbon sequestration, are more resilient due to their underwater location. The initiative will serve as a pilot, engaging local communities and providing training in seagrass plantation techniques and ongoing monitoring. ABIC funding will support stakeholder engagement, site acquisition, education, and the transplantation of 20,000 seagrass units.
OWSD Myanmar National Chapter
The Organization for Women in Science for the Developing World (OWSD) Myanmar National Chapter offers a low-cost water purification system using rice husks as a biochar material to improve water quality in Myanmar's Ayeyarwady Delta. This innovative approach addresses the lack of access to safe drinking water, especially in rural areas where traditional filtration is insufficient. By utilizing locally sourced rice husks, the system provides an affordable and sustainable solution to remove pollutants from water, reducing waterborne diseases and improving public health. The ABIC funding will support community engagement, awareness campaigns, and the design, testing, and implementation of 100 water purification systems across two townships.
Netil
NETIL Timor-Leste’s project focuses on the restoration and conservation of mangroves in Ulmeara Village, Liquica District, aiming to integrate these efforts into the blue carbon market. It will enhance an existing mangrove nursery, plant more mangrove seedlings, and engage with the community. It also explores the feasibility of blue carbon issuance in the future. This approach addresses both climate change and economic development by leveraging blue carbon farming to provide additional income for local communities while promoting environmental sustainability. ABIC funding will be used to expand mangrove nurseries, rehabilitate the targeted areas, and promote livelihoods through workshops and partnerships with investors.
Malaysia University of Science and Technology
This project aims to improve carbon management at Malaysian seaports using blockchain and IoT technology. By tracking real-time emissions data and ensuring compliance with environmental standards, the system enhances operational efficiency and promotes transparency in reporting. IoT devices monitor fuel consumption and engine performance, providing actionable insights for emissions reduction, positioning Malaysia’s seaports as leaders in sustainable development. The ABIC funding will support sensor installation, software development, and stakeholder engagement.
Ecoworks
Ecoworks has developed an innovative solution to tackle the growing problem of single-use plastic waste, particularly in the home care and personal care sectors. Their project involves the deployment of automated refill stations where consumers can refill containers with eco-friendly products, significantly reducing the need for new plastic bottles. These stations will be strategically located in high-traffic areas across Singapore, including Housing & Development Board (HDB) residential areas and community centers. The initiative also incorporates a 5-in-1 social program, providing free refills to low-income families. With a successful pilot already in place, the project is ready for broader implementation. ABIC funding will support the design, construction, and deployment of refill stations, along with educational campaigns to raise awareness and gather feedback for further improvement.
Institute of Technology of Cambodia
The Institute of Technology Cambodia (ITC) is developing an eco- friendly filter system to remove microplastics from seawater used in sea salt farms. This innovation addresses the critical issue of microplastic contamination in food, which poses health risks. Using sustainable materials like coconut coir, abundant in Cambodia, the filter system supports local businesses while promoting environmental sustainability. The project aims to improve the quality of sea salt and contribute to public health by reducing microplastic contamination. Initial funding will support research, prototype development, testing, and installation in targeted study areas.
River Ocean Cleanup Organization
The River Ocean Clean Up Organization (ROC) is a non-profit organization dedicated to tackling marine plastic pollution in Cambodia's waterways, focusing on the Mekong, Tonlé Sap, and Bassac rivers. Their innovative Marine Plastic Action Center (MPAC) integrates waste management with community-driven cleanup efforts. The MPAC collects, sorts, and processes plastic waste, turning recyclable materials into new products and co-processing non-recyclable waste. By training locals as Marine Plastic Busters (MPBs), ROC creates employment opportunities while promoting environmental stewardship. With a current capacity to process 10-15 tons of waste monthly, ROC aims to expand to 60 tons through scaling efforts. Funding will support MPAC construction, staff training, partnerships for waste processing, and community engagement activities.
Duitin
Duitin’s project seeks to transform waste management in rural Java, Indonesia, through the Tradisi platform, which connects local communities with waste banks. By leveraging technology and real-time data management, Tradisi improves waste collection, monitoring, and reporting, ultimately reducing marine pollution and diverting waste from landfills. The platform is scalable and adaptable, making it an innovative solution for enhancing waste management in rural areas. ABIC funding will support incorporating real-time monitoring of waste bank activities into its digital solution, onboarding and training of local trainers, and project implementation applying the enhanced software capability.
Parongpong RAW Lab
Parongpong RAW Lab addresses the problem of ocean-bound plastic pollution by transforming ghost nets into sustainable construction materials called Prototiles, using their proprietary Prototech™ process. In collaboration with coastal communities in Pangandaran, Pemalang, and Untung Jawa, Parongpong RAW Lab empowers locals by purchasing collected ghost nets at a higher price, providing economic benefits. Prototiles offer a lightweight, durable alternative to traditional materials like gypsum and granite, making them ideal for sustainable construction while reducing marine plastic pollution. Funding will support R&D, machinery procurement, material processing, and the testing and marketing of Prototiles.
Econox Laos
Econox Laos is tackling microplastic pollution in water bodies by developing a microplastic filter specifically for washing machines in the hospitality sector. Building on their Plastic Free Laos Label initiative, which raised awareness and promoted green practices among SMEs, this project aims to capture microplastics released during laundry before they reach sewage systems and natural water resources. The initiative also includes capacity-building activities, data collection on pollution, and a pilot implementation of the filter in hospitality businesses. ABIC funding will support the development, testing, and community engagement efforts surrounding this innovative solution.
Nikola Inventor Technology and Innovation Lao
Nikola's Nature Ware project addresses the environmental impact of styrofoam and single-use plastics in the hotels, restaurants, and catering sector by developing biodegradable plates and containers made from tree leaves and plant materials. Their innovation lies in creating eco-friendly, fully compostable products from materials like rice straw, sugar cane reed, and bamboo sheaths. By building their own press, the team is able to manufacture these sustainable alternatives, with ongoing R&D efforts focused on enhancing product strength and appeal. The project also embraces a circular economy by buying back used plates to convert into fertilizer. Funding will be directed towards scaling production, expanding product lines, and reaching new markets locally and internationally.
Print Squares
Print Squares is tackling Vientiane's growing plastic waste problem by transforming single-use Polyethylene Terephthalate (PET) bottles into 3D printing filament. This circular economy initiative not only addresses environmental challenges but also creates sustainable products for the 3D printing industry. With plans to scale operations to process up to one ton of PET plastic per month, Print Squares will convert waste into filament for construction materials, machinery parts, and other products, providing economic opportunities for local communities. The ABIC funding will support equipment acquisition, production testing, and the development of a delivery network for these innovative products.
Daly Trading
Daly Trading’s Chipt project introduces a reusable container service aimed at reducing single-use plastic waste in the takeaway coffee and boba tea industry across Southeast Asia, starting in Malaysia. Chipt operates on a subscription model using RFID/NFC and QR code technology to track and manage reusable cups, which customers can borrow and return at participating cafes and restaurants. This system promotes sustainable consumption, reduces plastic waste, and supports the transition to a circular economy. ABIC funding will be used for Amazon Web Services migration, WebApp upgrades, integration with payment platforms, and the distribution of RFID-, NFC- and QR-enabled cups across 10 locations.
Midwest Composites
Midwest is addressing plastic pollution in ASEAN countries, particularly Malaysia and Indonesia, by transforming marine plastic waste into recyclable plastic composites for consumer goods. By integrating agricultural waste with plastics such as PET, PS, and HDPE, Midwest provides a sustainable alternative to traditional plastics. This innovative solution not only repurposes harmful waste but also offers materials with comparable physical and mechanical properties to raw plastics, contributing to marine ecosystem preservation. ABIC funding will support material development, prototype creation, and product evaluation through physical and mechanical testing.
Riiicycle Tech
Riiicycle Tech is revolutionizing waste collection and recycling in Malaysia through its mobile app and IoT technologies. Since its launch in 2020, the company has grown steadily in Penang and now seeks to expand its innovative waste management system to Kuala Lumpur and Johor, with future plans for Thailand and Indonesia. The project aims to establish 100 new collection points and attract 50,000 users, addressing challenges in waste management infrastructure and public participation. ABIC funding will support the setup of collection infrastructure, a marketing campaign, and formalizing and training informal waste sector workers, contributing to a more efficient circular economy in Southeast Asia.
Myanmar Ocean Project
The Myanmar Ocean Project (MOP) implements the MOP DROP initiative, a floating pontoon strategically placed in the Myeik Archipelago to prevent the discarding of end-of-life fishing gear. This accessible drop-off point for fishers, located in sheltered bays, reduces ocean plastic pollution and protects marine biodiversity by providing a convenient way to dispose of old nets. The project aims to prevent abandoned fishing gear from damaging marine habitats while fostering healthier ecosystems and improving coastal livelihoods. ABIC funding will support the construction and installation of the pontoon, along with education, training, and community engagement initiatives.
PCX Solutions
PCX Solutions is developing an Alternative Materials Certificate (AMC) to incentivize industries and businesses to adopt sustainable materials in place of single-use plastics. This initiative is particularly relevant in the Philippines, where new Extended Producer Responsibility (EPR) legislation requires industries to recover 40% of their plastic usage. The AMC mechanism bridges the gap between environmental benefits and financial challenges associated with transitioning to sustainable materials. This market-driven approach aims to reduce plastic pollution and foster sustainable production practices. ABIC funding will support the development of an eligibility framework for the AMC and resources for piloting it with partner companies in consultation with the government.
Rezbin
Rezbin, a waste management company based in the Philippines, is tackling improper waste disposal through their innovative Rezbin App, which gamifies recycling. By integrating a gaming system into 20 of their 76 drop-off points, Rezbin encourages users to earn points by depositing recyclables, which can then be used to claim dynamic rewards. Targeting youth and communities, the project aims to drive long-term behavioral change in waste management by combining convenience, education, and entertainment. ABIC funding will support the app's development, including designing the new features, creating graphic assets, and hiring personnel for app management and community engagement.
Alterpacks
Alterpacks is tackling marine plastic pollution by developing home compostable and marine degradable materials made from agricultural waste, specifically coconut shells. Their innovative bio-composite materials aim to replace traditional plastics in medical waste management, starting with medical waste bins and kidney trays. By utilizing locally sourced organic waste, Alterpacks reduces environmental impact while fostering economic growth in Indonesia and potentially across Southeast Asia. The project will unfold in two phases: first, replacing plastic medical containers, and then expanding to other regions and use cases. ABIC funding will support strategic planning, stakeholder engagement, market research, regulatory assessment, and initial deployment in Indonesian medical facilities.
Plastify
Plastify is tackling plastic waste in Singapore by transforming materials collected from coastal clean-ups into functional, aesthetically pleasing furniture. The project consolidates plastic waste from various sources—including hospitals, schools, hotels, and public donations—and recycles it into slabs and furniture items like coffee tables and public benches. Plastify not only focuses on reducing plastic waste but also encourages community involvement through workshops and public displays of the finished products. ABIC funding will support the purchase of new machinery, enabling Plastify to scale production and create larger, more durable furniture prototypes. The funding will also support coordination with coastal clean-up groups, machinery procurement and testing, and collaboration with design students to produce coastal plastic furniture.
EcoThailand
EcoThailand’s Aerial Recon and Recovery Initiative (ARRI) addresses the critical issue of Abandoned, Lost, or Discarded Fishing Gear (ALDFG), which threatens marine ecosystems. In the next six months, ARRI plans to conduct six cleanup missions targeting ALDFG hotspots identified through aerial surveys using uncrewed aerial vehicles (UAVs) equipped with high-resolution cameras and GPS technology. These missions will focus on safeguarding marine habitats and reducing risks to marine animals. Additionally, a pilot program will be launched to recycle the recovered ALDFG, assessing feasibility and establishing partnerships with recycling facilities. Workshops will also be organized for local fisher communities and marine conservation organizations, providing training on the safe disposal of ALDFG and promoting a culture of environmental stewardship.
AirX Carbon
NetZero Pallets by AirX Carbon presents a sustainable solution to the environmental challenges posed by traditional wooden and plastic pallets. By transforming agricultural waste such as rice, coffee, and coconut husks into biodegradable pallets, this innovation reduces deforestation and plastic pollution while addressing waste management. The pallets are not only eco-friendly but also cost-effective and space-efficient, providing a transformative logistics solution. With an established partnership with a global agricultural commodity trader, AirX Carbon aims to expand material testing and production capacity to revolutionize the pallet industry and contribute to a greener global supply chain. ABIC funding will support machinery acquisition, facility expansion, marketing campaigns, and certification processes including the Life Cycle Assessment (LCA) and USDA Certified Bio based Product labels.
BUYO Bioplastics
BUYO Bioplastics develops biodegradable materials from bio-waste, using proprietary fermentation technology to convert rice husks and plant waste into eco-friendly bioplastics. These materials match conventional plastic in performance, with applications in packaging, medical, cosmetic, and industrial products, while promoting sustainability and a circular economy in Vietnam.
Ecoworks
Ecoworks has developed an innovative solution to tackle the growing problem of single-use plastic waste, particularly in the home care and personal care sectors. Their project involves the deployment of automated refill stations where consumers can refill containers with eco-friendly products, significantly reducing the need for new plastic bottles. These stations will be strategically located in high-traffic areas across Singapore, including Housing & Development Board (HDB) residential areas and community centers. The initiative also incorporates a 5-in-1 social program, providing free refills to low-income families. With a successful pilot already in place, the project is ready for broader implementation. ABIC funding will support the design, construction, and deployment of refill stations, along with educational campaigns to raise awareness and gather feedback for further improvement.
Duitin
Duitin’s project seeks to transform waste management in rural Java, Indonesia, through the Tradisi platform, which connects local communities with waste banks. By leveraging technology and real-time data management, Tradisi improves waste collection, monitoring, and reporting, ultimately reducing marine pollution and diverting waste from landfills. The platform is scalable and adaptable, making it an innovative solution for enhancing waste management in rural areas. ABIC funding will support incorporating real-time monitoring of waste bank activities into its digital solution, onboarding and training of local trainers, and project implementation applying the enhanced software capability.
Parongpong RAW Lab
Parongpong RAW Lab addresses the problem of ocean-bound plastic pollution by transforming ghost nets into sustainable construction materials called Prototiles, using their proprietary Prototech™ process. In collaboration with coastal communities in Pangandaran, Pemalang, and Untung Jawa, Parongpong RAW Lab empowers locals by purchasing collected ghost nets at a higher price, providing economic benefits. Prototiles offer a lightweight, durable alternative to traditional materials like gypsum and granite, making them ideal for sustainable construction while reducing marine plastic pollution. Funding will support R&D, machinery procurement, material processing, and the testing and marketing of Prototiles.
Econox Laos
Econox Laos is tackling microplastic pollution in water bodies by developing a microplastic filter specifically for washing machines in the hospitality sector. Building on their Plastic Free Laos Label initiative, which raised awareness and promoted green practices among SMEs, this project aims to capture microplastics released during laundry before they reach sewage systems and natural water resources. The initiative also includes capacity-building activities, data collection on pollution, and a pilot implementation of the filter in hospitality businesses. ABIC funding will support the development, testing, and community engagement efforts surrounding this innovative solution.
Nikola Inventor Technology and Innovation Lao
Nikola's Nature Ware project addresses the environmental impact of styrofoam and single-use plastics in the hotels, restaurants, and catering sector by developing biodegradable plates and containers made from tree leaves and plant materials. Their innovation lies in creating eco-friendly, fully compostable products from materials like rice straw, sugar cane reed, and bamboo sheaths. By building their own press, the team is able to manufacture these sustainable alternatives, with ongoing R&D efforts focused on enhancing product strength and appeal. The project also embraces a circular economy by buying back used plates to convert into fertilizer. Funding will be directed towards scaling production, expanding product lines, and reaching new markets locally and internationally.
Print Squares
Print Squares is tackling Vientiane's growing plastic waste problem by transforming single-use Polyethylene Terephthalate (PET) bottles into 3D printing filament. This circular economy initiative not only addresses environmental challenges but also creates sustainable products for the 3D printing industry. With plans to scale operations to process up to one ton of PET plastic per month, Print Squares will convert waste into filament for construction materials, machinery parts, and other products, providing economic opportunities for local communities. The ABIC funding will support equipment acquisition, production testing, and the development of a delivery network for these innovative products.
Daly Trading
Daly Trading’s Chipt project introduces a reusable container service aimed at reducing single-use plastic waste in the takeaway coffee and boba tea industry across Southeast Asia, starting in Malaysia. Chipt operates on a subscription model using RFID/NFC and QR code technology to track and manage reusable cups, which customers can borrow and return at participating cafes and restaurants. This system promotes sustainable consumption, reduces plastic waste, and supports the transition to a circular economy. ABIC funding will be used for Amazon Web Services migration, WebApp upgrades, integration with payment platforms, and the distribution of RFID-, NFC- and QR-enabled cups across 10 locations.
Midwest Composites
Midwest is addressing plastic pollution in ASEAN countries, particularly Malaysia and Indonesia, by transforming marine plastic waste into recyclable plastic composites for consumer goods. By integrating agricultural waste with plastics such as PET, PS, and HDPE, Midwest provides a sustainable alternative to traditional plastics. This innovative solution not only repurposes harmful waste but also offers materials with comparable physical and mechanical properties to raw plastics, contributing to marine ecosystem preservation. ABIC funding will support material development, prototype creation, and product evaluation through physical and mechanical testing.
Riiicycle Tech
Riiicycle Tech is revolutionizing waste collection and recycling in Malaysia through its mobile app and IoT technologies. Since its launch in 2020, the company has grown steadily in Penang and now seeks to expand its innovative waste management system to Kuala Lumpur and Johor, with future plans for Thailand and Indonesia. The project aims to establish 100 new collection points and attract 50,000 users, addressing challenges in waste management infrastructure and public participation. ABIC funding will support the setup of collection infrastructure, a marketing campaign, and formalizing and training informal waste sector workers, contributing to a more efficient circular economy in Southeast Asia.
Rezbin
Rezbin, a waste management company based in the Philippines, is tackling improper waste disposal through their innovative Rezbin App, which gamifies recycling. By integrating a gaming system into 20 of their 76 drop-off points, Rezbin encourages users to earn points by depositing recyclables, which can then be used to claim dynamic rewards. Targeting youth and communities, the project aims to drive long-term behavioral change in waste management by combining convenience, education, and entertainment. ABIC funding will support the app's development, including designing the new features, creating graphic assets, and hiring personnel for app management and community engagement.
Alterpacks
Alterpacks is tackling marine plastic pollution by developing home compostable and marine degradable materials made from agricultural waste, specifically coconut shells. Their innovative bio-composite materials aim to replace traditional plastics in medical waste management, starting with medical waste bins and kidney trays. By utilizing locally sourced organic waste, Alterpacks reduces environmental impact while fostering economic growth in Indonesia and potentially across Southeast Asia. The project will unfold in two phases: first, replacing plastic medical containers, and then expanding to other regions and use cases. ABIC funding will support strategic planning, stakeholder engagement, market research, regulatory assessment, and initial deployment in Indonesian medical facilities.
Plastify
Plastify is tackling plastic waste in Singapore by transforming materials collected from coastal clean-ups into functional, aesthetically pleasing furniture. The project consolidates plastic waste from various sources—including hospitals, schools, hotels, and public donations—and recycles it into slabs and furniture items like coffee tables and public benches. Plastify not only focuses on reducing plastic waste but also encourages community involvement through workshops and public displays of the finished products. ABIC funding will support the purchase of new machinery, enabling Plastify to scale production and create larger, more durable furniture prototypes. The funding will also support coordination with coastal clean-up groups, machinery procurement and testing, and collaboration with design students to produce coastal plastic furniture.
AirX Carbon
NetZero Pallets by AirX Carbon presents a sustainable solution to the environmental challenges posed by traditional wooden and plastic pallets. By transforming agricultural waste such as rice, coffee, and coconut husks into biodegradable pallets, this innovation reduces deforestation and plastic pollution while addressing waste management. The pallets are not only eco-friendly but also cost-effective and space-efficient, providing a transformative logistics solution. With an established partnership with a global agricultural commodity trader, AirX Carbon aims to expand material testing and production capacity to revolutionize the pallet industry and contribute to a greener global supply chain. ABIC funding will support machinery acquisition, facility expansion, marketing campaigns, and certification processes including the Life Cycle Assessment (LCA) and USDA Certified Biobased Product labels.
BUYO Bioplastics
BUYO Bioplastics develops biodegradable materials from bio-waste, using proprietary fermentation technology to convert rice husks and plant waste into eco-friendly bioplastics. These materials match conventional plastic in performance, with applications in packaging, medical, cosmetic, and industrial products, while promoting sustainability and a circular economy in Vietnam.
River Ocean Cleanup Organization
The River Ocean Clean Up Organization (ROC) is a non-profit organization dedicated to tackling marine plastic pollution in Cambodia's waterways, focusing on the Mekong, Tonlé Sap, and Bassac rivers. Their innovative Marine Plastic Action Center (MPAC) integrates waste management with community-driven cleanup efforts. The MPAC collects, sorts, and processes plastic waste, turning recyclable materials into new products and co-processing non-recyclable waste. By training locals as Marine Plastic Busters (MPBs), ROC creates employment opportunities while promoting environmental stewardship. With a current capacity to process 10-15 tons of waste monthly, ROC aims to expand to 60 tons through scaling efforts. Funding will support MPAC construction, staff training, partnerships for waste processing, and community engagement activities.
Myanmar Ocean Project
The Myanmar Ocean Project (MOP) implements the MOP DROP initiative, a floating pontoon strategically placed in the Myeik Archipelago to prevent the discarding of end-of-life fishing gear. This accessible drop-off point for fishers, located in sheltered bays, reduces ocean plastic pollution and protects marine biodiversity by providing a convenient way to dispose of old nets. The project aims to prevent abandoned fishing gear from damaging marine habitats while fostering healthier ecosystems and improving coastal livelihoods. ABIC funding will support the construction and installation of the pontoon, along with education, training, and community engagement initiatives.
PCX Solutions
PCX Solutions is developing an Alternative Materials Certificate (AMC) to incentivize industries and businesses to adopt sustainable materials in place of single-use plastics. This initiative is particularly relevant in the Philippines, where new Extended Producer Responsibility (EPR) legislation requires industries to recover 40% of their plastic usage. The AMC mechanism bridges the gap between environmental benefits and financial challenges associated with transitioning to sustainable materials. This market-driven approach aims to reduce plastic pollution and foster sustainable production practices. ABIC funding will support the development of an eligibility framework for the AMC and resources for piloting it with partner companies in consultation with the government.
EcoThailand
EcoThailand’s Aerial Recon and Recovery Initiative (ARRI) addresses the critical issue of Abandoned, Lost, or Discarded Fishing Gear (ALDFG), which threatens marine ecosystems. In the next six months, ARRI plans to conduct six cleanup missions targeting ALDFG hotspots identified through aerial surveys using uncrewed aerial vehicles (UAVs) equipped with high-resolution cameras and GPS technology. These missions will focus on safeguarding marine habitats and reducing risks to marine animals. Additionally, a pilot program will be launched to recycle the recovered ALDFG, assessing feasibility and establishing partnerships with recycling facilities. Workshops will also be organized for local fisher communities and marine conservation organizations, providing training on the safe disposal of ALDFG and promoting a culture of environmental stewardship.
Institute of Technology of Cambodia
The Institute of Technology Cambodia (ITC) is developing an eco- friendly filter system to remove microplastics from seawater used in sea salt farms. This innovation addresses the critical issue of microplastic contamination in food, which poses health risks. Using sustainable materials like coconut coir, abundant in Cambodia, the filter system supports local businesses while promoting environmental sustainability. The project aims to improve the quality of sea salt and contribute to public health by reducing microplastic contamination. Initial funding will support research, prototype development, testing, and installation in targeted study areas.
Fatih Aquaculture
Fatih Aquaculture is developing a Floating Sea-Based Hatchery System to address fingerling production challenges in Brunei Darussalam. This innovative solution breeds and grows fingerlings directly in their natural ocean habitat, reducing mortality rates caused by environmental adaptation and transportation, common in land-based hatcheries. The system leverages solar PV to minimize carbon emissions and support sustainable aquaculture. By offering locally produced fingerlings at 20-30% lower costs, the hatchery will reduce dependence on imports, fostering the growth of Brunei’s domestic aquaculture industry. The ABIC funding will support equipment procurement, structure construction, system testing, and the introduction of broodstock and fingerlings, ensuring a smooth start to operations.
Poni Marine
Poni Marine’s Rumah Fish project focuses on deploying innovative artificial reefs (ARs) to tackle key challenges in marine conservation, such as enhancing fisheries and deterring illegal bottom trawling. By integrating advanced technologies like particle tracking modeling and artificial intelligence (AI) for trawl mark identification, and engaging local stakeholders, the project aims to optimize the placement and design of ARs. This cutting-edge approach is expected to reduce AR program costs by 30-50% while significantly enhancing the environmental and well-being of the coastal communities in Brunei Darussalam.
Universiti Teknologi Brunei
Universiti Teknologi Brunei (UTB) has developed the AIquatic Aquafeeder (AAF), a solar-powered automatic feeding system that optimizes prawn aquaculture through automation and AI. By analyzing prawn size and weight, the AAF system delivers precise feeding, reducing waste and improving prawn growth while minimizing environmental impact. With ABIC support, UTB will finalize the AAF prototype and train local farmers to adopt this innovative technology.
Techo Sen Institute of Public Works and Transport
The Techo Sen Institute of Public Works and Transport is advancing sustainability in aquaculture with an innovative aquaponics system. This closed-loop system integrates fish farming and hydroponics, where fish waste is converted into nutrients for crops via a biofilter that turns harmful ammonia into nitrogen, which fertilizes vegetables. The system not only minimizes water usage in fish ponds but also produces valuable liquid fertilizer as a by-product. Currently in the laboratory phase, the project plans to expand to a pilot field version capable of supporting 4,000 fish in a 10x20 meter pond. Funding will be used for system design, site investigations, component procurement, community outreach, training, and system monitoring.
Berikan Protein Initiative
Berikan Protein Initiative is a socio-preneurship project in Indonesia designed to combat malnutrition and stunting through the production of Fish Protein Hydrolysate (FPH) from low-value fish. By involving the wives of local fishermen in the production of FPH-fortified food products under the brand "Forayya," the initiative not only addresses nutritional deficiencies but also empowers fisherwomen with entrepreneurship training. These products, sold on e-commerce platforms like Tokopedia and Shopee, provide both nutritional benefits and a new income stream for coastal families. The holistic approach strengthens the entire value chain, from fish processing to digital marketing, and has the potential to transform coastal communities by promoting sustainable fishing practices and economic empowerment.
Collabit
Collabit is transforming the fishing industry by upcycling tuna waste into valuable marine ingredients, such as fish peptides, used in agriculture and aquaculture as feed and biostimulants. This circular economy approach reduces marine waste while boosting local economies through job creation and resource optimization. The company is piloting this technology in Indonesia, a top tuna exporter, with ABIC funding supporting proof-of-concept development, production scale-up, lab testing, pilot applications, and the "Marine Nutrition Partnership Campaign" to raise awareness of the solution.
Gikoko Kogyo Indonesia
Gikoko Kogyo Indonesia is using its expertise in industrial coolers to advance shrimp farming sustainability by integrating nanobubbles, ozone treatment, and IoT monitoring technology. Nanobubbles enhance oxygen diffusion in water, supporting shrimp respiration and maintaining optimal water quality. Ozone treatment disinfects water without harmful residues, while the IoT system provides continuous water quality monitoring for proactive farm management. This integrated solution aims to reduce shrimp mortality, boost farm productivity, and promote environmentally sustainable practices. ABIC funding will support the field pilot testing of the prototype, data collection, and refinement of the system.
Puffer
PUFFER's Carbon Emission Bioreactor (CEB) technology addresses environmental challenges in aquaculture by using shrimp pond wastewater to cultivate microalgae. This system not only reduces seawater pollution and CO2 emissions but also produces high-protein microalgae biomass as a sustainable alternative to conventional livestock feed. The bioreactor leverages advanced venturi and vortex technologies for efficient cultivation, with future plans to integrate IoT and AI for automation. By promoting sustainable practices, PUFFER contributes to the blue economy and creates economic opportunities for coastal communities. ABIC funding will support the design, construction, installation of the system, development of a monitoring app, and training for local operators.
Udayana University
Udayana University’s innovation focuses on using bacillus species to mitigate Acute Hepatopancreatic Necrosis Disease (AHPND) in Pacific White Shrimp farming, providing an alternative to antibiotics. By incorporating bacillus into shrimp feed, the method leverages its natural antimicrobial properties to combat vibrio pathogens, which are responsible for AHPND, a leading cause of shrimp mortality. This solution aims to reduce disease outbreaks, improve shrimp pond health, and boost production and economic outcomes. ABIC funding will support shrimp farm setup, bacillus strain procurement, personnel training, treatment application, and ongoing monitoring to ensure scalability and sustainability within Indonesia’s aquaculture industry.
Yayasan Sinergi Akuakultur
Yayasan Sinergi Akuakultur Indonesia is transforming shrimp farm sludge into high-value organic fertilizer, addressing both environmental challenges and creating economic opportunities. By converting waste into nutrient-rich fertilizers for crops like chili peppers, this initiative not only reduces water pollution but also empowers coastal communities, particularly women, in the production and sale of the fertilizer. The project fosters environmental stewardship and socio-economic development through pilot testing, the development of standard procedures, and community training. ABIC funding will support waste collection, fertilizer formulation, testing, crop trials, and training for sustainable practices.
Aquaculture of Lao
The Aquaculture of Lao project seeks to revitalize fish hatcheries in Lao PDR through a data-driven approach, addressing the decline of fish stocks in the Mekong River Basin. By integrating sensors, monitoring systems, and AI algorithms, the project aims to optimize hatchery operations, boost fish production, and conserve biodiversity. This innovation will support local fish farmers with affordable, locally adapted hatchery tools, reducing reliance on imports. The project also emphasizes community engagement with small-scale farmers to promote sustainable aquaculture practices and improve livelihoods. Funding will cover sensor procurement, system integration, data platform development, and AI algorithm deployment.
National University of Lao
The National University of Laos is developing the Environmental Impact Monitoring System (EIMS) to address the environmental effects of industrial activities near the Mekong River, especially in special economic zones. Using IoT technology, EIMS monitors key environmental parameters like water, air, and soil quality, as well as noise levels, providing real-time data to help companies mitigate negative environmental impacts and comply with regulations. This system promotes sustainable industrial practices and has potential applications across Laos' growing industrial sectors. The ABIC funding will support research, equipment procurement, prototype development, and testing at industrial sites.
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Universiti Teknikal Malaysia Melaka
UTeM’s innovation focuses on developing a zero-exchange water filtration system using bio down-flow hanging sponge (bio-DHS) technology integrated with IoT for fish farming. This system addresses the critical issue of ammonia buildup in fish farms, which can harm aquatic life and require frequent water exchanges. The bio-DHS filter uses nitrifying bacteria to convert ammonia into harmless nitrates, ensuring continuous water quality without the need for water replacement. IoT technology enables real-time monitoring and management of water conditions, promoting sustainable fisheries with reduced environmental impact. ABIC funding will support system design, IoT integration, feasibility studies, and data analysis.
Universiti Tunku Abdul Rahman
UTAR’s project focuses on creating a low-cost, privacy-preserving precision aquaculture framework tailored for small- and medium-scale fish farmers in Malaysia. The innovation features a federated learning-based recommender engine, which optimizes farm productivity while protecting data privacy. Additionally, the project incorporates a lightweight edge-cloud framework for real-time monitoring and decision-making, aimed at improving feed conversion ratios, water quality, and aquaculture species growth with minimal operational costs. ABIC funding will support the setup and testing of the federated learning platform, development of IoT-gateway devices, and field verification of these systems with local prawn farmers.
University of Nottingham Malaysia
SEAFILM aims to combat microplastic pollution with an innovative filtration system that uses seaweed extract as a natural filtration medium for household washing machines. By capturing harmful microfibers before they enter water systems, SEAFILM leverages the biodegradable properties of seaweed polysaccharides to offer an eco-friendly alternative to synthetic filters. This scalable solution has the potential to significantly reduce microplastic pollution in aquatic ecosystems. ABIC funding will support the design, development, and testing of SEAFILM prototypes, as well as community education initiatives and feedback collection.
Agrabah Ventures
Agrabah Ventures is addressing economic instability and environmentalbdegradation in coastal communities by establishing a sustainable seaweed farming value chain. This initiative aims to improve the livelihoods of local farmers through eco-friendly practices while leveraging seaweed’s natural carbon sequestration abilities. The project will create new economic opportunities by building partnerships with buyers and financial institutions, scaling up operations, and fostering sustainable, market-driven practices. ABIC funding will support the pilot implementation, including site selection, infrastructure setup, farmer training, performance monitoring, and developing a scaling-up strategy.
OBX Solutions
The OBX team presents Project SCALES, an innovative solution designed to combat illegal, unreported, and unregulated (IUU) fishing while enhancing emergency response in coastal communities. This initiative integrates a mobile app, vessel monitoring tracker, and a centralized fishery law command system to enable real-time reporting and monitoring. With features like offline access, GPS tracking, and privacy safeguards, the platform empowers fishermen in corruption-prone areas to report illegal activities without fear. Additionally, the system links to local government emergency units to ensure rapid response. Project SCALES not only addresses illegal fishing but also aids in ocean conservation and protecting local livelihoods. ABIC funding will support the pilot implementation, data system development, and community stakeholder engagement.
The Aquaculture Group
The Aquaculture Group, in collaboration with a global non-governmental organization Climate Foundation, is scaling up a seaweed-derived biostimulant to enhance both seaweed and land agriculture productivity. The biostimulant is designed to boost crop yields by 15-30% while reducing the reliance on chemical fertilizers by 20%, offering a sustainable solution to environmental challenges and creating economic opportunities for local communities. By establishing a biorefinery near seaweed sources, the project supports local processing, empowering farmers—especially women—by integrating them into the value chain. ABIC funding will be used to acquire machinery to double production capacity, relocate the factory closer to seaweed sources, and facilitate regulatory processes for commercial sales.
UniFAHS
UniFAHS is implementing an innovative solution to tackle Vibrio infections in aquaculture through phage therapy, offering a sustainable alternative to antibiotics. Vibrio infections are a leading cause of high mortality rates and economic losses in shrimp farming. UniFAHS' solution involves developing a Vibrio phage cocktail that can be mixed with animal feed to combat bacterial infections. This approach addresses antibiotic resistance and fosters healthier aquaculture ecosystems, reducing Vibrio-related diseases, decreasing antibiotic reliance, and improving overall productivity. ABIC funding will support the development and optimization of the phage cocktail, including sample collection, formulation refinement, and dose determination, as well as its implementation and effectiveness monitoring across various shrimp farming stages.
Fatih Aquaculture
Fatih Aquaculture is developing a Floating Sea-Based Hatchery System to address fingerling production challenges in Brunei Darussalam. This innovative solution breeds and grows fingerlings directly in their natural ocean habitat, reducing mortality rates caused by environmental adaptation and transportation, common in land-based hatcheries. The system leverages solar PV to minimize carbon emissions and support sustainable aquaculture. By offering locally produced fingerlings at 20-30% lower costs, the hatchery will reduce dependence on imports, fostering the growth of Brunei’s domestic aquaculture industry. The ABIC funding will support equipment procurement, structure construction, system testing, and the introduction of broodstock and fingerlings, ensuring a smooth start to operations.
Poni Marine
Poni Marine’s Rumah Fish project focuses on deploying innovative artificial reefs (ARs) to tackle key challenges in marine conservation, such as enhancing fisheries and deterring illegal bottom trawling. By integrating advanced technologies like particle tracking modeling and artificial intelligence (AI) for trawl mark identification, and engaging local stakeholders, the project aims to optimize the placement and design of ARs. This cutting-edge approach is expected to reduce AR program costs by 30-50% while significantly enhancing the environmental and well-being of the coastal communities in Brunei Darussalam.
Collabit
Collabit is transforming the fishing industry by upcycling tuna waste into valuable marine ingredients, such as fish peptides, used in agriculture and aquaculture as feed and biostimulants. This circular economy approach reduces marine waste while boosting local economies through job creation and resource optimization. The company is piloting this technology in Indonesia, a top tuna exporter, with ABIC funding supporting proof-of-concept development, production scale-up, lab testing, pilot applications, and the "Marine Nutrition Partnership Campaign" to raise awareness of the solution.
Gikoko Kogyo Indonesia
Gikoko Kogyo Indonesia is using its expertise in industrial coolers to advance shrimp farming sustainability by integrating nanobubbles, ozone treatment, and IoT monitoring technology. Nanobubbles enhance oxygen diffusion in water, supporting shrimp respiration and maintaining optimal water quality. Ozone treatment disinfects water without harmful residues, while the IoT system provides continuous water quality monitoring for proactive farm management. This integrated solution aims to reduce shrimp mortality, boost farm productivity, and promote environmentally sustainable practices. ABIC funding will support the field pilot testing of the prototype, data collection, and refinement of the system.
Puffer
PUFFER's Carbon Emission Bioreactor (CEB) technology addresses environmental challenges in aquaculture by using shrimp pond wastewater to cultivate microalgae. This system not only reduces seawater pollution and CO2 emissions but also produces high-protein microalgae biomass as a sustainable alternative to conventional livestock feed. The bioreactor leverages advanced venturi and vortex technologies for efficient cultivation, with future plans to integrate IoT and AI for automation. By promoting sustainable practices, PUFFER contributes to the blue economy and creates economic opportunities for coastal communities. ABIC funding will support the design, construction, installation of the system, development of a monitoring app, and training for local operators.
Yayasan Sinergi Akuakultur
Yayasan Sinergi Akuakultur Indonesia is transforming shrimp farm sludge into high-value organic fertilizer, addressing both environmental challenges and creating economic opportunities. By converting waste into nutrient-rich fertilizers for crops like chili peppers, this initiative not only reduces water pollution but also empowers coastal communities, particularly women, in the production and sale of the fertilizer. The project fosters environmental stewardship and socio-economic development through pilot testing, the development of standard procedures, and community training. ABIC funding will support waste collection, fertilizer formulation, testing, crop trials, and training for sustainable practices.
Aquaculture of Lao
The Aquaculture of Lao project seeks to revitalize fish hatcheries in Lao PDR through a data-driven approach, addressing the decline of fish stocks in the Mekong River Basin. By integrating sensors, monitoring systems, and AI algorithms, the project aims to optimize hatchery operations, boost fish production, and conserve biodiversity. This innovation will support local fish farmers with affordable, locally adapted hatchery tools, reducing reliance on imports. The project also emphasizes community engagement with small-scale farmers to promote sustainable aquaculture practices and improve livelihoods. Funding will cover sensor procurement, system integration, data platform development, and AI algorithm deployment.
Agrabah Ventures
Agrabah Ventures is addressing economic instability and environmentalbdegradation in coastal communities by establishing a sustainable seaweed farming value chain. This initiative aims to improve the livelihoods of local farmers through eco-friendly practices while leveraging seaweed’s natural carbon sequestration abilities. The project will create new economic opportunities by building partnerships with buyers and financial institutions, scaling up operations, and fostering sustainable, market-driven practices. ABIC funding will support the pilot implementation, including site selection, infrastructure setup, farmer training, performance monitoring, and developing a scaling-up strategy.
UniFAHS
UniFAHS is implementing an innovative solution to tackle Vibrio infections in aquaculture through phage therapy, offering a sustainable alternative to antibiotics. Vibrio infections are a leading cause of high mortality rates and economic losses in shrimp farming. UniFAHS' solution involves developing a Vibrio phage cocktail that can be mixed with animal feed to combat bacterial infections. This approach addresses antibiotic resistance and fosters healthier aquaculture ecosystems, reducing Vibrio-related diseases, decreasing antibiotic reliance, and improving overall productivity. ABIC funding will support the development and optimization of the phage cocktail, including sample collection, formulation refinement, and dose determination, as well as its implementation and effectiveness monitoring across various shrimp farming stages.
Berikan Protein Initiative
Berikan Protein Initiative is a socio-preneurship project in Indonesia designed to combat malnutrition and stunting through the production of Fish Protein Hydrolysate (FPH) from low-value fish. By involving the wives of local fishermen in the production of FPH-fortified food products under the brand "Forayya," the initiative not only addresses nutritional deficiencies but also empowers fisherwomen with entrepreneurship training. These products, sold on e-commerce platforms like Tokopedia and Shopee, provide both nutritional benefits and a new income stream for coastal families. The holistic approach strengthens the entire value chain, from fish processing to digital marketing, and has the potential to transform coastal communities by promoting sustainable fishing practices and economic empowerment.
Yayasan Sinergi Akuakultur
Yayasan Sinergi Akuakultur Indonesia is transforming shrimp farm sludge into high-value organic fertilizer, addressing both environmental challenges and creating economic opportunities. By converting waste into nutrient-rich fertilizers for crops like chili peppers, this initiative not only reduces water pollution but also empowers coastal communities, particularly women, in the production and sale of the fertilizer. The project fosters environmental stewardship and socio-economic development through pilot testing, the development of standard procedures, and community training. ABIC funding will support waste collection, fertilizer formulation, testing, crop trials, and training for sustainable practices.
The Aquaculture Group
The Aquaculture Group, in collaboration with a global non-governmental organization Climate Foundation, is scaling up a seaweed-derived biostimulant to enhance both seaweed and land agriculture productivity. The biostimulant is designed to boost crop yields by 15-30% while reducing the reliance on chemical fertilizers by 20%, offering a sustainable solution to environmental challenges and creating economic opportunities for local communities. By establishing a biorefinery near seaweed sources, the project supports local processing, empowering farmers—especially women—by integrating them into the value chain. ABIC funding will be used to acquire machinery to double production capacity, relocate the factory closer to seaweed sources, and facilitate regulatory processes for commercial sales.
Universiti Teknologi Brunei
Universiti Teknologi Brunei (UTB) has developed the AIquatic Aquafeeder (AAF), a solar-powered automatic feeding system that optimizes prawn aquaculture through automation and AI. By analyzing prawn size and weight, the AAF system delivers precise feeding, reducing waste and improving prawn growth while minimizing environmental impact. With ABIC support, UTB will finalize the AAF prototype and train local farmers to adopt this innovative technology.
Techo Sen Institute of Public Works and Transport
The Techo Sen Institute of Public Works and Transport is advancing sustainability in aquaculture with an innovative aquaponics system. This closed-loop system integrates fish farming and hydroponics, where fish waste is converted into nutrients for crops via a biofilter that turns harmful ammonia into nitrogen, which fertilizes vegetables. The system not only minimizes water usage in fish ponds but also produces valuable liquid fertilizer as a by-product. Currently in the laboratory phase, the project plans to expand to a pilot field version capable of supporting 4,000 fish in a 10x20 meter pond. Funding will be used for system design, site investigations, component procurement, community outreach, training, and system monitoring.
Udayana University
Udayana University’s innovation focuses on using bacillus species to mitigate Acute Hepatopancreatic Necrosis Disease (AHPND) in Pacific White Shrimp farming, providing an alternative to antibiotics. By incorporating bacillus into shrimp feed, the method leverages its natural antimicrobial properties to combat vibrio pathogens, which are responsible for AHPND, a leading cause of shrimp mortality. This solution aims to reduce disease outbreaks, improve shrimp pond health, and boost production and economic outcomes. ABIC funding will support shrimp farm setup, bacillus strain procurement, personnel training, treatment application, and ongoing monitoring to ensure scalability and sustainability within Indonesia’s aquaculture industry.
National University of Lao
The National University of Laos is developing the Environmental Impact Monitoring System (EIMS) to address the environmental effects of industrial activities near the Mekong River, especially in special economic zones. Using IoT technology, EIMS monitors key environmental parameters like water, air, and soil quality, as well as noise levels, providing real-time data to help companies mitigate negative environmental impacts and comply with regulations. This system promotes sustainable industrial practices and has potential applications across Laos' growing industrial sectors. The ABIC funding will support research, equipment procurement, prototype development, and testing at industrial sites.
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Universiti Teknikal Malaysia Melaka
UTeM’s innovation focuses on developing a zero-exchange water filtration system using bio down-flow hanging sponge (bio-DHS) technology integrated with IoT for fish farming. This system addresses the critical issue of ammonia buildup in fish farms, which can harm aquatic life and require frequent water exchanges. The bio-DHS filter uses nitrifying bacteria to convert ammonia into harmless nitrates, ensuring continuous water quality without the need for water replacement. IoT technology enables real-time monitoring and management of water conditions, promoting sustainable fisheries with reduced environmental impact. ABIC funding will support system design, IoT integration, feasibility studies, and data analysis.
Universiti Tunku Abdul Rahman
UTAR’s project focuses on creating a low-cost, privacy-preserving precision aquaculture framework tailored for small- and medium-scale fish farmers in Malaysia. The innovation features a federated learning-based recommender engine, which optimizes farm productivity while protecting data privacy. Additionally, the project incorporates a lightweight edge-cloud framework for real-time monitoring and decision-making, aimed at improving feed conversion ratios, water quality, and aquaculture species growth with minimal operational costs. ABIC funding will support the setup and testing of the federated learning platform, development of IoT-gateway devices, and field verification of these systems with local prawn farmers.
University of Nottingham Malaysia
SEAFILM aims to combat microplastic pollution with an innovative filtration system that uses seaweed extract as a natural filtration medium for household washing machines. By capturing harmful microfibers before they enter water systems, SEAFILM leverages the biodegradable properties of seaweed polysaccharides to offer an eco-friendly alternative to synthetic filters. This scalable solution has the potential to significantly reduce microplastic pollution in aquatic ecosystems. ABIC funding will support the design, development, and testing of SEAFILM prototypes, as well as community education initiatives and feedback collection.
EcoSun
EcoSun addresses environmental and economic challenges along the Mekong River by introducing solar-powered ecotourism boats for dolphin-watching tours. These eco-friendly alternatives replace gasoline-powered boats, significantly reducing noise, air, and water pollution and attracting ecotourists while reducing the cost of fuel, economically benefiting the local community. The project focuses on protecting the endangered Irrawaddy dolphins and creating sustainable economic opportunities for local communities. Initial funding will be used to prototype a solar-powered boat and implement the conversion of 15 existing gasoline-powered boats.
SUdrain
SUDrain is a social enterprise that provides eco-friendly, decentralized wastewater management solutions for coastal and floating communities. Their innovative system, which uses coconut fiber biofilters, effectively treats wastewater, improving public health and protecting marine ecosystems. The company aims to install these systems in a tourism community with limited sanitation infrastructure, supporting eco-tourism by creating cleaner and safer environments. Funding will cover stakeholder engagement, feasibility studies, engineering designs, and the construction of public toilets and sewage treatment systems, along with community training and project handover.
Thaung Enterprise
Thaung Enterprise is developing a solar-powered water pumping system aimed at improving the efficiency and sustainability of salt farming in Cambodia. This innovation replaces traditional fossil fuel-powered pumps with solar energy, reducing carbon emissions and cutting energy costs for local farmers. The system is projected to boost water pumping capacity by 30%, leading to a 25% increase in salt production. Initially targeting 50 farmers in the Kampot region, this community-owned solar solution will serve as a model for broader adoption across other salt farming areas. Funding will support the design, prototyping, installation, testing, and training at select salt farms, enhancing the sustainability of salt farming practices.
Aquagentech
The Integrated System for Diseases in Aquaculture (ISDA) is an innovative mobile application aimed at combating disease outbreaks in shrimp and tilapia farming in Southeast Asia. Utilizing artificial intelligence, the app detects critical viruses such as the White Spot Syndrome Virus (WSSV) and Tilapia Lake Virus (TiLV), providing real-time monitoring, data collection, and analysis. This user-friendly and affordable solution promises to transform the aquaculture industry by enhancing food security and economic resilience while promoting sustainable fisheries. Funding from ABIC will support the app’s development and the establishment of a zero-waste management system.
The Samdhana Institute
The Samdhana Institute is implementing the DIVE-Tagbanwa project to create a sustainable and inclusive tourism model that highlights the traditions and ancestral waters of the Calamian Tagbanwa people in Palawan, Philippines. The project will produce three video documentaries showcasing underwater stories from the local community and develop a community- driven business model supporting eco-tourism managed by the Tagbanwa people. By involving local youth in the production process, the initiative aims to enhance skills, foster community engagement, and empower the Tagbanwa to manage their own tourism enterprises, preserving their cultural heritage and marine ecosystems while generating income through sustainable tourism. ABIC funding will support business plan development, capacity-building sessions, pilot testing, and the production of underwater video stories.
Blue Ocean Plastic Recycling
Blue Ocean Plastic Recycling is implementing a tourism-centric waste management solution in Koh Samui, Thailand, by enhancing its network of waste banks and integrating the tourism sector into waste management efforts. In the next six months, the company aims to successfully implement a new waste bank model that actively engages tourists and encourages local community participation. This will involve renovating three waste banks and creating a digital platform where tourists can earn loyalty points by collecting plastic waste, redeemable for tourism activities. The initiative will also hire and train local youth as guides to educate tourists and locals about effective waste management practices. The program is expected to deliver tangible environmental benefits by preventing waste leakage into the ocean and fostering a cleaner Samui while promoting education on waste separation and recycling.
Local Alike
Local Alike is pioneering a community-based regenerative tourism model in the Koh Klang Community, Krabi Province, Thailand, marking the first initiative of its kind in the country. This project addresses critical issues such as overfishing and waste management challenges faced by the island. Key activities will include developing an aquatic animal hatchery, promoting conservation initiatives, and implementing sustainable waste management practices. By integrating these efforts into tourism activities, Local Alike aims to create a community-driven model that not only preserves the environment but also provides alternative income sources for villagers through eco-tourism. The ABIC funding will support essential components of this initiative, including community engagements, the design of training curricula, and workshops focused on waste management and aquatic animal conservation. Additionally, the funding will facilitate the launch and evaluation of the Regenerative Island Tour program, to accelerate the learning and potential scale-up efforts.
Magnolia Sustainable Experiences Social Enterprise
Magnolia Sustainable Experiences Social Enterprise aims to establish a pilot model of circular accommodations in Quang Nam, a coastal province in central Vietnam. ABIC funding will support the team’s assessment of the feasibility of establishing and proving the concept by engaging with both accommodation owners and tourists.
Prospares Webtech
Prospares WebTech presents "Timor Getaway," a digital platform to enhance sustainable tourism in Timor-Leste, particularly in Com Village, Lautem Municipality. The platform will feature eco-friendly accommodations, tours, and activities, facilitating online booking and incorporating digital payment systems. It aims to empower local businesses through training in ecotourism and access to financing while promoting local culture and women entrepreneurs. ABIC funding will support community engagement, training, and the platform's development and testing.
EcoSun
EcoSun addresses environmental and economic challenges along the Mekong River by introducing solar-powered ecotourism boats for dolphin-watching tours. These eco-friendly alternatives replace gasoline-powered boats, significantly reducing noise, air, and water pollution and attracting ecotourists while reducing the cost of fuel, economically benefiting the local community. The project focuses on protecting the endangered Irrawaddy dolphins and creating sustainable economic opportunities for local communities. Initial funding will be used to prototype a solar-powered boat and implement the conversion of 15 existing gasoline-powered boats.
SUdrain
SUDrain is a social enterprise that provides eco-friendly, decentralized wastewater management solutions for coastal and floating communities. Their innovative system, which uses coconut fiber biofilters, effectively treats wastewater, improving public health and protecting marine ecosystems. The company aims to install these systems in a tourism community with limited sanitation infrastructure, supporting eco-tourism by creating cleaner and safer environments. Funding will cover stakeholder engagement, feasibility studies, engineering designs, and the construction of public toilets and sewage treatment systems, along with community training and project handover.
Thaung Enterprise
Thaung Enterprise is developing a solar-powered water pumping system aimed at improving the efficiency and sustainability of salt farming in Cambodia. This innovation replaces traditional fossil fuel-powered pumps with solar energy, reducing carbon emissions and cutting energy costs for local farmers. The system is projected to boost water pumping capacity by 30%, leading to a 25% increase in salt production. Initially targeting 50 farmers in the Kampot region, this community-owned solar solution will serve as a model for broader adoption across other salt farming areas. Funding will support the design, prototyping, installation, testing, and training at select salt farms, enhancing the sustainability of salt farming practices.
Aquagentech
The Integrated System for Diseases in Aquaculture (ISDA) is an innovative mobile application aimed at combating disease outbreaks in shrimp and tilapia farming in Southeast Asia. Utilizing artificial intelligence, the app detects critical viruses such as the White Spot Syndrome Virus (WSSV) and Tilapia Lake Virus (TiLV), providing real-time monitoring, data collection, and analysis. This user-friendly and affordable solution promises to transform the aquaculture industry by enhancing food security and economic resilience while promoting sustainable fisheries. Funding from ABIC will support the app’s development and the establishment of a zero-waste management system.
Blue Ocean Plastic Recycling
Blue Ocean Plastic Recycling is implementing a tourism-centric waste management solution in Koh Samui, Thailand, by enhancing its network of waste banks and integrating the tourism sector into waste management efforts. In the next six months, the company aims to successfully implement a new waste bank model that actively engages tourists and encourages local community participation. This will involve renovating three waste banks and creating a digital platform where tourists can earn loyalty points by collecting plastic waste, redeemable for tourism activities. The initiative will also hire and train local youth as guides to educate tourists and locals about effective waste management practices. The program is expected to deliver tangible environmental benefits by preventing waste leakage into the ocean and fostering a cleaner Samui while promoting education on waste separation and recycling.
Local Alike
Local Alike is pioneering a community-based regenerative tourism model in the Koh Klang Community, Krabi Province, Thailand, marking the first initiative of its kind in the country. This project addresses critical issues such as overfishing and waste management challenges faced by the island. Key activities will include developing an aquatic animal hatchery, promoting conservation initiatives, and implementing sustainable waste management practices. By integrating these efforts into tourism activities, Local Alike aims to create a community-driven model that not only preserves the environment but also provides alternative income sources for villagers through eco-tourism. The ABIC funding will support essential components of this initiative, including community engagements, the design of training curricula, and workshops focused on waste management and aquatic animal conservation. Additionally, the funding will facilitate the launch and evaluation of the Regenerative Island Tour program, to accelerate the learning and potential scale-up efforts.
Prospares Webtech
Prospares WebTech presents "Timor Getaway," a digital platform to enhance sustainable tourism in Timor-Leste, particularly in Com Village, Lautem Municipality. The platform will feature eco-friendly accommodations, tours, and activities, facilitating online booking and incorporating digital payment systems. It aims to empower local businesses through training in ecotourism and access to financing while promoting local culture and women entrepreneurs. ABIC funding will support community engagement, training, and the platform's development and testing.
The Samdhana Institute
The Samdhana Institute is implementing the DIVE-Tagbanwa project to create a sustainable and inclusive tourism model that highlights the traditions and ancestral waters of the Calamian Tagbanwa people in Palawan, Philippines. The project will produce three video documentaries showcasing underwater stories from the local community and develop a community- driven business model supporting eco-tourism managed by the Tagbanwa people. By involving local youth in the production process, the initiative aims to enhance skills, foster community engagement, and empower the Tagbanwa to manage their own tourism enterprises, preserving their cultural heritage and marine ecosystems while generating income through sustainable tourism. ABIC funding will support business plan development, capacity-building sessions, pilot testing, and the production of underwater video stories.
Magnolia Sustainable Experiences Social Enterprise
Magnolia Sustainable Experiences Social Enterprise aims to establish a pilot model of circular accommodations in Quang Nam, a coastal province in central Vietnam. ABIC funding will support the team’s assessment of the feasibility of establishing and proving the concept by engaging with both accommodation owners and tourists.
The ASEAN Blue Innovation Challenge represents a unique initiative aimed at fostering the development of the blue economy in ASEAN countries and Timor-Leste. It seeks to identify, finance, and support innovative solutions geared towards the conservation and sustainable management of marine ecosystems, coastal areas, and freshwater resources. In addition to providing financial support, it facilitates connections between innovators and potential stakeholders, including investors and business entities.
Topics Addressed
Climate change presents significant challenges to critical sectors of the blue economy, including fisheries, aquaculture, and tourism. Traditional approaches alone are insufficient to address these challenges, necessitating the exploration of novel solutions. Innovators, with their adaptability and inventive spirit, emerge as pivotal actors in the development of transformative technologies aimed at mitigating and adapting to climate impacts, thereby fostering a more sustainable future
Our oceans are facing a serious plastic pollution problem, which harms marine life and ecosystems and even affects our food chain. While traditional methods like beach clean-ups and recycling help, they are not enough to tackle the millions of tons of plastic entering the oceans every year. To really make a difference, fresh ideas from innovators are needed. Their knack for thinking differently and shaking up old ways of doing things is key.
In recent decades, the rising global demand for fish has driven the development of fishing technology. However, this has led to overexploitation of fishery resources due to unsustainable practices. Consequently, fish stocks are heavily exploited, and critical marine and freshwater ecosystems are severely degraded, endangering their long-term survival. Urgent action is needed, and innovators, with their agility and fresh perspectives, hold the key to developing innovative technologies and solutions ensuring not only healthy fish stocks but also thriving local communities for generations to come.
Unsustainable tourism management in coastal, freshwater, and marine zones often harms delicate environments, exploiting resources and contributing to pollution. Innovation holds the key in shifting towards sustainable practices - from eco-friendly lodging and low-impact transportation to empowering local communities and promoting regenerative tourism models. Only through creative solutions can we ensure thriving destinations, responsible tourist behaviour, and sustainable future.
