HICLOVER TS50 Containerized Mobile Incineration System
The HICLOVER TS50 Containerized Incineration System is a fully self-contained waste-treatment solution designed for rapid deployment, field mobility, and reliable operation in remote or infrastructure-limited environments. Built inside a standard ISO container, the TS50 provides safe medical-waste incineration and clean exhaust-gas purification through an integrated two-stage combustion system and multi-stage wet scrubber.
This configuration ensures reliable, emissions-compliant waste treatment for rural hospitals, field clinics, military camps, emergency missions, NGO operations, mining bases, and temporary waste stations, while maintaining the ease of transport, protection, and operational readiness expected from a container-based unit.
The mobile containerized TS50 is engineered for locations requiring quick installation, relocation flexibility, and 24/7 protected operation. Typical deployment scenarios include:
The system handles diverse waste streams:
The TS50 is installed inside a 20-foot or 40-foot ISO container, with the following enhancements:
The container design allows the entire incinerator and scrubber system to operate without a building, reducing civil work and ensuring mobility.

The exhaust treatment system may be installed inside or beside the container, depending on layout.
| Component | Value |
|---|---|
| Rated Capacity | ~50 kg/hour |
| Primary Chamber Temp. | 800–1000°C |
| Secondary Chamber Temp. | 1000–1300°C |
| Residence Time | >2 seconds |
| Wet Scrubber | Dual-stage + Demisting Tower+ G4 stainless-steel filter |
| Burners | 2 (primary & secondary) |
| Fuel | Diesel (default) |
| Container Type | 20ft / 40ft ISO |
| Installation | Mobile, no civil building needed |
The HICLOVER TS50 Containerized Mobile Incineration System is a robust and field-proven waste-treatment solution engineered for high mobility, controlled medical-waste destruction, and clean emissions. Its modular containerized structure allows quick deployment, easy relocation, and long-term reliability—making it ideal for remote clinics, emergency missions, military operations, and small healthcare networks requiring safe, on-site waste disposal.