CLEAN ENERGY
Advanced Biomass-to-CBG Production
PRATIMA BIO ENERGY converts agricultural biomass and energy crops into renewable compressed biogas through an integrated process combining controlled feedstock preparation, anaerobic digestion, dedicated H₂S scrubbing, VPSA gas upgrading, and CBG compression.
The process is designed to support operational reliability, consistent gas quality, resource recovery, and long-term clean-energy production.
From Biomass to Renewable CBG
01
Feedstock & Silage
Responsible sourcing and managed storage of agricultural biomass and energy crops.
02
Pre-processing & Slurry Preparation
Controlled size reduction, preparation, and blending for consistent digester feeding.
03
Anaerobic Digestion
Biological conversion of prepared organic feedstock into methane-rich raw biogas.
04
H₂S Scrubbing
Dedicated treatment to reduce hydrogen sulphide before downstream gas upgrading.
05
VPSA Upgrading
Vacuum Pressure Swing Adsorption separates carbon dioxide and other impurities to produce methane-rich biomethane.
06
CBG Compression & Resource Recovery
Upgraded biomethane is compressed into CBG while nutrient-rich digestate is recovered for organic manure production.
Technology
Production Strengths
Our production platform combines operational discipline, scalable infrastructure, and sustainability-focused design to support dependable clean energy output.
Benefits
Why Clean Energy Production Matters
Our clean energy production model supports environmental responsibility, resource efficiency, and stronger rural economic participation.
01
Lower Emissions
Renewable gas production supports a transition toward lower-carbon energy systems and more responsible fuel choices.
02
Circular Economy Value
Agricultural biomass is transformed into useful energy and organic by-products instead of remaining underutilized.
03
Stakeholder Confidence
A credible production story helps engage government agencies, investors, banks, and corporate partners with clarity.