
Introduction to the Biosolids Land Applier Certification course, narrated by Dr. Michael J. McFarland.
Overview of biosolids management policies.
Overview of biosolids management policies.
Thorough introduction to the basics of Title 40 of the Code of Federal Regulation (CFR) for the United States.
Explore the regulated pollutants in biosolids and their table one ceiling concentration limits on a dry mass basis. Learn to convert wet mass results to dry mass with arsenic examples.
Learn how table three pollutant concentration limits, derived by EPA risk assessment, are more stringent than table one and enable no lifetime pollutant limit and nitrogen-based agronomic-rate application.
Explain how CPLR uses table two and table three to regulate biosolids application, compute copper loading rate per acre per year, and estimate site life.
Reinforces learning through quiz two on class B biosolids, covering fecal coliform–based pathogen monitoring, 30-day grazing restrictions, pollutant concentration on dry mass, CPLR-based site life, and pollutant loading calculations.
Learn about enforceable pathogen control criteria for land-applied biosolids: Class A and Class B standards, including Salmonella and fecal coliform thresholds and enteric viruses and helminth considerations.
Explore class B pathogen control criteria for biosolids, using seven-sample geometric mean or PSRP reductions, or an EPA-approved equivalency, with a two-week, ten-sample demonstration to confirm compliance.
Explore PSRP, the EPA-approved processes for Class B biosolids, including aerobic digestion, air drying, anaerobic digestion, composting, and lime stabilization, with their distinctive time-temperature regimes.
This lecture explains Class B biosolids site restrictions for crop harvesting, animal grazing, and public access, with specific waiting periods from 30 days to 38 months.
Part 1 of Day 1 of this certification course!
Every year, water reclamation facilities generate tens of millions of tons of organic residuals known as sewage sludge. The question of what to do with this material remains a financial and public health challenge for water utilities, government health agencies and other environmental and public-policy stakeholders. Given the legal ban on ocean disposal and the exorbitant costs associated with landfilling and incineration, residuals recycling (or beneficial use) has become the financially preferred option for sewage sludge management.
In the United States (US), sewage sludge recycling is a regulatory process that is defined by Title 40 of the US Code of Federal Regulation Part 503 Subpart B (Part 503). The first step in this process is the legally-recognized transformation of sewage sludge into biosolids. By regulatory definition, biosolids are sewage sludge that meets the nationally-recognized quality requirements necessary for environmental recycling.
Biosolids beneficial use represents a new and exciting approach to enhance agricultural production, combat climate change and achieve environmental sustainability. A new technical series narrated by Dr. Mike McFarland explores the myriad options for recycling biosolids to protect ecological resources and enhance food security. An excellent course for those seeking land applier certification.
In Day 1, Part 1 of this online course, Dr. McFarland will focus on the following topics:
Biosolids Management Overview
Basics of Title 40 of the Code of Federal Regulations (CFR)
Pathogen Control Protocols
Updated Instructor Contact No: 01- 435-994-0905
There is a supplementary workbook we highly recommend people get to go along with the lecture under the title: "Biosolids Land Applier Certification" by Dr. Michael J. McFarland, PE, BCEE. It can be found on the instructor's website and Amazon page.