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The HEVIMA project
A modular parallel hybrid marine power system to reduce carbon emissions in small ferries
网络彩票APP下载_澳客彩票网-官方游戏, goal is to develop innovative approaches for reducing the amount of?carbon dioxide?produced by human activities. We are attacking this goal?firstly by?reducing our consumption of carbon dioxide?-intensive energy and goods, and secondly by?reducing the amount of?carbon dioxide?generated by the production of energy and other goods.
Green clean transport
New hybrid engine for Venetian water taxis improves air quality by reducing carbon emissions
Smart grids clever vehicles
Battery characterisation and management and Vehicle to Grid (V2G) modelling - electric cars for the future
Tidal turbines
Exploring ways to enable better energy yields from tidal currents
Anaerobic digester biofuel
Novel biotechnology using AD technology as the basis for an extended bio refinery concept.
Cleaner fuel
Carbon neutral bio-fuels offer a cleaner future. 网络彩票APP下载_澳客彩票网-官方游戏, research aims to provide an accurate and practical model for the injection and combustion of liquid fuel blends
Theme lead
Dr Edward Richardson
Researchers
Professor Jeremy Frey
Dr Enrico Costanza
Dr Luke Myers
Professor Gail Taylor
Professor Patrick James
Dr Yue Zhang
Dr Suzanne Milner
Professor Charles Banks
Dr Sonia Heaven
Professor Andrew Cruden
Dr Ngoc Truong
Professor Roberto Lot
Dr Alba Serna-Maza