Biomass technology:technological services
Pyrolysis is a type of thermal chemical treatment of biomass carried out under anaerobic conditions and at temperatures ranging from 200 to 300 degrees Celsius. This treatment can cause beneficial changes in biomass, such as improving grinding performance, increasing calorific value, reducing the contents of chlorine, nitrogen and sulfur, decreasing the equilibrium moisture content, and enhancing the resistance to biodegradation.
Pyrolysis is a feasible technical solution for obtaining high-quality fuel from biomass residues. To ensure the smooth implementation of the customer's project, our company can provide the following technical services and offer full support throughout the project lifecycle: 1. Characteristics of the customer's specific biomass pyrolysis behavior 2. Biomass pyrolysis tests according to the customer's specific requirements 3. Technical and economic feasibility studies, process design assessment and optimization 4. Project engineering - project design 5. Equipment commissioning
Characterization of biomass pyrolysis behavior
Research on the characterization of biomass pyrolysis behavior
It can quantitatively predict the pyrolysis behavior, select the optimal conditions suitable for pilot-scale experiments, and realize the scaling-up application of pilot-scale results through modeling of the pyrolysis process. This method mainly includes: characterization of the physical properties of the materials, which is used to calculate the heat transfer coefficient and residence time in the reactor.
Technical and economic feasibility study
Based on the characteristics of biomass pyrolysis behavior, through the testing of the pyrolysis reactor:
Solid flow model
Heat transfer model
Pyrolysis kinetics model
Reaction heat model
Integrated mass and energy balance model
Pyrolysis product composition model
Production cost economic model
Finally, a technical and economic feasibility study is formed.
Project Engineering
Based on our experience in the construction of pilot plants and our operational experience with various raw materials, our company will assist the client in carrying out the project engineering to achieve the following goals:
Define process configuration/integration plan
Determine equipment specifications and factory layout
Develop safety measures
Prepare quality and energy balance
Select equipment
Formulate process operation and control concepts
Factory commissioning
Based on our experience in commissioning and operating test factories, our company will assist the client in achieving the following goals:
Develop work procedures
Establish quality assurance procedures
Identify factory laboratory equipment
Establish analytical laboratory methods
Train factory operators and laboratory personnel
