About Fenland Bio-Energy Systems

Turning agricultural waste into energy — and opportunity. Since 2015, we've been at the forefront of bio-energy innovation in the UK, combining technical expertise with a deep commitment to sustainability.

Aerial view of Fenland Bio-Energy Systems facility in Cambridgeshire with anaerobic digestion tanks

Our Mission: Energy That Works for Everyone

What if your farm's waste could power your home? Or your local school? That's the question we asked back in 2015 — and it's still driving us today.

Fenland Bio-Energy Systems was founded on a simple premise: bio-energy shouldn't just be sustainable — it should be practical, profitable, and accessible. Based in Cambridgeshire (with our HQ at 1010 Cambourne, Regus House), we've spent the last nine years developing solutions that do exactly that.

Our mission? To create a circular economy where waste becomes energy, energy becomes opportunity, and opportunity becomes progress. We don't just build systems — we build partnerships with farmers, rural communities, and businesses across the UK.

Fenland Bio-Energy Systems team discussing project plans around a table with technical drawings

Quick Facts

  • Founded: 2015 in Cambridgeshire
  • Team: 47 specialists (engineers, agronomists, technicians)
  • Projects completed: 147 across the UK
  • Energy generated annually: 124,000 MWh (enough for 31,000 homes)
  • CO₂ savings: 98,300 tonnes per year

The Technical Team Behind the Innovation

Our team isn't just skilled — they're obsessed. Obsessed with efficiency, with sustainability, with finding better ways to turn waste into energy. Here's who makes it happen:

Dr. Eleanor Whitmore, Chief Technical Officer, in a lab coat examining bio-digester samples

Dr. Eleanor Whitmore

Chief Technical Officer — PhD in Biochemical Engineering from Imperial College London. Eleanor leads our R&D team, focusing on optimising anaerobic digestion processes. "The magic isn't in the technology — it's in making it work for real farms, real communities."

Mark Field, Operations Director, standing in front of a large anaerobic digestion tank

Mark Field

Operations Director — With 22 years in renewable energy infrastructure, Mark oversees all project implementation. "Every site is different. That's the challenge — and the fun."

Sophie Chen, Head of Sustainability, presenting at a conference on circular economy models

Sophie Chen

Head of Sustainability — Sophie ensures our projects deliver maximum environmental benefit. "It's not just about energy — it's about soil health, water quality, community resilience. The whole system matters."

From agronomists to electrical engineers, our team brings together the expertise needed to make bio-energy work at scale. We're not just consultants — we're hands-on problem solvers who understand the realities of rural energy production.

Our Sustainability Commitment: Beyond the Numbers

We don't just talk about sustainability — we measure it, improve it, and report it. Here's how we're making a difference:

98.3%
of our projects achieve their projected CO₂ savings in the first year
1,247
tonnes of agricultural waste diverted from landfill annually (per average project)
42%
average reduction in nitrogen runoff from participating farms

But sustainability isn't just about metrics — it's about people. That's why we:

  • Work exclusively with UK-based suppliers (92% within 100 miles of our projects)
  • Offer free energy audits to rural schools and community centres
  • Provide training programs for local technicians (147 trained since 2018)
  • Use only biodegradable lubricants and cleaning products in our operations
  • Offset 100% of our office energy use through our own projects
Farmer standing in front of anaerobic digestion tanks with solar panels in background

The Fenland Difference

While others focus on large-scale industrial projects, we specialise in solutions that work for rural communities. Our average project serves 3-5 farms and powers 1,200 homes — creating local energy independence without sacrificing agricultural productivity.

"We're not trying to replace the grid — we're making it irrelevant for rural communities." — Mark Field, Operations Director

Innovation Focus: What's Next for Bio-Energy?

The bio-energy sector moves fast — and we're determined to stay ahead. Here's what we're working on:

🔬

AI-Optimised Digestion

Our new machine learning models predict biogas output with 94% accuracy — reducing waste and maximising efficiency.

🚜

Mobile Digesters

Small-scale, transportable units for seasonal waste streams. Perfect for farms with variable waste volumes.

🌱

Biochar Integration

Turning digestate into high-value soil amendments. Early trials show 37% improvement in soil carbon sequestration.

💡

Community Microgrids

Local energy networks that combine bio-energy, solar, and storage. First pilot launching in Norfolk next spring.

"Innovation isn't about chasing the latest trend — it's about solving real problems. That's what drives us." — Dr. Eleanor Whitmore

Fenland Bio-Energy Systems innovation lab with technicians working on new bio-digester prototypes

Ready to Explore Bio-Energy Solutions?

Whether you're a farmer looking to turn waste into income, a rural business seeking energy independence, or a community exploring sustainable development — we're here to help.

Get in Touch

Call us at +44 117 036 09 04 or email [email protected]

Explore Our Case Studies

See how we've helped farms and communities across the UK

Frequently Asked Questions

How much can I earn from agricultural waste?
It depends on your waste volume and type — but our average farm partner sees £42,000-£87,000 annually from gate fees and energy sales. We'll provide a free, no-obligation assessment.
Is anaerobic digestion really sustainable?
Absolutely — when done right. Our systems capture methane that would otherwise escape into the atmosphere (methane is 28x more potent than CO₂ as a greenhouse gas). Plus, the digestate replaces synthetic fertilizers, reducing chemical runoff.
How long does a project take?
From initial assessment to full operation: 12-18 months. The planning and permitting phase typically takes 6-9 months, with construction adding another 6-9 months.
Local community members gathered around a new bio-energy facility with Fenland Bio-Energy Systems team