Wet exhaust and process gas cleaning systems require the use of techniques that separate the emissions absorbed by the liquid.
Whether it is a pre-cleaning, main cleaning or even an conductive final cleaning, these methods serve to reduce disposal costs or to avoid them altogether. As a result, water treatment systems are often an integral part of exhaust gas purification systems.
Due to the process, a multi-stage water treatment is sometimes necessary, whereby possibly additional sorption or absorption substances and chemical solutions are dosed.
Case: FINSA Santiago
Santiago de Compostela, Spain
Waste gases from chip drier
Start-up: 2020
Process:
System:
Crude Gas m³/h: 716,700
Operation Temp.°C: 69.0
Case: Egger Panneaux & Décors
Rambervillers, France
Waste gases from chip drier
Start-up: 2018
Process:
System:
Crude Gas m³/h: 115,000
Operation Temp.°C: 32.0
Case: SWISS KRONO Żary
Żary, Poland
Waste gases from MDF fiber drier
Start-up: 2018
Process:
System:
Crude Gas m³/h: 870,00
Operation Temp.°C: 52.0/35.0
Case: Tanne (Forte) Suwałki
Suwałki, Poland
Waste gases from chip drier
Start-up: 2017
Process:
System:
Crude Gas m³/h: 328,732
Operation Temp.°C: 72.0
Case: IKEA Industry Novgorod
Novgorod, Russia
Waste gases from chip press
Start-up: 2015
Process:
System:
Crude Gas m³/h: 105,000
Operation Temp.°C: 36.0
Case: Fritz Egger GmbH
St. Johann, Tirol, Austria
Waste gases from 2 chip driers and press
Start-up: 2009
Process:
System:
Crude Gas m³/h: 304,000
Operation Temp.°C: 71.0
