Project Overview
In 2021, Lyure Machinery partnered with a leading waste processing facility in Yunnan, China, to deploy a high-capacity processing line featuring six SLS-D30T Screw Presses. The contract, signed and installed in 2021, enabled the client to process 800 tons of fruit and vegetable waste, including tail vegetables, per day. This advanced system streamlined waste crushing, dehydration, and solid-liquid separation, significantly enhancing the client’s waste management efficiency and environmental compliance.
The Yunnan-based client, a key player in agricultural waste management, sought to modernize their processing line to handle large volumes of fruit and vegetable waste while meeting stringent environmental regulations. Their challenges included:
High Moisture Content: Fruit and vegetable waste, such as tail vegetables, required effective dehydration to reduce volume and disposal costs.
Operational Scalability: The need for a robust, integrated solution to manage crushing, dehydration, and solid-liquid separation for high-capacity processing.
Environmental Standards: A requirement to process 800 tons daily while adhering to Yunnan’s environmental and sanitation regulations.
Lyure Machinery delivered a tailored solution with six SLS-D30T screw presses, designed specifically for high-capacity fruit and vegetable waste dehydration:
SLS-D30T Screw Press (Crushing and Dehydration): Each SLS-D30T unit integrates waste crushing, high-pressure dehydration, and solid-liquid separation, achieving a moisture reduction rate of over 65% with its customizable mesh screen (0.4–2.0 mm). The six-unit configuration ensures high throughput and reliability for processing fruit and vegetable waste, including tail vegetables, peels, and organic residues.
Integrated Functionality: The system supports waste crushing, dehydration, and solid-liquid separation in a single, automated process, streamlining the waste management line.
Processing Capacity: Handles 800 tons per day, meeting the client’s high-volume processing requirements.
Durability and Hygiene: Constructed from 304 stainless steel, the machines are corrosion-resistant, easy to clean, and compliant with sanitation standards.
Automation: The SLS-D30T units minimize manual intervention, reducing labor costs and ensuring consistent output.
Contract Signed: 2021
Installation Completed: 2021
Location: Yunnan, China
Material Processed: Fruit and vegetable waste, including tail vegetables
Processing Capacity: 800 tons/day
Machine Model: SLS-D30T (Crushing and Dehydration, 6 units)
Lyure’s technical team completed the installation in 2021, providing comprehensive on-site training to ensure seamless integration into the client’s waste management facility. The automated design of the SLS-D30T presses simplified operations and minimized downtime.
Since its deployment in 2021, Lyure’s solution has delivered outstanding results for the Yunnan client:
Effective Dehydration: Achieved a moisture reduction rate exceeding 65%, significantly reducing waste volume and disposal costs.
Cost Efficiency: Automation and energy-efficient design cut operational costs by 22%.
Environmental Compliance: The system ensured compliance with Yunnan’s stringent waste management regulations, supporting sustainable disposal and recycling efforts.
Reliable Production: The six-unit system consistently processed 800 tons daily, meeting the client’s operational demands.
The client expressed high satisfaction with Lyure’s solution. “The SLS-D30T screw presses have transformed our fruit and vegetable waste processing,” said the facility manager. “Lyure’s equipment has enhanced our efficiency and helped us meet environmental standards with ease.”
This Yunnan case highlights Lyure Machinery’s expertise in delivering high-performance solutions for fruit and vegetable waste management. The SLS-D30T screw press demonstrates our commitment to addressing unique client needs, from waste processing to other high-value applications.
Ready to optimize your waste management operations? Contact Lyure Machinery today to explore how our advanced systems can enhance your facility.
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