Create a world without waste

We're all in this together when it comes to making the world a better place. It's time to step up and take action for a brighter future. Let's team up and make a difference!

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Delivering a positive impact on the planet since 2009

Combat Climate Change with Clean Energy

Choose our compressed biogas: Your green ticket to fight climate change! We capture methane emissions from organic waste, reducing CO2 and methane levels. Opt for a carbon-neutral energy source, replace fossil fuels, and lead the way in sustainable waste management

Sustainable Solutions, Global Impact

Join us in championing the United Nations' Sustainable Development Goals (SDGs).
Our commitment to the sustainable production and utilization of biogas tackles energy, environmental, economic, and social challenges. We're proud contributors to 15 out of the 17 UN SDGs.

Unlocking the Future: Introducing the Centurion Program

Nagpur: Witness the start of something incredible! We're revolutionizing India's future with our project by processing 1200 metric tons of Municipal Solid Waste daily, and generating 26.5 million cubic meters of Renewable Natural Gas annually. Kanpur is next, and more cities are in line. Centurion shapes the future, one city at a time.

Cultivating Value from Waste

SusBDe transforms waste into prosperity, delivering dividends beyond shareholders. We utilize waste for energy, yielding financial returns and environmental gains. Our method curbs landfill methane, ensuring cleaner air and eliminating landfills. This fosters healthier communities, free from waste issues, and spurs local job growth for economic development. Our swift time-to-market ensures efficient change-making.

Making sustainability tangible by unlocking the untapped energy and environmental potential of organic waste.

Nagpur - Blue Print for India

Embarking on a Vision: From Signing to Groundbreaking on November 27th, 2023! Following a year of meticulous preparation, the Nagpur project officially commenced upon the signing in April 2023. The exciting groundbreaking event took place at the Nagpur facility!!

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France - show case

Our adaptable French blueprint not only provides a compelling template for future growth but also represents the initial milestone for achieving an efficient time-to-market in the biogas production industry, allowing you to progress from inception to full commercial operation within 18-24 months.

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CUGL and SusBDe - teaming up

Central U.P. Gas Limited (Central Uttar Pradesh Gas Limited) and SusBDe are collaborating to develop joint projects in the state of Uttar Pradesh and beyond.

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How do we reuse waste?
Explained in four simple steps:

Organic materials form the basis for biogas fermentation. Therefore, the organic matter gets separated from other fractions in the waste, through a segregation system, designed to handle the unsorted MSW waste with high moisture contents and contamination.

The mechanical system comprises of a hopper, a steel slag conveyor, trommel screens, belt conveyors, an air separator, magnets, etc. In case of any escape of small quantity, it will not affect the biogas production as well as compost.

Biogas is generated through the anaerobic digestion process, in which bacteria break down organic materials like solid animal manure, biowaste, and food waste in an oxygen-deprived environment. This sustainable approach harnesses the potential of these organic resources, transforming them into biogas—a valuable source of energy in the form of gas, as well as beneficial soil products in the form of liquids and solids. Biogas systems leverage anaerobic digestion to efficiently repurpose these organic materials, promoting both environmental conservation and energy production.

During fermentation, biogas is extracted from the resulting mass. This process is closely monitored to allow for optimal gas extraction.

Afterwards, biogas is further purified. The Biogas purification technique is based on Membrane upgrading technology, as this is consistent and delivering of the highest possible methane.

The fourth step is Composting. This is an organic method of producing compost manure by decomposition and stabilization of organic matter. Composting process is a commonly used method and results in the production of stable compost product reduced in size (when compared to initial size) and free from offensive odors.

Composting can be carried out in ways including aerobically, anaerobically, vermi-composting and by any other biological mechanism.

Super integrator

We develop and organise the special purpose vehicle (SPV). In addition to fully supporting the realisation of any project.
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Low cost of ownership

We realise a high IRR by using proven technologies in a modular setup to ensure our installations outperform on reliability, availability maintainability and safety.
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+20 year proven tech

We use established technology that is based on industry standards and applied in +130 locations across Europe and Africa & Asia, with a proven track-record of over 20 years.
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What does the world say?

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