With fossil fuel dependence under growing pressure, biomass has moved from a niche topic to a mainstream part of national energy strategies — yet turning agricultural residue, forest byproducts, or organic waste into usable power still requires real technical and strategic know-how. This training programme from the Arab British Fellowship Training Academy gives professionals a solid grounding in the science, technology, and strategic implementation of biomass as a sustainable energy resource.

Participants examine the full spectrum of biomass — its origins, processing methods, industrial applications, and relevance to today's energy transition — while building the technical insight and strategic awareness needed to evaluate, plan, and manage biomass-based projects with confidence.

Who Should Attend?

• Environmental engineers and sustainability consultants seeking specialisation in renewable energy.
• Energy sector professionals and policymakers involved in national or regional energy planning.
• Agricultural and forestry professionals interested in value-added resource management, alongside researchers and technical staff exploring applied bioenergy solutions.

Course Objectives

By the end of the programme, participants will be able to:

• Classify biomass resources and explain the scientific principles behind them.
• Analyse current and emerging technologies for biomass conversion and utilisation.
• Evaluate the environmental, economic, and regulatory factors shaping biomass project development.
• Assess the role of biomass within integrated energy systems and climate action plans.
• Contribute effectively to biomass-related projects in industrial or policy settings.

Module 1: What Biomass Is and Where It Comes From

• Definition and classification of biomass types (woody, herbaceous, organic waste).
• Historical context and evolution of biomass as an energy source.
• Comparison with other renewable and non-renewable energy sources.
• Agricultural residues, energy crops, forest products and byproducts, and urban/industrial organic waste streams.

Module 2: Turning Biomass into Energy

• Thermochemical conversion (combustion, pyrolysis, gasification).
• Biochemical conversion (anaerobic digestion, fermentation).
• Physicochemical methods and preprocessing techniques.

Module 3: Getting Biomass from Field to Plant

• Collection, transportation, and storage of biomass feedstocks.
• Pre-treatment processes and logistical considerations.
• Integration with existing energy infrastructure.

Module 4: Power, Heat, and Fuel Applications

• Biomass-fired power plants: design and operation, and cogeneration systems using biomass.
• Domestic and industrial heating applications.
• Bioethanol and biodiesel production routes, biogas generation from waste treatment plants, and fuel quality standards.

Module 5: Weighing the Costs and Benefits

• Lifecycle assessment of biomass energy.
• Carbon neutrality and emissions analysis.
• Cost structure, subsidies, and return on investment.

Module 6: Policy, Regulation, and What Comes Next

• International directives, national incentives, and compliance mechanisms.
• Sustainability criteria and certification systems.
• Emerging trends: algae-based biomass, advanced biofuels, carbon capture integration, and hybrid renewable systems.

Module 7: Taking a Biomass Project from Idea to Operation

• Project planning and feasibility assessment.
• Stakeholder mapping and risk evaluation.
• Scaling from pilot to commercial deployment.