Elisa Claire Sy of E-Primate presents RAS-P.I.N.A.S, a closed-loop, water-efficient system for land-based fish farming. The technology integrates biofiltration, aeration, and mechanical treatment to support high-density production while conserving water and land and reducing disease risk. RAS-P.I.N.A.S also offers flexibility in farm siting, with trade-offs in energy use and infrastructure costs. Recirculating aquaculture systems are gaining traction as a key innovation in Asia’s sustainable aquaculture future.

Green Controller by ICM Electronics is a smart water quality monitoring system for aquaculture, powered by high-precision titanium sensors. It tracks dissolved oxygen, salinity, and pH in real time, with full control through a mobile app and instant anomaly alerts. The system enables automated aeration based on live data, reducing energy use, lowering aerator run time, and improving feed conversion efficiency for more sustainable aquaculture operations. This pitch was presented Sukmit Teekhasenee of ICM Electronics.

TOMGOXY is an AI- and IoT-powered shrimp farming system developed by RYNAN Aquaculture in Vietnam. It transforms traditional ponds into super-intensive, high-efficiency systems that deliver higher yields with reduced water and energy use. The platform integrates smart sensors, cloud analytics, and advanced aeration to maintain optimal water quality, cut antibiotic reliance, and advance sustainable shrimp aquaculture. By combining digital technology with practical training and on-farm deployment, TOMGOXY helps farmers increase productivity, lower costs, and build long-term resilience in the shrimp industry. This pitch was presented by Dang Pham of RYNAN Aquaculture.

PowBio is a microbial inoculant developed by NileBioFish (NINEBIO GROUP Co., Ltd.) in Thailand to support sustainable biofloc aquaculture systems. Co-developed with Maejo University’s Faculty of Fisheries and Aquatic Resources and supported by the Thailand National Innovation Agency, PowBio uses high-efficiency microorganisms to turn fish pond waste into natural protein. By reducing ammonia and nitrite levels, improving water quality, and recycling nutrients within ponds, PowBio helps farmers cut feed costs, lower water exchange needs, and reduce chemical inputs. The result is healthier harvests without muddy off-flavors—delivered through a practical, low-cost, and easy-to-use solution for more productive and resilient aquaculture. This pitch was presented by Nissara Kitcharoen of NileBiofish.

In this presentation, Fabian Reusch, founder of HydroNeo, shares the story of how HydroNeo began and the lessons learned along the way of building a tech startup in Thailand. Aimed at fellow aquaculture entrepreneurs and startup founders, his talk is an open and honest reflection on the realities of the journey — not a polished, glamorous pitch that only highlights the wins, but a candid look at both successes and setbacks, the difficult decisions, and the ongoing challenges that shape the real path of building a company.

This presentation by Elisa Claire Sy of E-Primate, showcases how RAS-P.I.N.A.S - a closed-loop, water-efficient technology - enables high-density, land-based fish farming using biofiltration, aeration, and mechanical treatment strategies. Discover how RAS conserves water and land, minimises disease risk, and offers flexibility in farm siting, while recognising the trade-offs of energy demands and infrastructure costs. Learn why RAS is gaining momentum as a key innovation in Asia's sustainable aquaculture future.

This video by Chokanan Prompichai, NACA, presents two promising innovations aimed at reducing antimicrobial use (AMU) in aquaculture, showcased as part of Thailand’s National Innovation and Investment Plan (NIIP) and via the IDRC-funded InnoVet-AMR 2.0 Project. NanoVac, developed by AIT, uses nanobubbles to deliver vaccines to tilapia, while ShrimpGuard, developed by BIOTEC and KU, is a bacteriophage-based solution for managing shrimp diseases. Both technologies offer potential to combat antimicrobial resistance (AMR) without leaving chemical residues. The presentation compares their readiness, challenges, and adoption, incorporating feedback from shrimp farmers across Thailand. It highlights the need for cost-effective, easy-to-use solutions that align with farmers' real-world needs and regulatory frameworks.

Salinity is a growing global challenge, affecting soil productivity, freshwater availability, and aquatic ecosystems. Inland saline aquaculture presents a sustainable opportunity to utilise salt-affected water resources for food production. This article examines the prospects and challenges of aquaculture in inland saline environments, focusing on soil and water characteristics, species tolerance, and mitigation strategies. It highlights the potential of using brackish groundwater for aquaculture, reducing pressure on freshwater supplies while making use of degraded lands. The study also discusses the physiological adaptations of fish to salinity stress, the role of key ions in aquaculture success, and the integration of saline aquaculture with traditional farming systems. Inland saline aquaculture could play a critical role in enhancing food security, optimising water resource use, and mitigating environmental degradation in semi-arid and arid regions.

Small and medium-scale aquaculture in West Bengal has evolved to incorporate cost-effective, sustainable practices that reduce input costs while maintaining productivity. This article explores various low-cost aquaculture techniques used by rural fish farmers, emphasising farm-made feed formulations, pond fertilisation methods, and integrated farming systems. Farmers utilise non-conventional feed additives to enhance fish health and growth while reducing reliance on expensive commercial products. Fermented feed supplements and probiotic formulations have been successfully implemented to improve water quality and plankton production. Integrated fish farming, incorporating compost manure, vermicomposting, and polyculture with species like giant freshwater prawn, has increased productivity and economic returns.

The 14th Asian Fisheries and Aquaculture Forum (14AFAF) will be held from 12-15 February 2025 in New Delhi, India. Submission of abstracts has been extended until 5 November, and early bird registration closes on 10 November, so get in quick!

The forum is a scientific meeting organised by the Asian Fisheries Society (AFS) once every three years to understand the global trends and address issues and challenges faced by the fisheries and aquaculture sector. The main purpose of this Forum is to provide an international platform for eminent scientists, young researchers, and other stakeholders across the globe to share their research experiences and innovative ideas. By facilitating the exchange of diverse range of knowledge and expertise, the Forum with the Theme ‘Greening the Blue Growth in Asia-Pacific’ aims to address key issues towards developing sustainable fisheries and aquaculture.