1 What is the development of biomass energy R D technology? What s included? Thank you urgently.

The reserves of biological energy are huge, and the annual production of plants on the earth alone is equivalent to 20 times the current consumption of mineral energy by human beings, and 160 times the energy of the world's existing human fluid belt food. The development and utilization of bioenergy has great potential, and it is mainly researched and developed from three aspects:

1. Establish a material circulation system centered on biogas in rural areas, so that the bioenergy in straw can be slowly released in the form of biogas to solve the fuel problem;

2. Establish "Energy Forest Farm", "Energy Farm" and "Ocean Energy Farm". These power plants that use plants as energy have turned "energy plants" into "energy crops", such as "oil trees" and "green jade trees";

3. Planting sugarcane, cassava, seaweed, corn, sugar beet, sweet sorghum and other crops is conducive to the development of the food industry, and at the same time, plant residues can be used to make alcohol instead of oil. China has a large population, and although there are few food and oil resources that can be used as bioenergy, biomass resources that can be used as bioenergy have great potential to be tapped.

Biomass refers to all kinds of organisms formed by photosynthesis, including all plants, animals and microorganisms. Biomass energy is the energy form of solar energy stored in biomass in the form of chemical energy, which has always been one of the important energy sources for human survival, and is the fourth largest energy source after coal, oil and natural gas, and occupies an important position in the entire energy system. There are many kinds of biomass, respectively with different characteristics and attributes, the utilization technology is complex and diverse, throughout the domestic and foreign biomass utilization technology, it is converted into solid, liquid and gaseous fuel for efficient utilization, the main ways are:

2] 1. Direct combustion technology includes household stove combustion technology, boiler combustion technology, mixed combustion technology of biomass and coal, and related compression molding and baking technology.

2. Bioconversion technology: small-scale household biogas digester, large and medium-sized anaerobic digestion.

3. Thermochemical conversion technology includes biomass gasification, dry distillation, and rapid pyrolysis and liquefaction technology.

4. Liquefaction technology includes refining vegetable oil technology, ethanol production, methanol and other technologies 5, organic waste energy treatment technology.

The massive waste of agricultural and forestry residues has become a serious environmental and social problem, and at the same time causes a large amount of valuable biomass resources to be wasted. There are two ways to dispose of it: one is to burn directly in the field, pollute the atmosphere, and cause safety hazards such as fire and traffic; Second, it is dumped on the ground, roadside, ditch and river, which not only has potential safety hazards, but also pollutes the water source after rotting.

In the current shortage of resources and a large number of fossil energy burning caused by serious pollution, facing the grim situation of energy conservation and emission reduction, the development and utilization of forestry residues into clean energy and renewable resources is of strategic significance from the perspective of environmental protection and resources.

Bluestar (Beijing) Chemical Machinery Co., Ltd. has the proprietary technology of the "Comprehensive Utilization of Biomass Resources" project, which obtains a variety of high value-added products through the clean recycling of biomass raw materials and achieves near-zero waste discharge. The comprehensive utilization project of biomass dry distillation belongs to the "forestry 'three residues' and sub-small fuelwood...... encouraged by the "Guiding Opinions on the Comprehensive Utilization of Resources in the Twelfth Five-Year Plan" (Fa Gai Huan Zi [2011] No. 2929).and other forestry wastes".

The project through the wood raw materials (fruit forest residues) of the aerobic pyrolysis processing, the production of charcoal, wood vinegar, bio-oil and gas and other products, the market demand for each product is good, the project technology is currently the only domestic environmental protection process project that can achieve continuous large-scale production of the device, with independent intellectual property rights.

Bluestar (Beijing) Chemical Machinery Co., Ltd. provides customers with the technical process package and project production and construction general contracting of the "Biomass Resources Comprehensive Utilization Treatment Device Project", responsible for the design, construction, commissioning and delivery of the project, with a process package of 28,000 tons per year and an annual processing of 16,000 tons of forestry residues.

Welcome to inquire and negotiate on site.

Company name: Bluestar (Beijing) Chemical Machinery ****.

Contact: Zhou Liang.

The amount of bioenergy is enormous, and the plants on the earth alone produce 20 times the amount of mineral energy currently consumed by humans, or 160 times the food energy of the world's current population. The development and utilization of bioenergy has great potential. At present, it mainly focuses on research and development from three aspects:

The first is to establish a material circulation system centered on biogas in rural areas, so that the bioenergy in straw can be slowly released in the form of biogas to solve the fuel problem; The second is to establish "energy forest farms", "energy farms" and "marine energy farms", which use plants as energy power plants, and turn "energy plants" into "energy crops", such as "oil trees" and "green jade trees"; The third is to plant sugarcane, cassava, seagrass, corn, sugar beets, sweet sorghum and other crops, which is not only conducive to the development of the food industry, but also can make alcohol from plant residues to replace oil. China has a large population, and although there are few food and oil resources that can be used as bioenergy, there is great potential for biomass resources that can be used as bioenergy.