LLC BioTech Compost, based in Russia and managed by Mr. Ivanov Aleksandr, is a modern agricultural enterprise focused on sustainable farming practices and organic fertilizer production. The company specializes in composting agricultural waste to create high-quality bio-organic fertilizers for farms across the region.
In response to the increasing demand for efficient composting systems and stricter environmental regulations, LLC BioTechCompost sought to upgrade its organic waste treatment capacity. The goal was to improve composting efficiency, enhance fermentation quality, and reduce manual labor. After careful evaluation, the company decided to purchase a wheel-type compost turner.
The project involved the delivery and installation of a wheel-type compost turner, engineered for large-scale aerobic composting. This type of turner is especially effective in processing wide and tall windrows, which is ideal for the extensive composting operations at BioTechCompost’s facility.
Large Processing Capacity: Capable of turning windrows over 3 meters high and 30 meters wide, greatly improving compost volume handling.
Efficient Oxygenation: Enhances aerobic fermentation by evenly mixing materials and increasing oxygen supply.
Automated Operation: Equipped with remote and automated control systems, reducing reliance on manual operation.
Durable Construction: Built with corrosion-resistant materials to withstand the acidic environment of decomposing organic matter.
Low Operational Cost: Minimal fuel consumption and maintenance requirements ensure long-term cost savings.
Since its installation, the wheel-type compost turner has significantly transformed BioTechCompost’s composting process by:
Mr. Ivanov Aleksandr commended the equipment for its robust performance and ease of operation. He noted a marked improvement in the quality and speed of composting, which has strengthened BioTechCompost’s position as a leader in eco-friendly fertilizer production in Russia.
The integration of a wheel-type compost turner at LLC BioTechCompost represents a successful leap toward efficient, large-scale organic waste recycling. This case underscores the importance of advanced composting technology in supporting sustainable agriculture and circular economy goals.