Biogas plant integrated facility

Biogas Plant — Portable / Prefabrication

Turn organic waste into reliable biogas.

As a leading biogas plant manufacturer in India, Soham Renewable designs and delivers turnkey anaerobic digestion systems that convert organic waste into renewable energy. Our technology, engineering and operating support are designed to deliver reliable, efficient and scalable biogas systems.

One biological system. Three useful outputs.

Biogas

Renewable and high-quality biogas produced from organic waste.

Digestate

A nutrient-rich output for agricultural and organic applications.

Waste

Reduced organic waste volume and improved waste management.

Prefabricated biogas plant system
Portable / Prefabricated Systems
Biogas plant digestion tanks
Anaerobic Digestion Engineering

Biogas Plant Applications

Biogas plants designedaround the waste yougenerate.

The right biogas plant starts with a reliable feedstock supply. A practical gas-use route and an operating model suited to your site, energy requirements and waste volume.

01

Dairy

Dairies & Cattle Farms

Milk and cattle farming operations generate significant quantities of organic waste. Biogas systems can convert manure into renewable energy while improving farm waste management.

02

Food

Food-processing Units

Food-processing facilities generate organic residues and process waste that can be converted into biogas, reducing waste disposal requirements and energy costs.

03

Campus

Hotels & Institutions

Organisations such as hotels, institutions and campuses generate significant quantities of organic waste. Biogas systems provide an efficient waste-to-energy solution.

04

Agro

Agro-industries

Agro-industries generate large quantities of organic residues and agricultural waste. Biogas technology provides a practical route for converting these streams into useful renewable energy.

How a Biogas Plant Works

The biogas plant process infive connected stages.

Biological Loop

Biology + energy + nutrients

The five stages work together as one connected biological system.

  1. 01

    Feedstock

    Secure feedstock

    Manage incoming organic waste and maintain a consistent feedstock supply suitable for the digestion process.

  2. 02

    Prepare

    Prepare material

    Prepare and condition the incoming organic material so that it is suitable for efficient anaerobic digestion.

  3. 03

    Digest

    Protect biology

    Maintain controlled biological conditions inside the digester to support stable and efficient biogas production.

  4. 04

    Use Biogas

    Utilize biogas

    Convert the generated biogas into useful energy through suitable energy-generation or gas-utilisation systems.

  5. 05

    Digestate

    Manage digestate

    Recover and manage the nutrient-rich digestate generated during the digestion process for appropriate agricultural or other applications.

What the Plant Delivers

Useful energy.Managed nutrients.Better wastehandling.

A well-engineered biogas plant connects biological treatment, energy generation and digestate management. The system converts organic waste into useful energy while producing a manageable and valuable digestate output.

Biogas plant facility with storage tanks

Plant output

A practical energy system built around daily feedstock.

Thermal Energy

Controlled biogas applications for reliable thermal energy and process heating requirements.

Electrical Power

Efficient gas utilisation where electricity generation and on-site power support are required.

Digestate Recovery

Nutrient-rich digestate recovered from the biological process for appropriate agricultural applications.

Resource Control

Feedstock handling, process monitoring and controlled digestion provide better overall resource management.

Built in the Real World

Proven biogas projects.Practical answers.

Explore Soham Renewable biogas plant projects and answers to common questions about feedstock, capacity, power generation and project scope.

Project Overview
Project Overview
Plant Operations
Plant Operations
Equipment / Plant Area
Equipment / Plant Area

Biogas plants can use a wide range of organic feedstocks, including agricultural residues, animal manure, food-processing waste, municipal organic waste and other biodegradable materials. Feedstock characteristics determine the appropriate process configuration.

Plant capacity is selected based on the quantity and characteristics of available feedstock, expected biogas yield, energy requirements, available land and the intended end use of the biogas.

Yes. Biogas can be used in suitable gas engines or CHP systems to generate electricity and, where required, useful heat.

Soham Renewable provides solutions covering project assessment, engineering, equipment, plant construction, commissioning and technical support depending on the project requirements.

Start Your Biogas Plant Project

Is your organic waste suitable for biogas?

Share the inputs you already have. Soham Renewable can help define what needs validation next and determine whether your organic waste stream is suitable for a biogas project.