A Waste-to-Energy (WtE) course focusing on Biogas typically provides a comprehensive look at how organic waste—such as food scraps, animal manure, and sewage—can be transformed into renewable energy. These course bridges the gap between waste management and renewable energy production, emphasizing circular economy principles.
By the end of such a program, participants are generally expected to:
Understand Biogas Science: Grasp the principles of anaerobic digestion (decomposition in the absence of oxygen) and the biological phases involved.
Evaluate Feedstocks: Identify and characterize different organic materials suitable for energy generation.
Design & Size Systems: Learn how to select and size appropriate digester technologies for various scales, from small farms to industrial plants.
Assess Feasibility: Conduct technical and economic studies, including financial modeling and carbon credit potential.
Navigate Regulations: Understand safety protocols, environmental impacts, and national energy policies.
A mix of interactive lectures, software-based simulations and hands-on practical installation sessions.
Biogas Waste-to-Energy courses are uniquely structured to serve both beginners seeking a career entry point and professionals looking to deepen their technical or regulatory expertise
Introduction to Circular Systems: Understanding the role of waste-to-energy in sustainability.
Microbiology of AD: Learning the four biological stages—hydrolysis, acidogenesis, acetogenesis, and methanogenesis.
Biogas Properties: Studying gas composition (methane, CO2) and the factors that influence its energy content.
Waste Characterization: Classifying different organic wastes and assessing their energy potential.
Substrate Selection: Blending various feedstocks (e.g., manure, food waste) to optimize gas yields.
Pre-treatment Techniques: Methods like screening, maceration, and grease separation to improve digester efficiency.
Main Components: Overview of digester types, mixing systems, gas holders, and flares.
Instrumentation: Using sensors for gas flow, pH, temperature, and methane/CO2 monitoring.
Operator Routines: Daily inspections, sample collection, and proper shift handovers.
Process Monitoring: Tracking critical health indicators like pH, alkalinity, and Volatile Fatty Acids (VFA).
Data Analysis: Using digital logs and trend analysis to spot early signs of system failure.
Common Issues: Strategies for managing foaming, odors, and unstable gas production
Gas Upgrading & CHP: Learning about Combined Heat and Power (CHP) systems, H2S removal, and upgrading biogas to biomethane.
Safety & Emergency Response: Implementing PPE, gas detection, and emergency protocols for leaks.
Economic Frameworks: Feasibility studies, project financing, and navigating environmental policies.
After successfully completing this training course, participants will be awarded Biowatt Institution Certificate of Completion accredited by Botswana Qualification Authority — a respected validation of their dedication to continuous learning and professional excellence. This certificate signifies that participants have gained the essential knowledge and skills required to make a measurable impact in their field.
Upon successful completion of the training course, you will receive The Energy Training Centre Certificate of Completion with corresponding learning hours.
There are two convenient options to register for a training course:
Online Registration Form – Register for your desired training course by completing the online registration form available on our website. Simple click on the registration button or select your preferred dates and provide the requested information.
Email Registration – You can email us your intention to register at info@biowattinstitution.africa. Our team will guide you through the registration process and provide assistance you may need.