Liquid residue incineration
In the chemical, petrochemical and pharmaceutical industries, large quantities of liquid residues arise that can be thermally recovered. In line with a zero-waste approach, these waste streams are increasingly used for energy generation directly at the point of origin. This is often done in adiabatic combustion chambers with downstream heat recovery. In addition, many industrial parks operate specialised hazardous-waste incineration plants, in which both liquid and solid waste materials are incinerated by internationally active disposal companies.
For reliable operation of these plants, robust and operationally safe burner and atomisation systems are of crucial importance. In particular, the proven ultrasonic atomisation technology enables the efficient and trouble-free firing of highly viscous and highly corrosive liquids, as well as media with solid contents of up to 10 mm. Combined with easy-to-adjust burner systems and clog-resistant dosing and control equipment, such components form the technical backbone of many thermal disposal processes worldwide.
Waste-water disposal by evaporation
The thermal treatment of fuel-laden and contaminated waste water also plays a central role in many industrial sectors. Sound engineering is essential here: from the design of the combustion chamber geometry through the optimal positioning of the injection to the meaningful zoning of temperatures – all these aspects contribute to low-emission and efficient disposal. This expertise is required not only for the planning of new plants but also for the optimisation of existing systems, in order to improve operational safety, efficiency and environmental compatibility.
Efficient solutions for liquid residue incineration
Reliable systems for liquid residue and waste-water incineration – low-emission, robust and maintenance-friendly. Rely on innovative burner and atomisation technology for safe and efficient disposal. Request your no-obligation consultation today.