Transforming Rural Communities Through Sustainable Bio-Energy
From farm waste to clean electricity — we design, build, and maintain anaerobic digestion plants that power communities whilst reducing environmental impact. Over 150 successful installations across the UK since 2015.
Start Your Bio-Energy ProjectComplete Bio-Energy Solutions
Why choose multiple suppliers when you need just one? Our integrated approach covers everything from initial feasibility studies to long-term maintenance contracts. We've spent over a decade perfecting this process — so you don't have to.
Anaerobic Digestion Plants
Turn agricultural waste into renewable electricity. Our custom-designed digesters handle everything from cattle slurry to food waste, generating up to 2.4MW of clean power per installation.
Biomass Supply Chains
Reliable feedstock sourcing and logistics management. We connect local farms with processing facilities, ensuring consistent supply whilst supporting rural economies.
Smart Monitoring Systems
Real-time performance tracking and predictive maintenance. Our IoT-enabled platforms reduce downtime by 67% and maximise energy output through data-driven optimisation.
The Rural Energy Challenge
Rural communities face unique energy challenges. Grid connections are often unreliable, energy costs run high, and agricultural waste creates disposal problems. What if we told you these challenges could become opportunities?
Organic waste — from livestock operations to crop residues — represents untapped energy potential. A single dairy farm with 500 cows produces enough slurry to generate 186kW of electricity annually. That's sufficient to power 150 homes whilst eliminating methane emissions that would otherwise contribute to climate change.
Traditional Waste Management
- High disposal costs (£45-80 per tonne)
- Methane emissions from decomposition
- Groundwater contamination risks
- Pest and odour problems
- Regulatory compliance challenges
Bio-Energy Approach
- Revenue generation from electricity sales
- 99.2% reduction in methane emissions
- Nutrient-rich digestate for soil improvement
- Contained processing eliminates odours
- Exceeds environmental standards
Engineering Excellence
Every installation begins with detailed site analysis. Our engineers assess feedstock availability, energy demands, grid connection possibilities, and local regulations. No two projects are identical — which is why we design bespoke solutions rather than offering one-size-fits-all packages.
The heart of any anaerobic digestion system is the digester vessel itself. We use CSTR (Continuously Stirred Tank Reactor) technology with advanced mixing systems that maintain optimal temperatures and pH levels. The result? Biogas yields that consistently exceed industry benchmarks by 15-20%.
Site Assessment
Comprehensive evaluation of feedstock resources, energy requirements, and infrastructure needs.
Custom Design
Bespoke engineering solutions optimised for local conditions and specific client requirements.
Installation
Professional construction teams with extensive experience in bio-energy infrastructure projects.
Maintenance
Ongoing support and monitoring to ensure peak performance throughout the system lifecycle.
Beyond the Basics
Standard biogas plants are just the beginning. We integrate complementary technologies that multiply the benefits of your investment. Heat recovery systems capture waste thermal energy for space heating or crop drying. Combined heat and power (CHP) units achieve overall efficiency rates of 85%.
Our supply chain management services ensure consistent feedstock availability. We've developed partnerships with over 300 farms across East Anglia, creating a network that guarantees reliable biomass supplies even during seasonal variations. This collaborative approach strengthens the entire rural economy.
Smart Technology Integration
Our monitoring systems use machine learning algorithms to predict optimal feeding schedules, maintenance requirements, and performance adjustments. Real-time data streams to your smartphone or computer, giving you complete visibility of system performance.
Automated control systems respond to changing conditions within minutes — not hours. Temperature fluctuations, pH imbalances, and gas pressure variations trigger immediate corrective actions that maintain peak efficiency.
Financial Benefits
Feed-in Tariff payments provide guaranteed income for 20 years. Export tariffs reward excess electricity fed back to the grid. Renewable Heat Incentive payments offer additional revenue streams for qualifying installations.
Typical payback periods range from 7-12 years, depending on scale and local conditions. After payback, systems generate pure profit whilst continuing to process waste and reduce emissions.
Industry Leadership
Since 2015, we've been at the forefront of UK bio-energy development. Our team includes chartered engineers, environmental consultants, and project managers with decades of combined experience in renewable energy infrastructure.
We're not just contractors — we're long-term partners in your energy strategy. Our maintenance contracts ensure systems operate at peak efficiency throughout their 20+ year lifespan. Emergency response teams are available 24/7 to address any operational issues.
"Our 800kW installation has exceeded all expectations. Eighteen months after commissioning, we're generating 15% more electricity than projected whilst processing all our dairy waste plus material from three neighbouring farms. The additional income stream has transformed our business sustainability."
— James Mitchell, Hillview Dairy Farm, Norfolk
Environmental Impact
Every kilowatt-hour of biogas electricity prevents approximately 0.43kg of CO₂ emissions compared to grid electricity from fossil fuels. But the environmental benefits extend far beyond carbon reduction.
Anaerobic digestion eliminates methane emissions from organic waste — and methane is 28 times more potent as a greenhouse gas than CO₂. The digestate by-product replaces synthetic fertilisers, reducing the energy-intensive production of nitrogen, phosphorus, and potassium compounds.
Carbon Neutral Operations
Biogas is considered carbon neutral because the CO₂ released during combustion was recently captured from the atmosphere by the plants that formed the biomass feedstock.
Water Protection
Contained anaerobic digestion prevents nutrient runoff into waterways, protecting groundwater quality and reducing agricultural pollution in rivers and streams.
Soil Enhancement
Digestate contains stabilised nutrients in forms readily available to plants, improving soil structure and fertility whilst reducing dependency on synthetic fertilisers.
Getting Started
Wondering if bio-energy makes sense for your operation? The first step is understanding your waste streams and energy requirements. Our initial consultations are always free — we visit your site, assess available feedstock, and provide preliminary feasibility analysis.
Most clients are surprised by the financial returns. A medium-scale installation (500kW) typically generates £180,000-220,000 annually through electricity sales and government incentives. Factor in waste disposal savings and fertiliser replacement value, and the business case becomes even stronger.
Consultation Process
- Free initial site visit and assessment
- Detailed feasibility study and financial modelling
- Planning permission and regulatory support
- Custom system design and specification
- Construction project management
- Commissioning and performance testing
- Ongoing maintenance and support
Financing Options
We understand that bio-energy installations represent significant capital investment. That's why we work with specialist renewable energy financiers who offer competitive loan packages designed specifically for anaerobic digestion projects.
Alternative financing structures include lease agreements where we retain ownership whilst you benefit from reduced energy costs and waste processing services.
Ready to Transform Your Energy Future?
Join over 150 satisfied clients who've already discovered the benefits of bio-energy. Our team is ready to assess your site, explain the opportunities, and design a solution that delivers both environmental and financial returns.