Zewatech Evaporators vs Other technologies

ComparisonZEWATECH Evaporators vs Physicochemical/Biological Treatment

ZEWATECH’s vacuum evaporation technology stands out significantly against physicochemical and biological treatments, especially in terms of performance guarantee. Unlike these traditional methods, which are highly sensitive to variations such as temperature and pH, ZEWATECH evaporators offer superior adaptability, ensuring effective treatment for a wider variety of waste.

Waste Reduction and Efficiency

Physicochemical treatments usuallygenerate high percentagesof waste, while biological processesdo not accept inorganic or toxic products and can occupy significantly more space. In contrast, ZEWATECH evaporators minimize waste generation and improve the purification of water components, allowing their reuse or commercialization.

ComparisonZEWATECH Evaporators vs Membranes

When comparing ZEWATECH evaporators with membrane systems, a very thorough CAPEX/OPEX study must always be carried out where a clear advantage of membranes is observed in terms of capacity to treat large flows and concentrate significantly more waste but for the management of rejections or treatment of medium or small flows, ZEWATECH’s evaporation treatment is much more advantageous. 

Simplicity and Cost-Effectiveness

In addition, the installation of ZEWATECH evaporators is simpler and requires less space than membrane systems. This translates into more manageable control and maintenance and, ultimately, long-term cost savings.

Smart Choice for Water Treatment

ZEWATECH provides wastewater treatment solutions that are not only more efficient and adaptive to different types of waste, but also offer significant economic benefits. Whether comparing with physicochemical, biological treatments or membrane systems, ZEWATECH evaporators prove to be a superior choice in terms of performance, costs and sustainability. The accompanying graphs on our website clearly illustrate these advantages, reaffirming the superiority of ZEWATECH evaporators in the treatment of industrial wastewater.