Biomass Gasification System For Hydrogen

System Diagram

Biomass Gasification For Hydrogen System

1. Crusher

2. Control Room

3. Grab Crane

4. Raw Material Room

5. Hot Air Pipeline

6. Circulation Water Heat Exchange System

7. Automatic Batching System

8. Gasification System

9. Combustible Gas Purification System

10. Underground Tar Tank

11. Air Compressor

12. Membrane Filtration

13. Gas Buffertank A

14. PSA Purification

15. Gas Relief Tank

16. 99.99% Hydrogen

17. Gas Distribution Tank

18. Gas Boiler

19. Internal Combustion Generator

Crusher

Control Room

Grab Crane

Raw Material Room

Hot Air Pipeline

Circulation Water Heat Exchange System

Automatic Batching System

Gasification System

Combustible Gas Purification System

Underground Tar Tank

Air Compressor

Membrane Filtration

Gas Buffertank A

PSA Purification

Gas Relief Tank

99.99% Hydrogen

Gas Distribution Tank

Gas Boiler

Internal Combustion Generator

Combustible Gas Pipeline

Hot Air Pipeline

Tar Pipeline

Hydrogen Pipeline

Hot Water Pipe

Cold Water Pipeline

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BIOMASS GASIFICATION

Advantages & Features

Haiqi Focus on Alternative Energy Services,Customized solutions for long-term operations and maintenance for projects of all sizes.

Polygeneration System, High Return On Investment, Good Economic Benefits

1.Biomass polygeneration gasification system can produce natural biochar, wood tar, wood vinegar liquid and other natural high value-added by-products.
2.The biogas produced from system can be used to extract H2,CH4, and CO, and the heat and electricity produced from the system can be used for industrial or civil use.
3.The general investment return cycle of biomass gasification hydrogen production system is about 3~4 years, which is a very economical project.

The System Is Safe And Stable With High Level Of Automation

1.The system adopts 5G smart energy management system, which can use PC or mobile terminal to remotely monitor the working conditions of the system.
2.The smart energy cloud system can share 20 years of system data to the cloud.
3.The system uses multi-point joint to collect control information, and ensures the safe and stable operation of the system through smart valves and multi-point sensors.
4.The system can be operated by only two people, which greatly saves the cost of labor operation.

Long Service Life Of The System

1.The body of the system adopts more than 60% alloy stainless steel corrosion resistant material to ensure the service life and high quality working condition of the system.
2.Biomass gasification system adopts frame structure to output the whole field, saving more than 50% of EPC total engineering quantity.
3.The system can provide personalized customized services according to the actual needs of customers.

The Comprehensive Energy Utilization Rate Of The System Is High

1.The energy utilization rate of biomass gasification polygeneration system reaches more than 90%, and zero emission is truly achieved through the cooperation between energy sources.
2.The centralized transformation of thermal energy generated in the system provides the energy utilization level of the whole system and ensures the safety and reliability of the system.
3.In addition to the extraction of combustible gas, other combustible gases produced by the system can be used to produce heat and electricity, ensuring high utilization of energy.

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SYSTEM FLOW CHART

Biomass Gasification For Hydrogen System Flow Chart

Good economic benefits and superior environmental benefits play an important role in the development of green energy and energy conservation and emission reduction, and are the only way to promote green, circular and sustainable development.

BY-PRODUCT DRAWING

Biomass Gasification For Hydrogen
System By-Product Drawing

Better environmental protection and energy-saving benefits; realize the efficient, pollution-free, and resource-based utilization of agricultural and forestry biomass, resulting in significant economic, social and ecological benefits.

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PARAMETERS TABLE

Parameters Of Biomass Gasification For Hydrogen System

Parameters of Biomass Gasification for Hydrogen System

Gasifier Model	HQ-SR4000	HQ-SR4300
Gasification Efficiency	≥75%	≥75%
Raw Material Consumption	5000kg/h	6250kg/h
Syngas Production/H	11000Nm³	13750Nm³
Biochar Production/H	250-500kg	313kg-625kg
Wood Tar/H	5%-8% of raw material weight	5%-8% of raw material weight
Wood Vinegar/H	20%-25% of raw material weight	20%-25% of raw material weight
Hydrogen/H	176kg/h	220kg/h
Power Generation Capacity/H	2MW/h	2.5MW/h
Steam Generation/H	2t	3t
Heat Recovery From Circulating Water	300*10⁴ kcal	380*10⁴ kcal
Heat Recovery From Exhaust Gas	220*10⁴ kcal	275*10⁴ kcal
Electrical Control	DCS	DCS
System Power Consumption	450kw	500kw
System Footprint	1500m²	1600m²

Application

Biomass Gasification For Hydrogen
System Application Diagram

Due to a series of unique advantages, hydrogen production from biomass has become one of the promising research fields for the development of hydrogen economy.

Chemical Industry

Hydrogen Refueling Station

RAW MATERIALS

Biomass Raw
Material Types

Our advanced gasification technology has been extensively tested on nearly 78 types of gases.

Nut Shell

Rice Husk

Wood Chip

Coffee Bean Shell

Biomass Pellets

Chinese Medicine Dregs

Coconut Shell

Peanut Shell

Mahogany Pellets

Biomass Briquettes

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We provide medium and long-term solutions to the problems of biomass waste, transforming waste into energy at no environmental cost and making it economically viable and at the same time compatible with the international environmental regulations and standards

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