Our Projects

Engineering Projects That Power a Sustainable Future

Hoshairpur, Punjab

Converting agricultural waste into high-purity compressed biogas through advanced VPSA & membrane technology.

Delivering end-to-end biogas purification, CBG upgradation, plant optimization, and retrofit solutions across India.

CLIENT

Asbri Energy & Enviro

FEEDSTOCK

Paddy Straw

PLANT OUTPUT

Compressed Biogas (CBG)

ANNUAL CO, OFFSET

25,000+
Tons / Year

INDUSTRY

Renewable Energy

TECHNOLOGY

VPSA /Membrane

ABOUT THE PROJECT

Driving Sustainability Through Innovation

Atomplus is committed to delivering innovative and sustainable biogas purification solutions that transform organic waste into valuable renewable energy. From engineering and technology integration to commissioning, performance optimization, and operational support, we provide complete lifecycle solutions for biogas and CBG projects across India.

Project Overview

The Hoshiarpur CBG Plant is one of India’s Landmark agricultural residue-to-energy projects, designed to convert 150 TPD of paddy straw into high-quality Compressed Biogas (CBG) along with Solid Organic Fertilizer (SOF) and Liquid Organic Fertilizer (LOF).

Designed for a production capacity of 20 TPD Bio-CNG, the facility has successfully demonstrated 21+ TPD, exceeding its original design capacity through advanced process engineering and operational optimization.

Circular Economy Enabler

25,000+ Tons CO, Offset Annually

Clean Energy for a Sustainable Future

SCOPE OF SERVICES

End-to-End Solutions. Lasting Impact.

1. Project Development

  • Technical Economic
  • Feasibility Report
  • Detailed Project Report
  • Financial & Commercial Feasibility
  • Carbon Offset Advisory

01

2. Engineering & Execution

  • Detailed Design & Engineering
  • Biogas Purification & Upgrading System
  • VPSA/Membrane Technology Integration
  • Engineering, Procurement & Construction
  • Commissioning Support

02

3. Operations & Optimization

  • Operations & Maintenance
  • Performance Monitoring
  • Methane Slip Control
  • Yield Optimization
  • Reliability Improvement

03

TECHNOLOGY DELIVERED

Advanced Technology.
Superior Performance.

High methane purity >98% suitable for CBG applications

Low methane slip

Stable operation under variable feed conditions

Energy-efficient purification

Modular and scalable plant design

Strong operational reliability

Our Projects

KEY HIGHLIGHTS

Project Highlights

150 TPD Paddy Straw waste processing capacity

Advanced biogas upgrading technology

High-purity CBG production >98%

Integrated fertilizer recovery

Low methane slip design philosophy

End-to-end engineering and execution capability

Strong sustainability and carbon reduction impact

SUSTAINABILITY & SDG IMPACT

Sustainable Today.
Better Tomorrow.

KEY HIGHLIGHTS

Project Highlights

150 TPD Paddy Straw waste processing capacity

Advanced biogas upgrading technology

High-purity CBG production >98%

Integrated fertilizer recovery

Low methane slip design philosophy

End-to-end engineering and execution capability

Strong sustainability and carbon reduction impact

Our Projects Across India

ATOMPLUS is driving India’s clean energy transition with cutting-edge CBG plants strategically located across key states to support a sustainable tomorrow.

Mansa
Hoshiarpur
Ludhiana Phase 1

Ludhiana Phase 1

Ludhiana Phase 2
Delhi
Unnao
Mubarakpur
Balaghat
Kurkumbh
Solapur
Eluru
Dhenkanal Phase 1
Dhenkanal Phase 2
Choudwar
Bareli
Bilaspur
Nagpur

Ready to Build the Future of

Sustainable Energy?

From biogas purification to complete CBG plant solutions, ATOMPLUS delivers innovative engineering, reliable execution, and long-term operational excellence across every stage of your project.

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Client

Asbri

Project Type

Agricultural Waste to Compressed Biogas (CBG)

Production Capacity

20+ TPD Bio-CNG

Feedstock Capacity

150 TPD Paddy Straw

Feedstock Type

Agricultural Residue / Rice Straw

Hoshiarpur CBG Plant

RIL, Hoshairpur, Punjab, India

Project Overview

The Hoshiarpur CBG Plant is designed to convert organic waste into high-quality Compressed Biogas (CBG), supporting sustainable energy production and waste management initiatives. The facility contributes to reducing carbon emissions while generating renewable fuel for industrial and transportation applications.

Key Achievement Highlights

Project Scope

Engineering, Procurement, Construction, Installation, Testing & Commissioning of the complete CBG production system.

Client

Asbri

Technology

VPSA

Plant Capacity

20 TPD Bio-CNG

Feedstock Capacity

150 TPD Paddy Straw

Feedstock Type

Agricultural Residue / Rice Straw /Napier grass/Pressmud

Dhenkanal P1 CBG Plant

RIL, Dhenkanal Phase 1, Odisha, India

Project Overview

The Dhenkanal P1 CBG Plant has been developed to transform agricultural and organic waste into clean, renewable compressed biogas. The project supports India’s growing clean energy sector while promoting circular waste management practices.

Key Highlights

Project Scope

Complete EPC execution including plant design, equipment installation, utility integration, and commissioning.

Client

Asbri

Technology

VPSA

Plant Capacity

20 TPD Bio-CNG

Feedstock Capacity

150 TPD

Feedstock Type

Agricultural Residue / Rice Straw /Napier grass/Pressmud

Kurkumbh CBG Plant

RIL, Kurkumbh, Maharastra, India

Project Overview

The Kurkumbh CBG Plant is a modern bioenergy facility focused on producing sustainable compressed biogas from organic feedstock. The project helps reduce dependence on conventional fuels while supporting cleaner energy alternatives.

Key Highlights

Project Scope

Turnkey execution covering engineering, procurement, construction, commissioning, and operational support.

Client

Asbri

Technology

VPSA

Plant Capacity

5 TPD

Project Type

Biogas Plant

Feedstock Capacity

Municipal Solid Waste (MSW)

Delhi Renewable Energy Project

Indraprastha Gas Limited, Narela, Delhi

Project Overview

The Delhi Renewable Energy Project reflects ATOMPLUS’s commitment to delivering innovative and sustainable energy solutions. Designed to support efficient biogas processing and clean energy generation, the project contributes to India’s growing renewable energy infrastructure.

Key Highlights

Project Scope

Engineering, Procurement, Construction, Installation, Testing, and Commissioning of key renewable energy systems and associated plant infrastructure.

Client

Asbri

Technology

2-stage Membrane

Plant
Capacity

26 TPD Bio-CNG

Feedstock Capacity

195+ TPD

Feedstock Type

Agricultural Residue / Rice Straw/Napier grass/Pressmud

Mansa Bio CNG Plant

RIL, Mansa, Punjab, India

Project Overview

This project features a 26 TPD Compressed Biogas (CBG) Plant equipped with an advanced Two-Stage Membrane Biogas Upgrading System, designed to produce high-purity biomethane with excellent methane recovery and operational efficiency. Atomplus is delivering a comprehensive purification solution that enables reliable, sustainable, and large-scale conversion of agricultural biomass into renewable fuel.

Key Highlights

Project Scope

Engineering, supply, installation, testing, and commissioning of a 26 TPD Bio-CNG Plant featuring an advanced Two-Stage Membrane Biogas Upgrading System for efficient conversion of agricultural biomass into high-purity renewable fuel.

Client

Asbri

Technology

2-stage Membrane

Plant
Capacity

26 TPD Bio-CNG

Feedstock Capacity

195+ TPD

Feedstock Type

Agricultural Residue / Rice Straw/Napier grass/Pressmud

Solapur Bio CNG Plant

Solapur, Maharashtra, India

Project Overview

Located in Solapur, this 26 TPD Bio-CNG project utilizes state-of-the-art Two-Stage Membrane Separation Technology to upgrade raw biogas into high-purity biomethane. The system is engineered for maximum methane recovery, reduced operating costs, and consistent gas quality, supporting the growing demand for renewable energy infrastructure.

Key Highlights

Project Scope

Engineering, supply, installation, testing, and commissioning of a 26 TPD Bio-CNG Plant featuring an advanced Two-Stage Membrane Separation System for efficient biogas upgrading and high-quality biomethane production.