
Protocol: Complex Industry & Energy Supply 2018 (GRE)
ICP protocols are standardising the way energy efficiency projects are developed, documented and measured following best practice and involving independent verification. Protocols are NOT interfering with the technical side of projects. This COMPLEX industry and energy supply protocol is intended for installation of new technology types or capacities, including new utility generation technologies…
Read Full Business PracticeProtocol: Complex Industry & Energy Supply 2018 (BUL)
ICP protocols are standardising the way energy efficiency projects are developed, documented and measured following best practice and involving independent verification. Protocols are NOT interfering with the technical side of projects. This COMPLEX industry and energy supply protocol is intended for installation of new technology types or capacities, including new utility generation technologies…
Read Full Business PracticeProtocol: Complex Industry & Energy Supply 2018 (ENG)
ICP protocols are standardising the way energy efficiency projects are developed, documented and measured following best practice and involving independent verification. Protocols are NOT interfering with the technical side of projects. This COMPLEX industry and energy supply protocol is intended for installation of new technology types or capacities, including new utility generation technologies…
Read Full Business PracticeEnergy Management System in cement industry
Salonit Anhovo is the leading cement manufacturer in Slovenia. As an environmentally and energy-friendly company, Salonit decided to carry out an energy management project. The project included an introduction to energy management systems and energy optimization in cement manufacturing. It is a large industrial area and LoRaWAN communication was the only suitable alternative to the classical wired…
Read Full Business PracticeTOP 3 Articles 1st half 2018
1 - The benefit of compressed air systems becoming smart - a Boge example. Industry 4.0 in practice: from product to solutions: Boge compressed air example of how the combination of a smart product,…
Read Full articleCatalytic Hydrogen Production: Pioneering Clean Energy with Methane Cracking
In the race to decarbonize the world’s energy systems, hydrogen stands out as one of the most promising fuels for a cleaner future. A significant part of this transformation is methane cracking, an…
Read Full articlePre-commercial procurement for 100% renewable retrofits
The EU and the USA increased ambitions to reduce carbon emissions. A green recovery from the pandemic should address the buildings sector, since 90% of buildings will still exist in 2050 being…
Read Full articleMaking existing lending processes drive energy efficiency
Making existing lending processes drive energy efficiency A recent article entitled “ All Lenders must be green lenders ” by friend and EnergyPro collaborator in the US Sean Neil emphasised an…
Read Full articleHow new technology can allow factories without chimneys
This interview with Professor Hussam Jouhara, Scientific Technical Director of the iWAYS project, explores the development of the Heat Pipe Condensing Economiser (HPCE). Jouhara discusses the…
Read Full articleFour reasons why financial institutions should be active in energy efficiency
Four reasons why financial institutions should be active in energy efficiency This is the first in a series of blogs based on and picking up key elements in the EEFIG Underwriting Toolkit which was…
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