In Japan, the University of Okayama said that a group of researchers have developed a novel mechanical compression method to squeeze maximum benefits from plant biomass for alternate fuel and anti-viral applications. "Biomass is readily available in nature and its organic composition makes it a top choice for an environment-friendly energy resource. However, plant biomass […]
In Japan, the University of Okayama said that a group of researchers have developed a novel mechanical compression method to squeeze maximum benefits from plant biomass for alternate fuel and anti-viral applications. "Biomass is readily available in nature and its organic composition makes it a top choice for an environment-friendly energy resource. However, plant biomass contains more than 50% moisture, which needs to be reduced by mechanical methods or through heating and natural seasoning to…