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ERTRAC Carbon-neutral Road Transport 2050 – a technical study from a well-to-wheels perspective

ERTRAC Carbon-neutral Road Transport 2050 – a technical study from a well-to-wheels perspective

Apr 29, 2021

The ERTRAC Carbon neutrality Study 2050 (WTW) analyses different “extreme” scenarios and compares effects. It does not aim at giving a projection or at describing the way to achieve a carbon neutral road transport. The study only reflects the views of the contributing...
Technology scouting—carbon capture: from today’s to novel technologies (Concawe Review 29.2)

Technology scouting—carbon capture: from today’s to novel technologies (Concawe Review 29.2)

Feb 17, 2021

Concawe has commissioned a new study to evaluate state-of-the-art carbon capture and storage (CCS) technologies, with a focus on commercial/near-term opportunities for CCS that are already in the market or expected to be available in the 2025–2030 time frame, as well...
JEC Well-to-Wheels study version 5: a look into the carbon intensity of different fuel/powertrain combinations in 2030 (Concawe Review 29.2)

JEC Well-to-Wheels study version 5: a look into the carbon intensity of different fuel/powertrain combinations in 2030 (Concawe Review 29.2)

Feb 17, 2021

Version 5 of the JEC evaluation of well-to-wheels energy use and greenhouse gas emissions for a range of potential future fuel and powertrain options has now been completed. Full details are available online via the JEC consortium website. This article provides an...
Impact analysis of mass EV adoption and low-carbon intensity fuels scenarios (Concawe Review 27.2)

Impact analysis of mass EV adoption and low-carbon intensity fuels scenarios (Concawe Review 27.2)

Jul 8, 2020

A Concawe study examined several options for achieving a low-carbon transport system in the EU by 2050. Significantly, a mass EV adoption scenario and a low-carbon fuels scenario both achieve similar reductions in total parc greenhouse gas emissions, at similar...
Running high-octane petrol in a suitably adapted engine (Concawe Review 29.1)

Running high-octane petrol in a suitably adapted engine (Concawe Review 29.1)

Jul 8, 2020

Concawe’s modelling and vehicle testing study shows that fuels and vehicles can be optimised together to take advantage of higher-RON fuels, and achieve significant improvements in efficiency and CO2 emissions.
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