Alongside its filter bag manufacturing, Micro-one Co., Ltd. designs and builds waste incinerators, flue gas treatment systems and power plant dust collection equipment on an EPC basis. Designs are checked with CFD flow analysis and 3D modeling, and every system can be fitted with Micro-one’s own DuraFill™ and CataFill™ filter bags.
We offer cost-effective consulting tailored to each customer and provide after-sales service once the plant is handed over.
A medical waste incinerator burns infectious waste from hospitals and laboratories at 850–1,200°C, destroying pathogens and breaking down hazardous substances. Feeding, combustion control and flue gas monitoring are automated to minimize operator exposure to infectious waste. Micro-one designs and builds medical waste incinerators with automated feeding and continuous emission monitoring.
What are the key features?
Safe Disposal of Medical Waste
Infection control: High-risk infectious waste such as blood, tissue and syringes is incinerated at high temperature to render it harmless
Destruction of pathogens: Microorganisms and pathogens are completely destroyed
Elimination of hazardous substances: Chemical and pharmaceutical waste is completely combusted to minimize environmental impact
High-Temperature Incineration System
Combustion temperature: 850–1,200°C to fully decompose waste
Dioxin suppression: Rapid cooling systems and flue gas treatment equipment to minimize the formation of hazardous substances such as dioxins
Flue Gas Treatment
Flue gas from incineration passes through several treatment stages
Dust collector: Removes dust and fine particles
Scrubber: Neutralizes acid gases
DeNOx system (SCR): Removes nitrogen oxides (NOx)
Energy Recovery
Recovers heat from incineration as steam or electricity
Can be used as an energy source for hospitals or industrial facilities, contributing to energy savings
Automation and Monitoring Systems
Automated operation: Waste feeding, combustion control and emission monitoring are fully automated to protect workers
Real-time monitoring: Monitors emissions and combustion status in real time to ensure stable operation
Infectious waste such as blood, tissue and syringes is burned completely at high temperature to destroy microorganisms and pathogens. Automated feeding and combustion control keep operators from handling the waste directly.
How is incinerator flue gas treated?
A typical treatment train is SNCR (NOx) → SDR semi-dry reactor (acid gases) → DR dry reactor (activated carbon and lime) → baghouse (dust) → SCR or scrubber. The actual configuration depends on the waste type and the emission limits. Where there is no room for a tail-end SCR, the baghouse bags can be replaced with CataFill™ catalytic filter bags to reduce dust and NOx in the same unit.
Which filter bags are used in an incinerator baghouse?