Biogas Equipment Manufacturer

A medium-sized livestock farm in Africa required a reliable solution for treating animal manure, producing renewable biogas, and reducing its dependence on conventional energy.

The project was designed with an integrated anaerobic digestion system, double membrane biogas holder, and biogas desulfurization system. The solution enables continuous biogas collection, stable gas storage, effective hydrogen sulfide (H₂S) removal, and cleaner biogas supply for power generation and other on-site energy applications.

Project Parameters

• Project Type: Livestock Farm Biogas Project

• Location: Africa

• Livestock: Dairy Cattle

• Cattle Population: Approximately 1,500 head

• Daily Manure: Approximately 45–50 tons/day

• Anaerobic Digester Capacity: 3,000 m³

• Biogas Production: Approximately 1,500–1,800 m³/day

• Methane Content: 55–65%

• Biogas Holder Capacity: 800 m³

• Gas Storage Type: Double Membrane Biogas Holder

• Raw H₂S Concentration: 2,000–4,000 ppm

• Target H₂S Concentration: ≤200 ppm

• Desulfurization Capacity: 150 m³/h

• Biogas Application: Biogas Generator / Boiler

• Operating Temperature: Mesophilic

• System Operation: Continuous Operation

  
  

Double Membrane Biogas Holder

The double membrane biogas holder provides temporary storage between biogas production and final gas utilization.

With an effective storage capacity of approximately 800 m³, the gas holder helps balance fluctuations between biogas production and consumption while maintaining stable gas pressure for downstream equipment.

The flexible membrane structure is particularly suitable for agricultural projects where fast installation, convenient transportation, flexible capacity, and relatively low civil construction requirements are important.

The system consists of an inner gas storage membrane, outer protective membrane, air blower, pressure control components, safety devices, and related accessories.

Biogas Desulfurization System

Biogas generated from livestock manure typically contains hydrogen sulfide (H₂S), which can cause corrosion and damage to gas pipelines, boilers, engines, and other downstream equipment.

For this project, a dedicated biogas desulfurization system was installed after the biogas collection system.

The system is designed for a gas flow rate of approximately 150 m³/h, with an inlet H₂S concentration of 2,000–4,000 ppm and a target outlet concentration of less than 200 ppm.

The treatment system includes gas pretreatment, desulfurization equipment, gas-water separation, valves, monitoring instruments, and safety components.

Project Benefits

The integrated biogas system provides multiple benefits for the livestock farm:

• Efficient treatment and utilization of animal manure

• Continuous biogas collection and storage

• Stable gas pressure for downstream equipment

• Effective reduction of hydrogen sulfide

• Improved protection of gas engines and pipelines

• Renewable energy production on the farm

• Reduced dependence on conventional energy

• Improved utilization of organic waste

• Production of nutrient-rich digestate for agricultural applications

By combining livestock waste treatment with renewable energy production, the project provides a practical solution for farms with a continuous supply of organic waste and on-site energy demand.

Integrated Biogas Solution

For livestock farms and agricultural projects in Africa, we provide integrated biogas equipment solutions, including:

Anaerobic Digesters · Double Membrane Biogas Holders · Biogas Desulfurization Systems · Gas-Water Separators · Biogas Flares · Biogas Collection Systems · Biogas Utilization Equipment

Each project can be customized according to livestock population, daily manure production, biogas demand, H₂S concentration, local climate conditions, and the final application of the biogas.

From organic waste to clean energy, we provide practical and reliable biogas solutions for agricultural projects across Africa.