The Control of Major Accident Hazards Regulations 2015 applies to more AD plants than most operators realise. Here is what COMAH means in practice, how to assess your obligations, and why a robust environmental management system sits at the heart of compliance.

EPC contracts bring every stage of an anaerobic digestion project under one accountable partner, reducing risk and giving investors confidence. This guide explains how EPC delivery works, what each project phase involves, and how careful planning leads to success.

As global energy markets grow increasingly volatile and the UK's exposure to imported fossil gas becomes impossible to ignore, biomethane offers something rare: a home-grown, scalable, and genuinely renewable gas that can be produced right now, from resources we already have.

Getting digestate off your plant and onto land legally takes more than good intentions. This guide covers storage infrastructure, NVZ closed periods, application rates, nutrient management plans, and the record-keeping that holds up under audit.

Grit accumulation is one of the most overlooked threats to long-term AD plant performance. This guide explains what tank de-gritting involves, why it should be part of every operator's maintenance planning, and what happens if it is left too long.

Biogas leaks are more common than most operators expect, affecting around 85% of UK and European plants. This guide explains where leaks occur, how to find them, and what to do next.

Food waste is more than leftovers, it’s a global challenge and a valuable resource. This guide explains what food waste is, why it matters, and how anaerobic digestion transforms it into renewable biogas and fertilizer. Featuring real-world projects from BIOCON Group, we show how turning waste into energy supports sustainability, climate goals, and the circular economy.

Odour is one of the biggest trust issues in anaerobic digestion. This article explores what actually causes odour at AD and biogas sites, what practical steps prevent it, and how operators can speak about it clearly and credibly with planners, regulators, and local communities.

AI and digital monitoring are changing how AD plants are managed. Here is what the technology can realistically do for plant stability, efficiency, and remote operation.