CHNOPS are the elements you are looking for. I always pronounce this odd word as chin ops. C= carbon, H = hydrogen, N= nitrogen, O= oxygen, P=phosphorous, and S=sulphur. These are in order of the amount they are found in plants and animals.
bacteria, fungi and worms
As it decays bacteria catalyses a chemical reaction to release methane and heat. When you burn it a chemical reaction occurs between the biomass and oxygen that releases light and heat. Biomass contains potential energy that can be chemically released.
Carbon, Oxygen Hydrogen Nitrogen Sulpher
Decaying Biomass becomes food for other organisms (bacteria, molds, yeasts, etc). These would typically release carbon dioxide and other volatile metabolites, and return nutrient enriched matter to the biologic cycle.
No, biomass is not a nonmetal. Biomass refers to organic matter derived from living or recently living organisms, such as plants or animals. Organic matter is composed primarily of carbon, hydrogen, and oxygen, which are all nonmetals.
Bacteria converts nitrogen into usable elements. They also are depended on as food and biomass producers. Life wouldn't continue if nutrients decomposed by bacteria weren't cleared from the earth's surface.
Biomass is not smelly at all, they use a machine to suck out the chemicals that make it smell. So if your reason for our world not to use biomass because it smells is a false statement
bacteria, fungi and worms
Biomass means plant growth of various sorts, all plants use solar energy to grow through photosynthesis, and chemicals in the soil or applied as fertiliser. Biomass provides thermal energy, when it is used ie burned
As it decays bacteria catalyses a chemical reaction to release methane and heat. When you burn it a chemical reaction occurs between the biomass and oxygen that releases light and heat. Biomass contains potential energy that can be chemically released.
Junyong Zhu has written: 'Sustainable production of fuels, chemicals, and fibers from forest biomass' -- subject(s): Sustainable forestry, Forest biomass, Renewable energy sources
The top consumers of biomass include the energy industry for bioenergy production, the agriculture sector for animal feed and crop residues, and the pulp and paper industry for wood fiber. Additionally, biomass is used in the production of biofuels, chemicals, and other materials.
Biomass can be converted into energy through processes such as combustion, gasification, fermentation, and anaerobic digestion. Combustion burns biomass to produce heat or electricity, gasification converts biomass into synthetic gas that can be used in power generation, fermentation involves using microorganisms to break down biomass into biofuels like ethanol, and anaerobic digestion uses bacteria to break down biomass into biogas for heat or electricity production.
Thomas A. Milne is known for writing books such as "Plant Behavior and Intelligence" and "The Particle Odyssey: A Journey to the Heart of the Matter." He is an author who focuses on scientific topics related to plant behavior and particle physics.
Carbon, Oxygen Hydrogen Nitrogen Sulpher
Helena L. Chum has written: 'The electrochemistry of biomass and derived materials' -- subject(s): Biomass chemicals, Electrochemistry, Industrial applications '1999 Aceee Summer Study on Energy Efficiency in Industry'
Biomass is used to decrease the production and utilization of fossil fuels. Since biomass is consistent with-in the environment it's easy to use. The implementation of its usage in a worldwide scenario though causes the deforestation in many area's of the world and still releases harmful chemicals into the atmosphere.