Up to date with kelvion
Kelvion has boosted its green credentials by extending the 90 bar operating pressures to three CO2 air cooler models. Following the launch of the KDC dual discharge cooler 90 bar version in 2018, the market SP cubic cooler and compact DF wedge cooler units are also available in 90 bar variants. Their maximum capacities are: KDC, 23 kW; SP, 50kW and DF, 11 kW.
Energy saving and waste recovery solutions for the paper industry - Maximum energy efficiency and heat recovery, with minimum waste heat are key goals in the paper and pulp industry. Kelvion’s effective and flexible solutions for paper production and waste water cooling can help companies to achieve them. Sustainable energy efficiency and process reliability underpin the Kelvion range of plate heat exchangers, air dryers, radiators and cooling towers. These technologies – both components and system solutions – will be on show at the ZELLCHEMING-Expo in Frankfurt am Main from 25 to 27 June.
Oil rigs, LNG and regasification facilities, hydrogen and supercritical CO2 stations depend on heat exchange solutions that can withstand extreme temperatures and pressures while taking up minimum space.
Industrial facilities and power plants generate waste heat that is usually released into the air. Kelvion has the solutions for how 2 Recover Waste Heat with two new additions to its product portfolio – the Exhaust Gas Heat Exchanger and the EcoMi modular economizer. They can transform waste heat into useful forms of energy, reducing emissions and boosting efficiency. Kelvion’s 2 Recover Waste Heat solutions offer a practical way to save energy, improve performance and combat global warming.
District cooling stations, high-rise building cold supply or data center cooling - gasketed plate heat exchangers for these applications require peak performance in terms of heat transfer whilst withstanding high system pressure. The new Kelvion plate heat exchanger NP150X is tailored to meet these requirements, thanks to an extremely shallow plate gap and a smaller pitch. These attributes ensure highly turbulent flow and in turn a good heat transfer at very small temperature differences.