The project is a green-field rice husk based thermal energy generation system to produce steam. The project is owned and operated by Yihai Kerry (Jilin) Bio-cogeneration Co., Ltd., a subsidiary of Wilmar International Ltd.  The project proponent will purchase rice husks from the ‘Yihai Kerry (Jilin) Oils, Grains and Foodstuffs Industries Co., Ltd’ also the consumer of steam. No other co-firing is provided for.  The project comprises two boilers with installed capacity of 15 MT/hour each.

Yihai Kerry (Jilin) Bio-cogeneration Co., Ltd., a subsidiary of Wilmar International Ltd., operates a green-field rice husk based thermal energy generation system to produce steam. The project uses rice husks purchased from Yihai Kerry (Jilin) Oils, Grains and Foodstuffs Industries Co., Ltd, which is also the consumer of steam. This project does not allow for any other co-firing. The system includes two boilers with a capacity of 15 MT/hour each.

Key Highlights:
- Generates thermal energy using a green-field rice husk based system
- Rice husks are purchased from Yihai Kerry (Jilin) Oils, Grains and Foodstuffs Industries Co., Ltd
- The project comprises two 15 MT/hour boilers

This project is important because it provides a renewable source of thermal energy and reduces carbon emissions. The use of rice husks as a fuel source also diverts waste from landfills and reduces air pollution. Additionally, Yihai Kerry (Jilin) Bio-cogeneration Co., Ltd. is contributing to the global effort to combat climate change by using sustainable practices in their energy generation process.

Thermal energy production with or without electricity

Jilin Rice Husk Thermal Energy Generation Project

Yihai Kerry (Jilin) Bio-cogeneration Co., Ltd., a subsidiary of Wilmar International Ltd, owns and operates a green-field rice husk based thermal energy generation system that produces steam. The project uses rice husks purchased from 'Yihai Kerry (Jilin) Oils, Grains and Foodstuffs Industries Co., Ltd' and has two boilers with a capacity of 15 MT/hour each, with no other co-firing provided for.