Tempco custom immersion plate heat exchangers arrays designed for energy-saving applications—specifically heat recovery from wastewater used for well-water preheating—installed in an equalization tank for parboiled rice production.
Tempco.green is a new space expressly dedicated to Tempco green solutions for thermal energy management bringing efficiency, energy saving and solid sustainability in process industry temperature control applications.
Thermal management Tempco solutions with PCHE plate heat exchangers for the hydrogen generation and use in fuel cells for the green energy industry and cooling of power electronics in zero emission yacht for the Baglietto Bzero project.
Present and Future of Thermal Energy is the title of the second Tempco e-book, among renewables and sustainability with hydrogen applications in fuel cells for the mobility of the future, heat pumps and heat exchangers for CO2 refrigeration.
TCOIL plate heat exchangers for immersion use employed in thermal energy recovery and renewables applications leveraging geothermal energy, with direct immersion in tanks or natural basins such as lakes and sea water.
Energy and renewables are themes of growing importance, and becoming more and more actual and relevant. This is very clear […]
Heat recovery and energy saving in industrial laundries thanks to TCOIL immersion heat exchangers, a kind of solution that offers power savings of 2/3 of the requested consumption and a shortened return of investment due to the increase of energy prices.
Data center investments doubled globally over the last year, while an increasing focus on ESG and sustainability factors make these a main requirement for investors, where liquid immersion cooling of data center equipments can provide great energy savings.
Electropolished TCOIL immersion heat exchangers add further value to Villa Savoja, a beautiful period villa on the Como Lake, employed in water cooling serving heat pumps for the climatic regulation of the villa implementing renewable energy and sustainability.
Proof-of-concept immersion liquid cooling of electronic devices in Supermicro data center showed increased energy efficiency with lower power consumption in HPC tasks, also leading to utility costs saving in EDA software licensing in the semiconductor industry.
