Add to ORKGThe downdraft rice husk furnace for paddy drying was developed by IRRI in collaboration with the University of Hohenheim and Nong Lam University. The technology was transferred to the private companies in the Philippines, Indonesia, Vietnam, Myanmar, and Cambodia. As of June 2019, about 200 and 40 units in the Philippines and Indonesia, respectively
The NAMA facility funded with 250k Euro the development of a Thai Rice NAMA full proposal that highl...
An overview of the downdraft rice husk gasifier (DDRHG) for thermal and power applications is herein...
Alternate Wetting and Drying (AWD) is a rice production practice which moves away from continuous fl...
The rice straw furnace for 4-ton flatbed dryer was fabricated and tested at IRRI
The flat bed dryer originally developed by IRRI and improved by Nong Lam University of Vietnam targe...
The flatbed dryer is already comercialized in the Southeast Asian countries. This technology is used...
Vietnam's Ministry of Agriculture and Rural Development have used IRRI-CCAFS research findings and i...
Alternate wetting and drying is a water saving technology that enables irrigated rice cultivation wi...
Bangladesh and Thailand demonstrated considerable enhancement in planning and scaling rice-mitigatio...
This report examines the costs and benefits of alternate wetting and drying (AWD) in paddy rice prod...
In its updated Nationally Determined Contributions, Vietnam raised the Agriculture-greenhouse gas mi...
The innovation has been applied in alignment with the dissemination activities of IRRI-led projects ...
AWD has been integrated in major national rice crop management guidelines in Vietnam, China and the ...
The GrainSafe with 1t capacity was tested at IRRI. The drying principle (in-store drying) has been r...
More than 600,000 farmers in China, Indonesia, Myanmar, Sri Lanka, Thailand, and Vietnam have been r...
The NAMA facility funded with 250k Euro the development of a Thai Rice NAMA full proposal that highl...
An overview of the downdraft rice husk gasifier (DDRHG) for thermal and power applications is herein...
Alternate Wetting and Drying (AWD) is a rice production practice which moves away from continuous fl...
The rice straw furnace for 4-ton flatbed dryer was fabricated and tested at IRRI
The flat bed dryer originally developed by IRRI and improved by Nong Lam University of Vietnam targe...
The flatbed dryer is already comercialized in the Southeast Asian countries. This technology is used...
Vietnam's Ministry of Agriculture and Rural Development have used IRRI-CCAFS research findings and i...
Alternate wetting and drying is a water saving technology that enables irrigated rice cultivation wi...
Bangladesh and Thailand demonstrated considerable enhancement in planning and scaling rice-mitigatio...
This report examines the costs and benefits of alternate wetting and drying (AWD) in paddy rice prod...
In its updated Nationally Determined Contributions, Vietnam raised the Agriculture-greenhouse gas mi...
The innovation has been applied in alignment with the dissemination activities of IRRI-led projects ...
AWD has been integrated in major national rice crop management guidelines in Vietnam, China and the ...
The GrainSafe with 1t capacity was tested at IRRI. The drying principle (in-store drying) has been r...
More than 600,000 farmers in China, Indonesia, Myanmar, Sri Lanka, Thailand, and Vietnam have been r...
The NAMA facility funded with 250k Euro the development of a Thai Rice NAMA full proposal that highl...
An overview of the downdraft rice husk gasifier (DDRHG) for thermal and power applications is herein...
Alternate Wetting and Drying (AWD) is a rice production practice which moves away from continuous fl...