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Course Outline
Day 1 - Introduction and Principles
Keynote: Landfill Gas from State-of-Practice to State-of-Art
- Historical Perspectives, Contain-Collect-Control
- Evolving Standard-of-Practice, Risks and Opportunities
Chemical Characteristics and Fundamentals
- Biological Decomposition and Chemical Reactions
- Conditions for Gas Generation, Characteristics of LFG
- Heath and Safety
Developing a Sustainable Waste Management Campus and Circular Landfill
- Life-cycle systems
- Developing a Sustainability Campus
- Opportunities to Improve the Sustainability of Waste Management
Afternoon Site Tour
- Landfill Gas Collection
- Well Head Automation, Machine Learning
- UAC Survey Demonstration, Noxious/Nuisan Gas Control
- High-BTU Conversation Plant Tour
- Emission Sensor Network
Day 2- Landfill Gas System Design
Estimates of Landfill Gas Generation and Emissions
- Factors impacting Quantity and Composition
- USEPA Land GEM, IPCC Waste Model, Canada Provincial...
Measurement of Fugitive Emissions
- Transport Mechanisms
- Qualitative Methane Reconnaissance Techniques
- Surface flux chambers, Tracer Gas Dispersion, Mass balance
- UAV-Borne Sensor Array
- Landfill Data Collection Procedures
- Time-lape Mapping
Extraction and Collection Systems Design, 2 parts
- Vertical Extraction Wells versus Horizontal Collectors
- Radius of Influence Calculations and Measurements
- Well Heads: solar power, metering, valving, automation
- Layout of Headers, Laterals, Valves, Sumps...
- Aucillary Components: Pneumatic Air Systems, Force Mains, Electrical Service
- Blower Station and Flare Design, Flares, Metering
Day 3-Collection, Recovery, Treatment, and Marketing
Header Pipe Sizing and Layout
- System Desing Methods: LP Mueller, Darey, KY Gas
- Design Steps and Considerations
Landfill Gas Markets and Biogas Economics
- The RNG Market, Carbon Markets
- Roles in RNG Projects
- Financial Considerations and Clean Fuel Incentives
- Renewable Fuel Standards
- Income and Expenses Streams
- Market Analysis, Compliance, and Tracking Credits
Biogas Cleanup Technologies
- Biogas Characteristics and Constituents
- Membrane System
- Pressure Swing Absorption Systems
- Solvent/Water based Systems
- Cryogenic Systems
- System Economics
Pipeline-Grade High-BTU Gas Conversion
- Economics, Ownership Structures, Financial Pro Forma
- Equipment Selection and Design, Interconnection, Offtake Agreements
- Engineering, Pipeline Access, Financing, Environmental Markets
- Technology Choices for Biogas Upgrading
- Contractual Considerations, Construction Delivery Methods
- Commissioning and Operations
Small Scale Biogas to CNG Vehicle Fuel Projects
- Biogas Quality and Quanity
- Vehicle Fuel Requirements (SAE J1616)
- Small Scale Biogas Cleanup Technologies
- CNG Fueling Station Options
- Project Economics
Evolving Topics in LFG Operations and Management
- EVOH Geomembranes, Duel Extraction Wells, Black Goo
- Odor Control, Elevated Temperature Landfills
- Machine Learning
Course Schedule
Event Dates/Times:
- 4/15/2026 8:00am - 4:00pm Central Time
- 4/16/2026 8:00am - 5:15pm Central Time
- 4/17/2026 8:00am - 4:15pm Central Time
Course Notes
Students will create and log in to the Canvas course site with a NetID. Course assets such as instructional materials, participation certificates, and course evaluations will be available to all students through the Canvas course site.
The course materials are all digital and only available on the Canvas course website. Online attendees will access sessions via the Zoom web conferencing platform. The Zoom link will be provided a few days before the course.
Please watch your registration email (including spam/junk folders) for updates from a “wisc.edu” address.
Program Director
Program Director
James Tinjum