THANK YOU ALL FOR A WONDERFUL YEAR. TO AN EQUALLY WONDERFUL 2024!
Reflecting on the past year, Unilab has been at the forefront of innovation and growth through a multitude of projects […]
Reflecting on the past year, Unilab has been at the forefront of innovation and growth through a multitude of projects […]
Unilab is excited to share that our CEO and Managing Director, Mr. Stefano Fucile, was featured in the July 2023 special issue of JARN, completely dedicated to heat pumps. The interview offered an exclusive insight into the world of heat pumps and our cutting-edge software (https://lnkd.in/ekBJnvhh)
Last April 13, at the NH Hotel in Padua, on the occasion of the launch of the new Unilab software for calculating and simulating Heat Pumps, and in collaboration with Studio Gandini, which specializes in thermal and electrical renewables, an exclusive event was held, reserved for a select audience of key stakeholders in the entire heat pump supply chain.
Last week we announced an update in how fluids are searched and visualized in UNILAB COILS.
From the next update, Unilab Coils will allow you to search and display the names of refrigerants and fluids
Here are some new features for the HEAT PUMP software, one of the success at Chillventa. The software is an Air to Water Heat Pump focused simulation tool, a reduced-and evolved-version of our existing SHARK software, specific for Heat Pumps manufacturers.
Unilab will participate to this year’s CHILLVENTA, from 11th to 13th October 2022! Save the date! HALL 7 BOOTH 131
MCE 2022 (Mostra Convegno Expocomfort) will be held at Fiera Milano (Milan Fair) from 28th June to 1st July this year, following an enforced hiatus of four long years. (The last face-to-face event was held back in 2018).
Here is our part of our series about Pillow Plates Heat exchangers. The current article will focus on examining the Pillow Plate Falling Film Evaporators (PPFFEs), their operating principle and applications. To keep the readers up to date, a brief review will be made regarding some essential concepts of the pillow plate heat exchangers.
Figure 1 shows a schematic of a simplified LiBr and H20 absorption refrigeration cycle, described in the following form