New processes
New processesand equipment to
reduce the energy consumption and GHG emissions with the aim of achieving
lower carbon footprint products.
Less pollution
New processes and equipmentto reduce the energy consumption and GHG emissions
with the aim of achieving
lower carbon footprint products.
Aluminium
New integral design of processes, materials and equipment for the metallurgical energy intensive industries for aluminium, steel and iron demonstrators through simulation.ation.Steel & iron
New integral design of processes, materials and equipment for the metallurgical energy intensive industries for aluminium, steel and iron demonstrators through simulation.News
NIWE stakeholders meeting
Last 16th of October NIWE Project celebrated a Stakeholder´s meeting in Brussels. [...]
NIWE project was present in the 73rd World Foundry Congress (WFC)
The NIWE partner TECNALIA participated in the 73rd World Foundry Congress (WFC) [...]
Wireless Power Transfer System for industrial furnaces
NIWE has produced an animation video to explain how the wireless power system developed by the project works. This system is based in the induction concept, and enables to heat industrial furnaces without requiring any physical connection, transferring the energy through the air.
They system has been tested and validated in a real industrial plant, offering significant advantages in terms of operation, flexibility, efficiency, sustainability and profitability.
The main objective of NIWE is to develop and demonstrate new processes and equipment
for the metallurgical energy intensive industries, to reduce the energy consumption in the casting and manufacturing processes and to reduce the GHG emissions with the aim of achieving lower carbon footprint products.
Project Partners
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News
Fourth Period Publishable Report
Publication: Fourth Period Publishable Report
Summary: Activities carried out during the fourth period
Scientific paper on “Determination of dendrite coherency point characteristics using two new methods”, published in Applied Science Journal
Reference: Scientific paper on “Determination of dendrite coherency point characteristics using two new methods”, published in Applied Science Journal
NIWE stakeholders meeting
Last 16th of October NIWE Project celebrated a Stakeholder´s meeting in Brussels. Partners of the NIWE Project presented all achievements […]
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New processes, less pollution
New processes and equipment to reduce the energy consumption and GHG emissions with the aim of achieving lower carbon footprint products.