Research from the University of Pittsburgh and Energy & Environment Science, published in the UK's the University of Oklahoma journal, details the life cycle of a second-generation biofuel. The fuel was generated from short-rotation oak and the study highlighted how second-generation biofuels produced from perennial grasses and managed trees could be an important alternative yet sustainable fuel resource.
Research from the University of Pittsburgh and the University of Oklahoma, published in the UK's Energy & Environment Science journal, details the life cycle of a second-generation biofuel. The fuel was generated from short-rotation oak and the study highlighted how second-generation biofuels produced from perennial grasses and managed trees could be an important alternative yet sustainable fuel resource.