Fully online technical training designed around real industry demand, so you can specialize at your own pace.
11/07/2026
Start Date
8 months
Duration
750
Total Hours
8 Modules
Program
Duration
Total Hours
Program
Start Date
$3615
The Certificate in Biomass and Biogas from ICTESS is built to train specialists in the energy recovery of organic resources through combustion and anaerobic digestion technologies. The program covers the entire energy valorization cycle, from biomass characterization and heating value analysis through the design of thermal plants and renewable natural gas production systems.
You will learn the engineering calculations used on real projects: mass and energy balances, boiler sizing against thermal demand, anaerobic reactor design with retention time optimization, upgrading systems for pipeline injection, and economic models for heat as a service. The program includes a Capstone Project in which you apply everything you have learned to a complete thermal or biogas plant project.
The Certificate in Biomass and Biogas answers the growing demand for technicians specialized in the energy valorization of organic waste and biomass. The circular economy and decarbonization goals are driving the development of thermal plants running on renewable fuels and renewable natural gas (RNG) projects for pipeline injection or use as a transportation fuel.
The purpose of the program is to train professionals capable of designing, sizing, and managing biomass and biogas energy recovery facilities. You will learn to characterize organic fuels by their heating value, select combustion or digestion technologies based on the available feedstock, size thermal systems with heat exchanger integration, and develop profitable business models built on heat supply contracts.
The training includes hands-on work with professional calculation tools for energy balances and feasibility analysis (RETScreen, specialized spreadsheets) and closes with a Capstone Project in which you develop a complete thermal or biogas plant project applying every competency built across the technical modules.
The Certificate in Biomass and Biogas qualifies you for specialized technical roles at thermal engineering firms, organic waste management companies, energy service companies (ESCOs), and the sustainability departments of food and agricultural industries. You can work as a biomass project engineer, biogas plant manager, energy valorization consultant, or heat-as-a-service contract manager.
The program prepares you to manage the technical phases of biomass and biogas projects: running feedstock availability studies, building mass and energy balances, sizing boilers and anaerobic reactors against demand, designing fuel storage and logistics systems, and supervising operations in compliance with emissions regulations and combustible dust safety standards.
You will also build the skills to develop innovative business models such as heat as a service, negotiate thermal supply contracts with industrial customers, handle environmental permitting and incentive applications, and improve plant returns through biogas upgrading to RNG. The practical focus lets you apply what you learn to live projects right away.
Study from anywhere with no commuting, fitting your technical specialization around the job you already have.
Organize your study around your own availability. Move through the modules whenever it suits you best and reinforce whatever you need.
Learn RETScreen and technical spreadsheets. The same analysis tools engineering firms use on real bioenergy projects.
Technical video lessons, updated downloadable materials, forums with specialized tutors and practical exercises.
With ICTESS you get specialized technical training built around professional practice, designed so you master the competencies the biomass and biogas sector is actually hiring for. Learn with an up-to-date methodology and real thermal engineering tools.
What you'll achieve
Characterize different biomass types through proximate analysis, ultimate analysis, and lower heating value (LHV) to evaluate their suitability as fuel in thermal applications.
Size biomass combustion systems, selecting boilers, burners, and emissions control equipment to meet EPA air quality requirements and the project’s thermal demand.
Design anaerobic digestion plants by calculating hydraulic retention times, biogas yields, and the upgrading systems needed to produce pipeline-quality renewable natural gas.
Plan biomass supply logistics, including storage, pretreatment, inventory management, and compliance with NFPA combustible dust standards in hazardous areas.
Develop heat-as-a-service (ESCO) business models by structuring thermal supply contracts, rate structures, and the project’s economic feasibility analysis.
The biomass and biogas sector is growing steadily, driven by the need to decarbonize industrial heat and manage organic waste sustainably. Significant volumes of forestry and agricultural biomass remain underused, while RNG production is emerging as a key carrier for displacing fossil natural gas in industry and transportation. That scenario generates constant demand for specialized technical professionals.
Shortage of technicians with bioenergy-specific training: The labor market struggles to fill openings that require knowledge of biomass characterization, combustion system design, anaerobic digestion, and combustible dust safety standards. Companies in the sector place particular value on profiles that combine technical competence with a business perspective for developing viable projects.
The growth of RNG as a renewable gas: Federal and state renewable fuel programs are driving biogas upgrading projects. This trend calls for professionals able to design complete plants from digestion through pipeline injection, with command of purification technologies and the gas quality requirements for pipeline access.
A competitive edge in the circular economy: Specialized training in waste-to-energy valorization sets you apart in a context where food and agricultural industries, municipalities, and waste managers are looking for solutions to meet environmental regulations and cut energy costs. Mastering both the technical design and the business models positions you as a key professional in this transition.
Access to an expanding sector with multiple applications: Biomass and biogas offer solutions for decarbonizing industrial heat, managing organic waste by recovering its energy, and producing renewable fuels for transportation and pipeline injection. That versatility widens your job opportunities considerably across different subsectors.
Command of complementary technologies: The program trains you in both solid biomass combustion and anaerobic digestion, letting you take on diverse projects based on the available feedstock and the customer’s energy demand, a versatility highly valued by energy service companies and engineering firms.
Ability to develop profitable business models: You will learn to structure heat-as-a-service projects, negotiate thermal supply contracts, and assess economic viability including available incentives, which lets you contribute to the commercial development of projects as well as their technical design.
Recognized professional certificate: The ICTESS professional certificate documents your technical specialization in biomass and biogas, strengthening your position in the job market and validating your competencies with companies across the renewable thermal energy sector.
This certificate program is designed for professionals and graduates seeking technical specialization in biomass energy recovery and biogas production. Recommended profiles include:
Program details
The Capstone Project is the culminating stage of the program and represents the practical integration of every technical competency developed along the way. It consists of the complete development of a biomass thermal plant or biogas plant case study, from the resource analysis phase through the proposed business model, applying the professional methodologies and calculation tools used in the industry.
The project can focus on a biomass combustion plant supplying industrial heat or district energy, or on a biogas plant with anaerobic digestion and upgrading to renewable natural gas. You will run the feedstock availability study within the supply radius, build the system’s mass and energy balance, size the main equipment (boiler or anaerobic reactor, heat exchangers, emissions control systems), design the supply and storage logistics, and verify compliance with combustible dust safety and emissions requirements.
The work also includes developing the business model with its rate structure and supply contracts, the complete economic feasibility analysis (CAPEX, OPEX, payback, sensitivity), and identification of the applicable incentives and grant programs. Final documentation must be presented at the technical level and professional format expected of bioenergy plant project reports, demonstrating your ability to produce complete technical documentation suitable for investors, agencies, or industrial clients.
The Certificate in Biomass and Biogas from ICTESS includes hands-on training with the calculation tools used in the sector: RETScreen for the technical and economic feasibility analysis of clean energy projects, specialized spreadsheets for mass and energy balances in combustion and anaerobic digestion plants, and sizing methodologies for boilers, reactors, and storage systems. You will learn to produce biomass availability studies with supply radius analysis, calculate biogas yields based on feedstock composition, and model economic scenarios under different rate structures. Command of these tools lets you produce professional feasibility studies, which are the basis for decision making on bioenergy projects.
An engineering degree is not essential, though technical training in energy, chemistry, agronomy, environmental science, or industrial installations is recommended. The program is designed for industrial, chemical, agricultural, and environmental engineers, but it is also accessible to technicians with an associate degree and experience in the energy or waste treatment sector, and to food and agricultural professionals with a technical background. The content includes mass and energy balances, thermal equipment sizing, and biochemical process analysis, so it is essential to be comfortable with technical calculations, reading process diagrams, and working with advanced spreadsheets.
The ICTESS Professional Certificate attests to your technical specialization in biomass and biogas and is recognized by companies in the sector as high-level professional development. While it is not an accredited academic degree, the certificate documents specific competencies that are in strong demand: biomass and feedstock characterization, combustion and anaerobic digestion system design, compliance with emissions and combustible dust safety standards, and the development of heat-as-a-service business models. Energy service companies, specialized engineering firms, waste managers, and food and agricultural industries place particular value on this practical training, since it demonstrates the ability to develop complete projects from resource analysis through the commercial operating model.
This Certificate in Biomass and Biogas stands apart for its integrated approach covering both technologies and its orientation toward real business models. Where many courses focus only on the technical side of combustion or anaerobic digestion separately, this program addresses both energy valorization routes, letting you select the optimal technology for the available feedstock. It also includes dedicated training in heat-as-a-service (ESCO) models, thermal supply contracts, and economic feasibility analysis, competencies that are essential for developing projects that actually get built. The technical content runs from biomass characterization through biogas upgrading to RNG, including combustible dust safety, ash management, and supply logistics, aspects rarely addressed in generalist courses.
