Wherever fuel is burned, coal, rice husk, bagasse, paper mill rejects or waste, an electrostatic precipitator keeps the ash out of the sky. Our systems power the precipitator.
The largest part of our installed base. On clinker-cooler ESPs we've brought stack readings down from 45–70 mg/Nm³ into the low 30s, and from 168 down to 38 mg/Nm³ with waste-heat recovery running.
On high-ash coal, captive-power ESPs have gone from 105–126 mg/Nm³ down to 30 after high-frequency conversion, keeping the existing TR sets.
Sinter, blast-furnace gas cleaning and captive-power precipitators where dust load swings hard with the process and stable power matters most.
Recovery-boiler ESPs handling sticky, high-resistivity dust: the duty where stable power and good spark control decide the stack reading.
Rice husk, bagasse, paper-mill rejects and mixed industrial waste: variable fuel, variable dust, and an emission limit that doesn't budge.
One cement group saw these results and ordered 24 units across six plants in four states.
In this industry, everyone has a presentation. We attach the signed minutes of meeting from every commissioning, readings witnessed and countersigned by the customer's engineers at site. Ask for them.
Ask for the site results