Optimizing Renewable Natural Gas & Anaerobic Digestion Systems

InnoTech Alberta’s Biogas Facilities help organizations evaluate the technical and operational feasibility of converting organic waste streams into renewable natural gas, biogas, and value-added by-products.

Using pilot-scale anaerobic digestion systems, advanced analytical capabilities, and applied process expertise, we help clients assess feedstocks, validate technologies, optimize process performance, and reduce risk before making significant capital investments in commercial-scale facilities. 

What's on this page?

What OurFacilities Enable

What OurFacilities Enable

Feedstock Evaluation & Characterization

Feedstock Evaluation & Characterization

Biochemical Methane Potential Testing

Biochemical Methane Potential Testing

Specialised Pilot Plant Construction & Training

Specialised Pilot Plant Construction & Training

Process Simulation & Optimization

Process Simulation & Optimization

Typical Projects

Typical Projects

Why Work With InnoTech Alberta?

Why Work With InnoTech Alberta?

What Our Facilities Enable

Organizations use our facilities to:

  • Evaluate the biogas potential of organic waste streams
  • Assess the feasibility of renewable natural gas projects
  • Optimize anaerobic digestion system performance
  • Improve methane production and process stability
  • Identify operational risks before commercial deployment
  • Evaluate feedstock blends and co-digestion opportunities
  • Generate data to support investment and commercialization decisions

Whether you are planning a new site or improving an existing operation, our facilities provide the data needed to make informed technical and business decisions.

Supporting Renewable Energy & Circular Economy Solutions

Organic waste streams can represent both an environmental challenge and an untapped energy resource.

Our facilities help clients transform agricultural residues, municipal organics, food-processing wastes, industrial by-products, and wastewater streams into renewable energy and nutrient-rich by-products.

Feedstocks evaluated have included:

  • Agricultural wastes
  • Municipal organic waste
  • Food processing residuals
  • Brewery and distillery by-products
  • Pulp and paper residuals
  • Industrial wastewater streams
  • Organic slurries and high-solids wastes

Who Uses These Facilities?

  • Municipalities and regional waste authorities
  • Agricultural producers and processors
  • Food and beverage manufacturers
  • Pulp and paper companies
  • Renewable natural gas developers
  • Utilities and energy companies
  • Technology developers
  • Engineering and consulting firms

Feedstock Evaluation & Characterization

Understand How Your Feedstock Will Perform

Successful anaerobic digestion begins with understanding the physical and chemical characteristics of the feedstock. Our laboratories provide detailed characterization of organic materials and waste streams to help determine:

  • Methane generation potential
  • Process suitability
  • Nutrient content
  • Potential operational constraints
  • Feedstock handling requirements

Analytical capabilities support the evaluation of both individual feedstocks and blended material streams.

Biochemical Methane Potential Testing

Evaluate Renewable Natural Gas Production Potential

Biochemical Methane Potential (BMP) testing provides an early indication of how much biogas and methane a feedstock is capable of producing under anaerobic digestion conditions.

These studies can be used to:

  • Screen potential feedstocks
  • Compare alternative materials
  • Evaluate co-digestion opportunities
  • Identify inhibitory effects
  • Support project feasibility assessments

This helps organizations focus investments on the most promising opportunities before committing to larger-scale testing programs.

Pilot-Scale Anaerobic Digestion Facilities

Validate Performance Under Realistic Operating Conditions

Our pilot-scale digestion systems are designed to emulate commercial anaerobic digestion facilities while maintaining the flexibility required for applied research and process development.

The facilities support:

  • Technology validation
  • Process optimization
  • Feedstock evaluation
  • Co-digestion studies
  • Process troubleshooting
  • Scale-up planning
  • Operational training

Advanced monitoring and control systems provide detailed information on process performance, gas production, gas quality, and overall system stability.

Process Simulation & Optimization

Reduce Technical & Operational Risk

One of the greatest challenges in anaerobic digestion projects is predicting how a system will perform before construction or modification.

Our pilot facilities allow organizations to evaluate:

  • Organic loading strategies
  • Retention times
  • Feedstock combinations
  • Gas production rates
  • Process stability
  • Digestate characteristics
  • Operational limitations

The result is a clearer understanding of performance expectations before investing in full-scale infrastructure. 

Typical Projects

Our facilities regularly support projects involving:

  • Renewable natural gas development
  • Anaerobic digestion feasibility studies
  • Feedstock assessment programs
  • Organic waste diversion initiatives
  • Food processing waste utilization
  • Agricultural waste management
  • Municipal organics processing
  • Process optimization and troubleshooting
  • Technology validation and scale-up

Why Work With InnoTech Alberta?

InnoTech Alberta combines pilot-scale infrastructure, analytical capabilities, and operational expertise to help organizations navigate the technical challenges associated with renewable natural gas and anaerobic digestion systems.

Clients benefit from:

  • Independent evaluation and validation
  • Pilot-scale process testing
  • Expertise across diverse waste streams
  • Reduced technical and investment risk
  • Improved process performance
  • Support for commercialization and scale-up
  • Data-driven decision making

Our goal is to help clients move from waste management challenges to sustainable energy and resource recovery opportunities with greater confidence and lower risk.

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