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FREE MASTERCLASS

Master Anaerobic Digestion
in 11 Weeks

Prevent costly upsets, optimize biogas production, and troubleshoot performance issues with expert training from CRB Water's PhD-level anaerobic digestion specialist.

Subscribe to the free video training series today.
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Introduction to Anaerobic Digestion

Anaerobic digestion is a powerful technology for removing pollutants while simultaneously generating renewable energy, but performance instability and limited biological understanding often limit success.

This Anaerobic Digestion Training Series provides science-based, practical guidance on anaerobic digestion fundamentals, process control, and optimization. Topics include digestion steps and reactor capacity determination, food-to-mass ratios, COD and carbon balance, methane yield and biogas composition, temperature and pH control, VFAs and reactor souring, ORP ranges, nutrient requirements and bioavailability, and granular biomass stability.

The series is designed for professionals responsible for designing, operating, troubleshooting, or managing anaerobic digestion systems in industrial wastewater and waste-to-energy applications.

WATCH THE FIRST VIDEO NOW

1-1
Anaerobic Digestion Training (Part 1): Series Overview & Why Digesters Become Unstable

 

In this introductory video, we explain why anaerobic digestion systems fail, why underlying biology is often misunderstood, and why a deeper scientific understanding is essential for stable and successful reactor operation.

Key topics covered:
  • Why anaerobic digestion performance varies across systems
  • How biological limitations drive instability and financial risk
  • What this training series covers and how it is structured
WHAT YOU'LL LEARN

11 Videos Covering Everything From Fundamentals to Advanced Diagnostics

01

Anaerobic Digestion Training (Part 1): Series Overview & Why Digesters Become Unstable

In this introductory video, we explain why anaerobic digestion systems fail, why underlying biology is often misunderstood, and why a deeper scientific understanding is essential for stable and successful reactor operation.

02

Anaerobic Digestion Training (Part 2): Digestion Steps, Reactor Capacity & Food-to-Mass Ratio

In this video, we walk through the biological steps involved in anaerobic digestion and explain how reactor capacity and food-to-mass ratio influence methanogenic health, VFAs accumulation, granular biomass formation, and overall process stability.

03

Anaerobic Digestion Training (Part 3): COD Mass Balance, Methane Yield & Biogas Composition

In this video, we explain how to perform COD and carbon mass balance across anaerobic reactors and how to estimate theoretical methane yield and methane concentration in biogas using stoichiometric relationships.

04

Anaerobic Digestion Training (Part 4): Digester Temperature Ranges & Process Stability

This video explains mesophilic and thermophilic digestion, microbial temperature sensitivity, and how temperature changes affect methanogenic activity, alkalinity demand, and reactor stability.

05

Anaerobic Digestion Training (Part 5): pH Control & Alkalinity Demand

In this video, we explain ideal pH ranges for anaerobic digestion, how alkalinity buffers acid generation, and how dissolved carbon dioxide influences alkalinity demand in anaerobic reactors.

06

Anaerobic Digestion Training (Part 6): VFAs, VA/PA Ratio & Reactor Souring

In this video, we explain what VFAs are, why they accumulate, how they impact methanogenic activity, and how VFAs measurement methods and VA/PA-style ratios are used to assess reactor stability and souring risk.

07

Anaerobic Digestion Training (Part 7): ORP Ranges & Oxidizer Impacts

This video explains ORP fundamentals, ideal ORP ranges for methanogenesis, and how oxidizing chemicals and sulfate reduction can disrupt anaerobic digestion performance.

08

Anaerobic Digestion Training (Part 8): Macronutrient Requirements for Methane Production

In this video, we explain the role of carbon, nitrogen, phosphorus, sulfur, and key cations in anaerobic digestion and how nutrient balance affects microbial health and process stability.

09

Anaerobic Digestion Training (Part 9): Micronutrients, Trace Metals & Methanogenesis

In this video, we explain the science behind trace metal requirements in anaerobic digestion and how deficiencies or poor bioavailability limit methane production.

10

Anaerobic Digestion Training (Part 10): Micronutrient Bioavailability & Case Study

In this video, we explore the concept of bioavailability and review a full-scale industrial case study demonstrating how bioavailable micronutrient supplementation restored reactor stability and improved methane generation.

11

Anaerobic Digestion Training (Part 11): Granular Biomass & Particle Size Distribution

In this video, we explore the concept of bioavailability and review a full-scale industrial case study demonstrating how bioavailable micronutrient supplementation restored reactor stability and improved methane generation.

MASTERCLASS BENEFITS

What You'll Gain From This Masterclass

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Prevent Costly Upsets

Learn to recognize early warning signs before biological upsets crash your system, avoiding weeks of recovery time and lost production.

Science-Based Troubleshooting

Understand the biology and chemistry driving your reactor so you can diagnose problems accurately instead of guessing.

Optimize Performance

Maximize biogas production and COD removal efficiency through data-driven operational adjustments.

Expert-Level Training

This is the same knowledge CRB Water's team uses to manage over 175 anaerobic reactors across North America.

Actionable Insights

Each 10-15 minute video delivers practical knowledge you can apply immediately to your operations.

Proven Methods

Learn techniques backed by 20+ years of full-scale industrial experience, not just theoretical concepts.

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Your Instructor

Learn from a leading expert in Anaerobic Digestion

Dr. Vaibhav P Tale

PhD, Anaerobic Digestion Specialist | CRB Water


Dr. Vaibhav P Tale (VP) has spent over 20 years specializing in anaerobic digestion across full-scale design, commissioning, operations, and troubleshooting. With a PhD focused specifically on anaerobic digestion, VP brings both deep academic knowledge and extensive industrial experience.

At CRB Water, VP has helped facilities across food and beverage, industrial manufacturing, and municipal wastewater optimize digester performance, prevent upsets, and recover from challenging operational conditions. His approach combines rigorous science with practical, field-tested solutions.

VP has worked with over 200+ anaerobic reactors across the USA and Canada, making him one of the most experienced practitioners in North America.