Feeding line
Reception hopper, transfer pumps, dosing and feedstock-specific preparation.
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01 / BIOGAS ENGINEERING
From organic resources
to controlled energy production.
A complete plant approach for livestock manure, food waste and suitable organic by-products, from feedstock reception to gas utilisation.
CH₄BİOPAC / SYSTEM APPROACH
Biogas Systems
Designed around the resource.
Scoped around the objective.
A biogas plant is a coordinated system of feedstock, biology and energy use. BİOPAC starts the design process with waste characteristics and the needs of the operation.
Farm-scale packaged systemsHotel and catering food wasteOrganic by-products from food processing
From organic resources to energy
Biogas plant concept integrating digestion, gas storage and site infrastructure.
THE PROCESS
How does the system work?
01
Reception & preparation
Source separation, foreign material control, size reduction and homogenisation.
02
Anaerobic digestion
Microbial conversion of organic matter into biogas in an oxygen-free environment.
03
Gas conditioning
Moisture and H₂S control, gas storage and preparation for downstream equipment.
04
Use & recovery
Heat, suitable energy equipment or a biomethane line; digestate management.
SYSTEM SCOPE
Engineering components
considered together.
Equipment and process options are selected according to project inputs and target outputs.
Digestion
Reactor design coordinated with mixing, heating and process monitoring.
Gas line
Gas storage, condensate drainage, gas analysis and safety equipment.
Control & operation
Automation for monitoring temperature, pH, feeding and gas production.
THE STARTING POINT FOR DESIGN
What data does your project need?
| Feedstock | Type, daily quantity, dry matter and organic matter content |
|---|---|
| Biological suitability | BMP potential, inhibitors and seasonal variation |
| Site | Space, infrastructure, access and surroundings |
| Energy objective | Gas use for cooking, hot water, heat or other applications |
Gas production and energy output are determined by feedstock analysis and project design.
FREQUENTLY ASKED QUESTIONS
Key points before making a decision.
Can biogas be used in a hotel kitchen?
It can be considered with suitable gas cleaning, pressure control and biogas-compatible burners. Existing natural-gas appliances require a separate suitability and conversion assessment.
Does every waste produce the same amount of gas?
No. Production depends on composition and biodegradability. Capacity assessment uses representative sample analysis and BMP testing.
Further reading: EPA AgSTAR · System design ↗
Let’s discuss your biogas project.
Share your available data so we can define system boundaries and scope together.