Ultrafiltration Bypass means continuous washing water purification without interfering with the production process. This stabilizes cleaning processes , improves component quality and reduces chemical and water consumption. Compact, robust design makes the systems suitable for continuous industrial operation.
evaporators are low-maintenance systems that operate largely automatically and require little operator intervention. Robust components and appropriate pretreatment ensure high system availability. Integration is tailored to the individual infrastructure and wastewater streams.
evaporators achieve discharge limits through clear separation: critical substances remain in the concentrate , while the distillate is significantly cleaner. This effectively reduces organic and chemical pollution. This supports legal and operational requirements.
evaporator system Process integration is achieved through individual design based on wastewater flow, volume flow, and fluctuations. Infrastructure, usable heat sources, and the desired recovery rate are also taken into account. This ensures that the solution fits neatly into the processes from a technical perspective and operates efficiently.
's ET series supports legal requirements for wastewater with stable, traceable process control and guideline-oriented design. The technology helps to reliably achieve discharge values and simplify compliance. This is particularly important with changing wastewater flows.
In order to determine whether your plant meets the BAT requirements for industry, an analysis of the current status is usually necessary. This includes reviewing the processes used, energy efficiency, wastewater quality, and the auxiliary materials used. A comparison with the current BREF documents shows whether there is a need for modernization. MKR Metzger offers individual consultations and practical tests for this purpose—existing plants can often be upgraded to the state of the art by retrofitting and combining technologies such as vacuum evaporation and filtration.
