CBG & biogas infrastructure
We connect feedstock characterisation, process selection, detailed engineering, plant EPC, gas upgrading and operational handover into one project framework.
The Kedar approach
CBG performance begins with consistent feedstock and disciplined process design. Before plant sizing, we assess quantity, seasonality, composition, logistics, pre-treatment and the intended gas-use or off-take pathway.
Capabilities
Advice, engineering and execution remain connected, so key assumptions do not disappear between vendors.
Establish whether the input stream can support a stable process and business case.
Integrate civil, mechanical, electrical and process systems into one plant.
Stabilise feed, biology, gas quality and equipment performance after handover.
Technical pathway
Each stage must be designed around the chemistry, material handling and final gas specification — not treated as isolated equipment packages.
Characterise, collect and prepare inputs
Control biological conversion and retention
Manage gas collection and conditioning
Remove CO₂, moisture and contaminants
Bring gas to the required storage condition
Coordinate storage, use or off-take
Where it works
Collection, slurry handling and biological stability designed around manure-based feed.
Pre-treatment and feed logistics built around seasonal or process-derived organic streams.
Segregation, contamination control and material handling integrated into the process.
Gas quality, compression and operating continuity aligned with the consuming facility.
Technical questions
The right answer depends on the site. These are the principles we use before detailed assessment.
Typical inputs include cattle manure, press mud, distillery streams, food and market waste, segregated organic municipal waste and agricultural residues. Suitability depends on composition, contamination, moisture, consistency, logistics and the selected process route.
Capacity follows the dependable feedstock supply and its realistic gas potential. We assess daily and seasonal availability, laboratory or reference characteristics, collection radius, storage and pre-treatment before recommending a process size.
Yes. The engineering scope can include raw-biogas conditioning, purification, drying, compression, storage and the balance of plant. Final specifications depend on the intended gas use and applicable standards.
A useful first package includes feedstock type, estimated quantity, seasonality, current handling method, site information and the intended gas-use or off-take route. Site visits and sampling can then close the major data gaps.
Support can include operator training, SOPs, preventive maintenance, process monitoring and performance optimisation. The final operating scope is defined around the plant technology and owner capability.
Start with feasibility
Share the feedstock, location and intended gas pathway. We will help structure the technical and commercial feasibility study.
