New Agriculture
Rethink the number of persons fed per farmer
Digitization
Through computer technologies such as sensors and 3S, biological and environmental data can be easily captured in the planting process ; besides, data models concerning crop planting can be established to lay the groundwork for automation and intelligence.
Internet of Things (IoT)
Whether in fields or greenhouses, boosting the degree of automation, simplifying the equipment control, and utilizing the control center to collaborate with the highly automated greenhouse can greatly improve efficiency and production capacity.
Clean Production
Limit the use of fertilizers and pesticides in agriculture, rely on biological characteristics to reduce environmental pollution, improve soil fertility, and use technology to promote clean production.
Biofuel
Reliable Carbon Cycle
Promoting the use of sustainable aviation fuels can decarbonize the aviation industry
High Versatility
Biofuels have become direct substitutes for traditional fossil fuels because of their stability and versatility.
Use standardized technology to refine biofuels and reduce energy storage and transportation costs. Biofuels can also be widely used on most conventional diesel equipment.
Efficient Carbon Reduction
In the carbon cycle (including absorbing and releasing carbon), agriculture not only can be used for carbon sequestration but also becomes an integral part of the energy supply chain.
Biofuels, due to their sustainability and environmental friendliness, are replacing conventional fuels and can be long-term substitutes.
Energy-smart Agriculture
Contact us for a better solution to the two-way relationship between food and energy.
Publication -- The Food and Agriculture Organization (FAO):
Sustainable Energy and Food & Agricultural System (English）