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Biogas Plant for Poultry Farm
Turning Poultry Waste into Renewable Energy & Organic Fertilizer
KOSHISH SUSTAINABLE SOLUTIONS PVT. LTD.
Poultry Waste: From Problem
to Opportunity
The Challenge
• Poultry manure
accumulation
• Foul odours & ammonia
emissions
• Environmental pollution
• Waste disposal costs
• Litter, feathers & processing
waste
The Solution
• Convert waste into clean
renewable energy
• Produce nutrient-rich organic
fertilizer
• Eliminate odours & pollution
• Reduce operational costs
• Create sustainable farm
operations
What is a Poultry Biogas Plant?
A waste-to-energy system that converts poultry litter, manure and biodegradable poultry waste into valuable products through anaerobic digestion.
Renewable Biogas
Methane-rich fuel for energy
Bio-Slurry
Nutrient-rich digestate
Organic Fertilizer
NPK-rich biofertiliser
Useful Energy
Electricity, heat & cooking fuel
Why Do Poultry Farms
Need Biogas?
Better Waste Management
Efficient, hygienic processing of all poultry waste
Lower Energy Costs
Reduce dependence on LPG, diesel & grid electricity
Improved Profitability
Additional revenue from fertilizer & energy
Eco-Friendly Farming
Lower greenhouse gas emissions & pollution control
Types of Poultry Waste Used
Poultry Manure
Rich in organic matter & nutrients — best biogas source
Poultry Litter
Manure, bedding, feathers & feed residues
Hatchery Waste
Eggshells, unhatched eggs & organic residues
Processing Waste
Blood, offal & biodegradable residues
Feather Waste
Improves overall organic waste utilisation
Feed Residues
Unused or spilled feed enhances gas production
How Does a Poultry Biogas Plant Work?
The 5-Step Process
01
Collection
Gather waste from sheds & farm areas
02
Feed Digester
Transfer waste into sealed biogas digester
03
Anaerobic Digestion
Microorganisms break down organic
matter — 45 days
04
Gas Collection
Biogas rises, collected & purified in
storage dome
05
Utilisation
Energy generation & fertilizer extraction
Inside the Anaerobic Digestion Process
Organic poultry waste + microorganisms + oxygen-free environment →
Biogas + Digestate
• Duration: Approximately 45 days
• Environment: Sealed, airtight, anaerobic chamber
• Microbial Action: Bacteria convert complex organic materials into simpler
compounds
• Biogas Composition: Methane (CH₄) + Carbon Dioxide (CO₂) + trace gases
• Outputs: Methane-rich biogas + nutrient-rich digestate
What Happens to the Biogas?
Electricity Generation
Power generators reduce electricity bills
Cooking Fuel
Alternative to LPG & gas cylinders
Heating Sheds
Maintain optimal temperatures for birds
Bio-CNG/CBG
Processed biogas as vehicle fuel alternative
Bio-Slurry: From Waste to Fertilizer
Poultry Waste Biogas Plant Bio-Slurry Organic Fertilizer
→ → → →
Agricultural Fields
Nutrient Composition
• Nitrogen (N) – Essential for plant growth
• Phosphorus (P) – Root development & energy transfer
• Potassium (K) – Plant strength & disease resistance
• Organic Matter – Improves soil structure & water retention
• Soil Health – Reduces chemical fertilizer dependence
Benefits for Poultry Farms
🌿 Environmental
• Reduced greenhouse gas
emissions
• Odour control & pollution
prevention
• Reduced soil & water pollution
• Sustainable waste managem
ent
💰 Economic
• Lower LPG, diesel & electricity
costs
• Lower waste disposal costs
• Organic fertilizer value &
revenue
• Additional income
opportunities
⚙️Operational
• Better waste handling & hygiene
• Improved farm sanitation
• Efficient waste processing
• Reliable renewable energy supply
Where Can Poultry Biogas Be Used?
Broiler Farms
Meat production operations
Layer Farms
Egg production facilities
Hatcheries
Chick breeding & incubation
Integrated Farms
Multi-purpose operations
Breeder Farms
Parent stock breeding
Customizable Solutions: Biogas systems can be tailored according to waste generation, available space and energy requirements of each farm.