BIO CNG

What is BIO-CNG?

Nature provides CNG fuel derived from refuse such as animal waste, food scraps, and other agricultural waste materials and then biological CO2 is treated and transformed into bio-compressed gas. With a pollution-free, bio-compatible environment, Bio-CNG is both cleaner and more renewable.It can be used for automobile, cooking and for industrial activities thus presenting a viable option than the conventional fuel sources.

Green Growth

Renewable Revolution

Advantages of BIO CNG

  • Polluting-free: Bio-CNG significantly reduces the emission of greenhouse gases and facilitates avoiding pollution.
  • Sustainable Energy Source: Being a renewable source of energy it does not exploit conventional energy resources and ensures that the energy needs will be met in the future.
  • Efficient Waste Management: Turning food waste, agricultural by-products, and animal waste into useful energy in the process of waste recycling and decreasing landfill usage.
  • Cost-Effective: Bio-CNG is cheaper to use than conventional fuels hence reducing the costs of production for firms and use in households.
  • Versatile Applications: Due to its versatility, it can be used in transportation, cooking food, generating power, or in industries in general.
  • Energy Independence: Encourages decentralization of energy generation and utilization thus minimizing the use of fuel imports and increasing energy security.
  • Economic Growth: Generate employment in the rural sectors, raise the income of farmers, and boost local businesses.
  • Reduced Carbon Footprint: Enables organizations to attain carbon neutrality targets, thus following the sustainability policies across the globe.

Production of Bio-CNG by Gangour Group

Bio-CNG production is a green process through which waste material is converted into Bio-CNG which is a cleaner, efficient, and renewable fuel than conventional natural gas. Gangour Group has adopted various strategies to achieve the best energy performance for its operations while protecting the environment. Here’s how it works:

Organic Waste Collection

Gangour Group deals in the collection of agricultural residues, food waste and animal manure, converting biodegradable wastes into useful products. This raw material is used to support the environmentally friendly production of Bio-CNG hence cutting down on wastage.

Anaerobic Digestion

Organic waste that is collected is decomposed through anaerobic digestion in chambers without oxygen. The biogas is derived from the bacterial decomposition of the material into methane and carbon dioxide. This step is critical in the process of producing energy-rich gases from waste.

Biogas Purification

The biogas produced is then treated to remove any unwanted gas such as carbon dioxide, hydrogen sulphide, and water vapor. This optimization results in the production of methane-based gas which is required for Bio-CNG and provides high energy density and low emission factor.


Compression and Storage

In its final stage, purified methane is compressed to Bio-CNG and placed in high-pressure cylinders. This ensures that biofuel is transported safely and is available for use in different sectors while at the same time remaining a quality fuel substitute.


Distribution Network

Bio-CNG produced by Gangour Group is transported to fuel stations, industries and households effectively. The company boasts of a strong network that enables it to supply clean energy for car, plant, and home use, thus promoting the use of clean energy.


Versatile Utilization

Bio-CNG has uses as vehicle fuel, industrial energy and domestic cooking gas. Gangour Group is using Bio-CNG for providing sustainable energy and not relying on traditional fossil fuels for energy.

Why Choose Bio BIO- CNG over the conventional CNG?

Aspect Bio-CNG Conventional CNG
Source Derived from renewable resources like organic waste and Napier grass. Extracted from non-renewable fossil fuels. .
Environmental Impact Carbon neutral and significantly reduces greenhouse gas emissions. Emits CO2, contributing to environmental pollution.
Raw Material Usage Utilizes agricultural waste and biodegradable materials, reducing landfill use. Exploits finite fossil fuel reserves.
Economic Impact Supports rural economies by creating jobs and boosting farmers' income. Limited direct economic benefits to local communities.
Energy Security Heavily reliant on imported natural gas.
Applications Versatile use in vehicles, industries, and households. Primarily used in vehicles and some industries.
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