Liquefied Natural Gas (LNG) Experimentation: A Study
Experimentation on Liquefied Natural Gas (LNG)
CLIENT CHALLENGE While it seemed evident that LNG pollutes less than Diesel, this fact is now confirmed thanks to this study conducted in collaboration with Jacky Perrenot, Iveco, and Axègaz.
CRMT SOLUTION The company tested the vehicles with a trailer loaded with 26 tons of water pallets over routes ranging from 50 to 110 km. The tests were carried out under real operating conditions, with routes representative of delivery scenarios: a highway segment, a steep incline typical of mountain roads, a national road, a departmental road, and urban streets. The study's results confirmed the better performance and superior environmental benefits of LNG.
HORECHAP Project: A study of non-exhaust emissions from heavy-duty vehicles
Funded by ADEME, HORECHAP is a study conducted by Gustave Eiffel University (UGE), ULCO, and CRMT aiming to quantify non-exhaust fine particle emissions (brakes and tires) from thermal and electric heavy-duty vehicles. Discover how CRMT participated on several aspects of the project to ensure the reliability of the measurements.
CRMT is taking part in a study for the DGEC of the French Ministry for the Ecological Transition.
CRMT was selected to contribute to a large-scale study coordinated by IFP Energies
Nouvelles on behalf of the Directorate General for Energy and Climate (DGEC) of the
French Ministry for the Ecological Transition.
Real-world Pollutant Emission Measurements at the Heart of the Venetian Lagoon
CRMT conducted real-world ISM testing in the Venetian Lagoon to measure pollutant emissions from vessels.
Using a PEMS, precise data was collected to optimize energy performance and meet regulatory requirements.
Project CAEFE: A study on non-exhaust emissions from brake particle wear
CRMT, in collaboration with ADEME, Gustave Eiffel University and Telma, is carrying out a comprehensive study of pollutant emissions from a coach's brakes and exhaust under real-life conditions, designing and testing innovative particle capture devices to reduce pollution and improve air quality.
As part of the EASVOLEE project, CRMT is playing a key role in measuring emissions of regulated and non-regulated pollutants from different types of vehicle under real operating conditions, in order to gather valuable data for improving air quality in Europe.
CORTEA : measuring pollutant emissions on light vehicles
CRMT has carried out R&D tests on various vehicles in the RDE cycle to measure various non-regulated pollutants that have an impact on air quality, such as volatile organic compounds (VOCs) and sulfur compounds.
CRMT carried out comparative tests for Scania France to assess the emissions of Euro VI coaches running on diesel, CNG and ethanol under real operating conditions.