A leading chemical plant in Germany recently purchased a Weldpack heat exchanger. This unit is to be used as a chiller of a chemical with brine.
Temperature control is a familiar requirement in various processes within the chemical industry. Brine chilling systems play a prevalent role in maintaining low temperatures in chemical reactors, cooling processes, and other applications.
In the competitive landscape of the chemical industry, securing an order for a brine chiller requires offering a winning solution that addresses both efficiency and sustainability. The use of a plate heat exchanger provides the ideal answer, empowering chemical manufacturers with an energy-efficient, compact, and reliable cooling solution that drives cost savings and promotes responsible environmental stewardship.
We are delighted that Vitherm Weldpack heat exchanger has earned their trust as the preferred equipment for their process plant.
Vitherm welded heat exchanger will be used for this heat recovery process. With proven track records of its unique mechanical strength gave us the cutting edge over other competitors. It also allows easy accessibility, hence making it possible for 100% cleaning due to the pattern on Vitherm plates giving extensive and trouble-free operation.
With 60 over years expertise in process technology and Heat Exchangers manufacturing, Vitherm has advanced and expanded weldpack heat exchangers to be applicable for many industrial usage. Research and Development is the key to Vitherm’s constant innovation in its technologies, thus placing a strong foothold among global players in the heat exchanger market.
Today, our Heat Exchangers are manufactured according to the highest quality standards, and respects all the International Industry regulations and requirements in our State of Art manufacturing facilities. These are located in Asia, Europe and Middle East, as well as our service centers are spread throughout the Continents.
As focusing on upholding quality and maintaining customer satisfaction remains our utmost priority.