Summertime is installation time
Engineers use the summer break to launch new heat recovery system This summer, when millions of Europeans were departing for … Read more
HPHE and greener furnaces: a combo that can make emissions plunge in the aluminium industry
Furnaces can account for more than 70% of energy consumption in plants dedicated to secondary aluminium production, releasing 25%-35% of … Read more
pageflow: reducing GreenHouse Gas emissions in Energy Intensive industries
Dive into this pageflow telling our successful story on thermal recovery in steel, aluminium and ceramics industry: a cost effective … Read more
Four young scientists talk about the future of waste heat recovery
On the crossroads to sustainability, energy intensive industries face huge challenges – waste heat recovery is one of the most … Read more
The last curve before the finishing line
Innovative heat pipe heat exchangers ready for commissioning At the end of October 2020, Wales has announced, once again, a … Read more
How reusing waste heat can take aluminium one step closer to becoming a greener industry
Aluminium is one of the most recycled commodities in the world, but the processes involved in the production of this … Read more
Pageflow: 11 uses of heat pipes you’ve never thought of
Dive into our first multi-media experience to explore the vast variety of different heat pipes. You can cook with them, … Read more
European Green Steel
First unit has arrived in Slovenia to recover 47% of heat in steel production plant. The first ETEKINA Heat Pipe … Read more
TRIPPLE-WIN-SITUATION: Introducing Heat Pipes to Aluminium Industry could save energy, reduce costs and CO2 emissions!
In aluminium production around 50% of the energy consumed is lost as thermal waste. At the International Conference on Advances … Read more
The energy shift of the United Arab Emirates – From third largest exporter of crude oil to global advocate of renewable energy
In 2017 the United Arab Emirates (UAE) launched the “Energy Strategy 2050” with the ambitious goal of reaching an energy … Read more