Company Information
HRS Group was born in 1994, after a fusion of two companies one from Spain and one from England with more than 50 years of experience in heat exchangers. HRS Group has designed and patented, manufactured and sold heat exchangers, process systems, aseptic fillers and piston pumps all over the world to improve the performance of systems and the quality of processes in the different industrial sectors.
At the present, HRS Group employs about 100 people in 6 companies worldwide:
- HRS Spiratube, S.L. (Spain): R+D, Production, Engineering, Design and Sales.
- HRS Heat Exchangers Ltd. (UK): Design and Sales.
- HRS Process System Private Ltd. (India): Production, Engineering, Design and Sales.
- HRS Process Technology Inc. (USA): Design and Sales.
- HRS Spiratube GmbH. (Germany): Design and Sales.
- HRS Dubai: Design and Sales
With this group of companies specialized in Heat Transfer Technology, HRS has become the fastest growing heat exchanger company in the world.
With a significant presence in 5 continents, we market and sell our products by agents/distributors, subsidiaries, OEM companies and direct sales.
We develop solutions for new needs
The appearance of new products and processes in different industrial sectors related to Chemistry, Food, Biochemistry, Energy or Environment, produced progressively more fouling in heat exchanger applications.
At HRS, we adapt to new unforeseen conditions and processes and we produce the latest technology to offer effective solutions.
Futuristic solutions for today
By means of our most innovative product, the dynamic scraped surface heat exchanger Unicus®, we provide solutions to fouling problems and all processes that inhibit thermal transfer.
With its alternating movement of scraping elements, this scraped surface heat exchanger avoids fouling on the tube wall in high viscosity and fouling processes, concentration and crystallization. It is also used for continuous reactions in the chemical industry. The scrapers work as static mixers and the heat exchanger help to speed up an endothermic or exothermic reaction.
