Making sustainability tangible by developing projects that unlock the untapped energy and environmental potential of organic feedstock.
SusBDe initiates projects through local partnerships, securing land and permits, and ensuring smooth integration with stakeholders. Custom designs by local EPCM and tech partners enable coordinated execution. We oversee commissioning, offering continuous performance monitoring and recommendations for optimal efficiency and reliability.
The vision of our Founder Mr. Bert Jägel is still part of our DNA which has a strong focus on contributing to society by having an impact via developing sustainability projects.
SusBDe has projects in construction and development in India, Senegal, Poland and Morocco.
The projects we deliver are supported by the relevant stakeholders.
Working together with our partner organizations, we ensures that all important aspects are included in the feasibility assessments.
Our projects are ready to be engineered, built and taken into operation with necessary permits by our partner organizations.
Our proven and bankable anaerobic digestion concept minimizes CHG emissions and water consumption.
Since the early 2000s, we've developed over 100 biogas plants worldwide in close cooperation with partners.
Our project team has over 60 years of combined experience and a track record of delivering industrial and renewable projects globally. SusBDe and partners operate over 100 plants, covering everything from conceptual development to operations and maintenance. We handle biogas projects end-to-end, from feedstock pre-treatment to supplying pure CBG to the local grid.
Through our structured and methodical modular project development approach, SusBDe has not only created a viable project solution but has also ensured that the financial results are covered by insurance.
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.
Pre digestion treatment of organic matter.
Formation of biogas from organic matter.
Creation of fuel-grade methane.
Transferring the generated Bio-CNG or Electricity to the Distribution grid.
Biogas is produced from poultry manure through anaerobic digestion, where microorganisms decompose organic matter in the absence of oxygen.
Primary Composition: CH4 – 50-70%; CO2 – 30-50%
Impurities like Nitrogen, CO2, H2S, and moisture are removed to increase the methane content from generated Biogas. This purified biogas is compressed to produce CBG.
Generation of Biogas creates streams of additional off-takes, like Liquid Fertilizer (Liquid Digestate) and Compost (Solid Digestate).
The development of a project is divided into:
The Development Phase involves planning, securing approvals and attaining financial feasibility. It includes the evolution of design from concept to detail to set the stage for the commencement of Project Execution.
The Construction Phase is the execution stage where the project is built. It includes material procurement, resource mobilization, and construction monitoring, ensuring adherence to standards, timelines, and budgets.
The Operation Phase focuses on maintenance and management. It ensures optimal performance through monitoring and necessary optimization, for long-term success.
SusBDe offers the assurance of a fully operational plant, complete with long-term technical warranties and a financial performance guarantee.
This Performance guarantee, compensates for any loss of sales, due to under-performance of the plant.
72.5 million Euro
Poultry Litter: 100.000 – 120.000 tons annually
DAF sludge: depending on availability, to be added to the process
Depending to be paid on the agreement with producer
35.000.000 m3
N/A
6 Ha
20 years guaranteed
We’d love to guide the journey to achieving your business sustainability goals. SusBDe helps you find the right solution to make more out of your waste.
