Compact Top-Loading Medical Waste Incinerator (10C20 kg/hour)

Designed for rapid deployment and minimal site preparation, this system offers excellent performance at a low operational cost, making it ideal for donor-funded programs, emergency procurement, and decentralized healthcare facilities.

1. Purpose & Application

This compact unit is engineered to meet the increasing demand for on-site medical waste destruction in locations where centralized treatment is unavailable or unreliable. It provides:

• Safe disposal of infectious, contaminated, and general medical waste

• Reliable operation in rural, remote, or temporary healthcare settings

• Fast installation―ideal for emergency response, outbreak control, and mobile missions

Typical users include Ministries of Health, UN agencies, NGOs, private hospitals, veterinary stations, laboratory networks, and field hospitals.

2. Key Marketing Advantages for Procurement Evaluators

Compact, Small-Capacity Design

The system occupies very little space, allowing installation in constrained facilities, rooftops, modular clinics, or containerized rooms.

Rapid Deployment

All components are pre-assembled, enabling commissioning within hours. No complex civil works are required.

Budget-Friendly Operation

Low fuel consumption and simple routine maintenance translate to lower lifetime operational costs―ideal for limited budgets and donor-supported health programs.

Top-Loading for Safe and Easy Operation

The top open door allows staff to load waste directly from above, significantly reducing manual handling risks. Perfect for low-resource environments with limited technical staff.

Dual-Chamber Clean-Burning Design

Two high-temperature chambers ensure full destruction of pathogens, sharps, PPE, laboratory residues, and general medical waste.

Reliable Emission Management

Standard dry filtration neutralizes acidic and alkaline components. Optional wet scrubber enhances compliance where stricter air-quality standards are required.

3. Technical Overview (Procurement-Focused)

Combustion Chambers

• Primary chamber: 220 L (0.22 m3), for direct burning of medical waste

• Secondary chamber: 145 L, for high-temperature re-burning of flue gases

• Compact, side-by-side double-chamber structure to minimize footprint

Fuel & Burners

• Standard fuel: Diesel

• Optional: Natural Gas / LPG

• Burners:

  • Primary: G10LC single-stage, ~4 kg/hr

  • Secondary: G10LC single-stage, ~4 kg/hr

• Maximum theoretical consumption: 8 kg/hr, actual use lower due to intermittent firing and waste self-combustion

Flue Gas Treatment

• Dry scrubber (standard): Chemical neutralization of acidic gases

• Wet scrubber (optional): For enhanced particulate and gas removal

Control System

• PLC automatic control with temperature monitoring

• Safe and intuitive operation suitable for non-technical personnel

4. Reasons This Model Scores Highly in Tender Evaluations

• Meets essential WHO-style medical waste treatment principles

• Compact design minimizes space and installation barriers

• Low operational cost, ideal for constrained budgets

• High-temperature destruction (up to 1000C1200°C)

• Dual combustion ensures cleaner emissions

• Suitable for on-grid and off-grid locations

• Proven performance in international deployments

• Supports procurement goals for sustainability, safety, and compliance

This model is particularly successful in settings such as rural clinics in Africa, mobile vaccination centers in Southeast Asia, emergency medical posts in the Middle East, and remote laboratory networks in Latin America.

5. Value Proposition for Donors & Funding Agencies

The HICLOVER compact incinerator delivers a strong balance of technical reliability, cost efficiency, and rapid field readiness, making it an attractive investment for:

• Government health programs

• UN emergency operations

• International development banks

• NGO-led health projects

• Humanitarian and disaster response programs

Its small-capacity design ensures affordable lifecycle costs, simple maintenance, and consistent operational performance―even in low-resource settings.

Conclusion

The HICLOVER Top-Loading Incinerator (10C20 kg/h) offers a powerful combination of compact structure, rapid deployment, low fuel usage, and strong compliance features. It is specifically designed to help healthcare facilities―large or small―manage infectious waste safely and independently of external disposal systems.

This solution supports public health protection, infection prevention and control, and sustainable waste-management practices, making it an excellent choice for competitive tenders and institutional procurement.