Recently, RICHI’s France high-quality organic fertilizer production line construction project has been basically completed and is expected to be put into use in early 2025. By then, it can meet the needs of about 25,000 pigs for the disposal of breeding waste, and produce about 10,000 tons of commercial organic fertilizer annually, promoting the development of crop-breeding circular agriculture.
The capacity and level of manure collection and disposal in livestock and poultry farms are the key to ensuring the implementation of crop-livestock cycle agriculture.
The construction content of the French 4t/h organic fertilizer granule plant project includes organic fertilizer production workshops, production supporting rooms, pig manure treatment production line equipment, organic fertilizer production line equipment, environmental protection equipment, photovoltaic power generation equipment, etc. The design and configuration of pig manure fermentation tanks, dry-wet separators and other equipment will use the process and facilities of producing organic fertilizer from breeding waste and straw to achieve the organic combination and virtuous cycle of planting and breeding industries, and create green and circular ecological agriculture.
Crop-livestock cycle agriculture is an effective way to accelerate the resource utilization of livestock and poultry manure, clear the bottlenecks of crop-livestock cycle, promote the return of manure to the field, and promote the green and high-quality development of agriculture.
In recent years, relying on the breeding and farming needs of farms and pig farms, the local area has actively explored the “livestock-slurry-fertilizer-grain” circulation system, continuously strengthened the link between the planting and breeding industries, and is committed to accelerating the resource utilization of livestock and poultry manure, unblocking the bottleneck of the breeding and farming cycle, and promoting the return of manure to the fields. While utilizing manure resources, it promotes the reduction and efficiency of chemical fertilizers, and achieves a win-win situation for the planting and breeding industries.