Power plant
660 MW, coal fired, 32 field ESP
HF panels installed, 2 panels per pass.
For four decades, the world's electrostatic precipitators, the giant filters on power plants, cement kilns, steel and paper mills, have run on our power systems. When a plant needs its stack cleaner, we make it happen without rebuilding anything.
In short, just by changing the electrical energisation technique in the ESP,
a significant reduction in emissions can be achieved by installing the HF panels.
660 MW, coal fired, 32 field ESP
HF panels installed, 2 panels per pass.
Kiln ESP, 6 field ESP
HF panels installed in the 1st and 2nd field.
8 field ESP
HF panels installed in the 1st and 2nd field.
4 field ESP
HF panels installed in the 1st and 2nd field.
10–15% of what a full ESP renovation costs, and still cut emissions by 30 to 50%.
Nothing gets rebuilt. Your ESP, transformers and cabling stay exactly where they are. We change how they're powered; that's it.
One day of downtime. The changeover happens field by field, in a single day per changeover, not a shutdown project.
Start small, prove it, extend. Most customers convert one or two fields first, watch the stack, then extend, no tender-scale commitment to begin.
It also trims the power bill. Better power factor means the same clean air costs less electricity.
Share the details you have, and our engineers will fill in the gaps to create a tailored proposal for your site.
Our transformer-rectifiers travel inside the world's ESP systems, most plants running our equipment have never met us. This is where they ended up.
Wherever fuel is burned, coal, rice husk, bagasse, paper-mill rejects, waste, an ESP keeps the ash out of the sky, and our systems power the ESP.
Tell us about your current setup and your latest emission readings.
We’ll help you understand what’s achievable, what it may cost, and the right way forward.