Industrial Waste Incinerators
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.
Explore: heat recovery and waste-to-energy plants · flue gas treatment systems · power plant dust control · energy facility operations
An industrial waste incinerator burns solid, liquid and sludge waste from factories and other commercial sites at 850–1,200°C to reduce its volume and destroy hazardous substances. The heat is recovered in a boiler as steam or power, and the flue gas passes through DeNOx, acid gas and dust removal equipment before release. Micro-one provides consulting, design, construction and after-sales service for industrial waste incinerators, using CFD flow analysis and 3D modeling.
For the baghouse after the incinerator, Micro-one supplies its own DuraFill™ filter bags and CataFill™ catalytic filter bags to control dust and NOx together.
Solid waste such as plastics, rubber and textiles, liquid waste such as spent solvents and waste oil, and semi-solid waste such as sludge. The furnace and feeding system are designed around the properties of the waste.
Waste incinerators reduce NOx with SNCR in the furnace (typically 30–50%), SCR after the baghouse (typically 70–90%), or catalytic filter bags that reduce NOx inside the existing baghouse. Many plants combine SNCR with SCR or with catalytic filter bags such as CataFill™ to meet stricter limits.
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.
PTFE filter bags are the usual choice for incinerator flue gas, which is high in acid gases and moisture. Micro-one manufactures DuraFill™ ePTFE membrane filter bags for fine dust and CataFill™ catalytic filter bags that reduce dust and NOx together. As a filter bag manufacturer and supplier for waste incinerator baghouses, Micro-one has supplied filter bags to more than 700 customers in Korea and overseas since 2006.
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