Case Study: Customized Organic Waste Composter for Aldiqqa Co. for Cleaning and Gardening Ltd. (ACGCO) Libya

Machine Name: KWIK Composter
Capacity: 2500 kg/day of organic waste

Client Information

Client: Aldiqqa Co. for Cleaning and Gardening Ltd. (ACGCO)

Objective: Implement an organic waste converter (OWC) to compost 2500 kg of food waste daily, reducing landfill dependency and promoting sustainability.

Challenges

• High costs of shipping large composting machines.
• Need for a sustainable, on-site waste processing solution.

Solution

• Customized KWIK Composter: Modified to meet shipping container regulations, reducing shipping costs.
• Components: Organic Waste Converter, Shredder, Feeder + Dewaterer.
• Implementation Phases:
  1. Assessment and Planning:
     • Detailed discussions on waste types, machine supplies, location, transport paths, operator needs, and documentation.
     • Finalized accessible location and ensured regulatory compliance.
  2. Installation and Training:
     • Managed manufacturing and logistics.
     • Pre-installation requirements: RCC platform, shed construction, water and electrical connections, sawdust stock, and safety inspections.
     • Conducted virtual training for maintenance staff on OWC operations.
  3. Operation and Monitoring:
     • Developed Standard Operating Procedures (SOP).
     • Handed over operations to ACGCO with regular monitoring and minimal maintenance requirements.

Results

• Waste Reduction: Diverted 2500 kg of food waste daily from landfills.
• Compost Production: Generated 500 kg of compost daily.
• Cost Savings: Reduced waste disposal costs.
• Environmental Impact: Lowered greenhouse gas emissions.
• Odor Management: Produced pleasant, sweet-smelling compost.

Conclusion

The customized KWIK Composter successfully managed 2500 kg of food waste daily, significantly reducing environmental impact and promoting sustainability in the community. The project highlights the importance of adapting solutions to overcome logistical challenges and enhance waste management efficiency.