Course

Two-Day Course + Plant Visit | Optimising the biogas and biomethane production process

Format

2-day / in-person / max. of 30 participants

Date

17-18 September 2026

Space

Limited availability, max. 30 participants

Course hours

First day: 9.00 – 17.00 Second day: 8.30 – 16.45 (Lunch and dinner included)

Location

European Renewable Gas Training Centre / EBA Headquarters (Av. des Nerviens 85, 1040 Brussels, Belgium)

Participation fee

1850€ excl. VAT general fee / 1480€ (20% discount) excl. VAT for EBA members on EBANet

Description

Boost your biogas and biomethane performance with our operator course and plant visit!

Unlock the full potential of your anaerobic digestion (AD) plant with this dynamic two-day course and plant visit designed specifically for operators in the biogas and biomethane sector. Step into the world of high-performance biogas and biomethane production with a two-day learning experience built for operators who want to understand not only what works, but why it works.

Across two days of expert led sessions, you will follow the journey of organic material through the entire anaerobic digestion process—watching how each stage, from hydrolysis to methanogenesis to biomethane upgrading, results in the final energy output. You will explore the subtle operational decisions that stabilise the process, prevent failures, and unlock higher efficiency. You will also explore the latest generation of AD technologies, discovering how innovative pre- and post-treatment methods can optimise the biomethane yield.

On day two, the course concludes with a guided visit to a fully operational AD plant, where theory meets practice. You will walk the site, meet the specialists, and see how best practice techniques translate into daily operations and measurable results.

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Programme

Day 1: 17 September 2026

Key parameters of the anaerobic digestion processes.
From hydrolysis to methanogenesis: biochemistry and microbiology.
Types of feedstocks.
Process parameters that influence and enhance the biogas yield.
Pre-treatment techniques.
Anaerobic Digestion technologies, process design and digester requirements.
Cleaning and upgrading techniques for biogas.
Membrane separation and CO2 recovery.
Methane slip reduction.
Balancing, controlling and optimising the biomethane yield.
Smart monitoring techniques.
Challenges in the production and remedies for process disturbances.

Day 2: 18 September 2026

Site visit: travel from Brussels to visit an AD plant.
A guided tour of the site from feedstock storage to the main operational units, with the opportunity to discuss with operators and plant managers and learn directly from real-life practice. Participants will also gain insight into the key decisions that this plant has made to control safety and risks and the production of its end products.
The day concludes with a Q&A session, providing an opportunity for discussion between participants, trainers and plant employees on practical situations, optimal performance, challenges in process disturbances, emerging technologies and controlling and optimising the production process and biomethane output.

Register

Who should attend?

This course is designed for plant operators, operational managers, technical engineers, plant managers, technology and equipment suppliers, and sustainability managers.

While primarily aimed at professionals active in the operation of anaerobic digestion (AD) plants, the course is also suitable for anyone seeking an in-depth understanding of the key components and sensitivities of biogas installations.

What are the advantages?

Gain a deep understanding of anaerobic digestion (AD) by learning how key biochemical pathways break down biomass in valuable precursors for biogas.
Learn how different feedstock types influence the AD process.
Understand how pre-treatment and post-treatment techniques can optimise the biogas yield.
Explore the advantages and disadvantages of main types of AD technologies.
Gain an overview of the key sensitivities involved in the upgrading process.
Learn about the main types of upgrading techniques, including CO2 recovery.
Understand how to manage H2S and reduce methane slip.
Develop practical strategies to identify, address, and resolve process disturbances.
Benefit from a plant visit that provides first-hand exposure to the operational and technical challenges of running a plant.
Get a deeper understanding of plant capacity in relation to plant design and types of feedstocks used.
Observe the key decisions operators make to control the process and optimise the biomethane yield.
Gain insights into how the end products of an AD plant are marketed and how value is created across the chain.
Strengthen knowledge retention by connecting theory to real-world practice, through hands-on experience during the plant visit.
Benefit from in-person learning by discussing best practices with experts and fellow course participants.

Cancellation & Refund Policy

Cancellations made up to 2 weeks before the start of the training are eligible for a full refund. Cancellations made within 2 weeks of the training date are not refundable. However, the full amount paid will be issued as a credit valid for 12 months, which can be applied to any upcoming course.