1、 Agricultural sector: the ‘energy heart’ of farms
Self owned farm/agricultural park power supply: Large farms and modern agricultural parks usually have a large amount of storage, cold chain, irrigation, and processing equipment, which consumes a huge amount of electricity. Establishing a straw gas power generation system can utilize self-produced agricultural waste (such as straw, rice husks, fruit tree branches, etc.) to meet most or even all of its own electricity needs, greatly reducing production costs.
Greenhouse combined heat and power supply: This is one of the most classic application scenarios. The electricity generated by the generator set can be used for greenhouse lighting, ventilation, and integrated water and fertilizer systems; At the same time, the recovered engine waste heat can provide heating for the greenhouse in winter, ensuring the growth of off-season vegetables and flowers, achieving “simultaneous production of electricity and heat, doubling energy efficiency”.
Drying of agricultural products: using the waste heat from power generation to dry grains, tea leaves, mushrooms, traditional Chinese medicinal materials, etc. Compared with traditional coal-fired or electric drying, it is more cost-effective, environmentally friendly, and easier to control the quality.
2、 Industrial sector: the “green power source” for enterprises
High energy consuming enterprises provide their own power stations: For enterprises such as wood processing plants, grain processing plants, textile plants, etc. that have a large amount of biomass waste (sawdust, husks, etc.) and require stable steam and electricity, straw gas power generation technology is an ideal solution. It can handle production waste and provide cheap electricity and heat, achieving multiple benefits at once.
Power supply for factories and mines in remote areas: In remote areas with weak power grid coverage or high electricity prices, the construction of straw gas power stations can provide reliable and economical energy security for mining areas and factories, reduce dependence on diesel power generation, save energy and reduce emissions.
3、 Community and Municipal Sector: Rural ‘Clean Energy Stations’
Village level distributed energy stations: Build centralized straw gasification stations in natural villages or townships, while supplying electricity and gas. Electricity can be integrated into the local power grid or used for public facilities; The purified straw gas is transported to farmers’ homes through pipelines and used as cooking gas, replacing liquefied petroleum gas and improving the living conditions of villagers.
Garbage disposal and energy utilization: Straw can be co processed with other combustible solid waste in rural areas (such as discarded mushroom sticks, household waste, etc.) to achieve harmless, reduced, and resourceful disposal of rural waste.
4、 Special and emerging applications
Grid connected power plants: In areas with particularly abundant straw resources, large-scale straw gasification power plants can be built to directly transmit green electricity to the national power grid.
Backup power supply for communication base stations: providing reliable primary or backup power for communication base stations in remote areas.
Conclusion:
The application scenarios of straw gas generators are extremely wide, and their core advantage lies in “using local materials, generating electricity on site, and utilizing it on site”, which perfectly fits the concept of distributed energy. Whether it is modern agriculture, specific industries, or new rural construction, it can find a suitable role for itself, bringing triple benefits of economy, society, and environment to users, and is a versatile player in promoting regional sustainable development.
Post time: Oct-18-2025