Partners in Horizon 2020 call FCH-01-5-2016 Develop new complementary technologies for achieving competitive solutions for marine applications

Created on 22 Feb 2016
Stiftinga Vestlandsforsking / Western Norway Research Institute user picture

Stiftinga Vestlandsforsking / Western Norway Research Institute

Research Institute

Creator



Looking for Partnership

Looking for Lead Partner


Western Norway Research Institute is offering to investigate CO2 performance (trough Life Cycle Analysis) of current marine powertrain solutions, and demonstrate the specific emission savings that can be achieved by replacing conventional technology. It is for the call FCH-01-5-2016 Develop new complementary technologies for achieving competitive solutions for marine applications


 Low-Carbon Technology
 Intelligent Energy
 Renewable Energy
 Nanotechnology and Nanosciences
 Maritime transport

Recommended Calls for This Idea
Calls proposed by users that could work with this Idea.


recommend a call  

Looking for Similar Ideas?
Here are suggestions of similar ideas

Interested in a Partnership (Basel Agency for Sustainable Energy)

Created on 23 Jun 2017
...
 Low-Carbon Technology
 
 Intelligent Energy
 
 Renewable Energy
 
...

Participate in projects that require finanicng strategies and models to engage private sector in sustainable energy and climate change solutions (mitigation and adaptation)

Interested in a Partnership (Antonio M. Chaparro)

Created on 30 Mar 2017
...
 Low-Carbon Technology
 
 Intelligent Energy
 
 Renewable Energy
 
...

A Project for hydrogen and fuel cell application. We are involved in portable generation, but could contribute in other kinds of application (automotive, stationary).

CLEAN-TECH VOLVAR TECHNOLOGY: OBTAIN OPTIMAL POWER, HEAT & CARBON ABATEMENT

Created on 19 Feb 2017
...
 Low-Carbon Technology
 
 Renewable Energy
 
...

Photovoltaic system efficiency significantly drops under the sun. Thus, current solar power and heat generation technologies fail to steadily meet the power and heat demands due to decreasing, fluctuating efficiency levels. Hence, supplying clean, ...