CEMS
Johnny Vermillion
Air Permitting for Experts
This course is designed to provide a forum for those who already have considerable air permitting experience an environment to interact with each other and the trainers to share experiences regarding some of the nuances of air permitting policy, regulations, and guidance. The examples provided in the class will provide a framework to explore and discuss some of the "gray areas" that can make air permitting challenging. The primary focus of the training will be federal new source review (NSR). Topics Covered Recent Federal NSR Policy Shifts Federal NSR Applicability Determinations Demand Growth Exclusion (What Could Have Been Accommodated) Permit Application Requirements and Procedures Dispersion Modeling for the Permit Manager Other PSD Requirements (Visibility, etc.) Plant-wide Applicability Limit Permits Non-attainment NSR Minor Source Permitting
Room 417A
Thursday 8:00 AM
5:00 PM
Jeremy Johnson
Common CEMS RATA Failures and Risks - Temporary CEMS Set up and Challenges
This presentation will discuss the significance of regular audits and thorough pre-project planning for Continuous Emission Monitoring Systems (CEMS). He will explore the reasons behind audit failures and the potential risks involved. This presentation will delve into the objectives of CEMS Certifications, different types of certification and testing requirements, as well as performance specifications that outline certification event methodologies and standards for various monitoring systems. Additionally, the complexities of temporary CEMS setup and the challenges that may arise will be addressed.
Room 417A
Tuesday 8:00 AM
8:44 AM
Johnny Vermillion
Air Permitting Essentials
This 1 Day introductory course is designed to grow your knowledge of the fundamentals of air permitting, from the basic structure of relevant air regulations to the types of air emission sources you need to know. Examples of topics includes: General Air Introduction, Construction/Modification Options, Physical and Operational Changes, Upstream & Downstream Effects, Baseline Actual Emission Rates, Reasonably Available Control Technology (“RACT”), and Best Available Control Technology (“BACT”) to name a few.
Room 417A
Tuesday 8:00 AM
5:00 PM
Al Reich
An Air Permitting and Compliance Overview, with an Update on the Proposed NSPS Kc
This 4-hour beyond-the-basics course is geared towards environmental professionals with an air program focus on storage vessels. Those looking to learn more about air quality permitting and compliance for storage tanks will also benefit from the comprehensive topics covered during this session. Key topics will include:
- Regulatory Overview: An in-depth look at federal and selected state regulations for storage tanks, such as:
o An overview of the proposed 40 CFR 60 Subpart Kc (NSPS Kc),
o Current NSPS K/Ka/Kb series, and
o 40 CFR 63 Subparts BBBBBB, R, and WW.
- Tank Design and Properties: A summary of tank properties critical for compliance demonstrations and emission calculations (e.g. rim seals, paint, etc.).
- Floating Roof Deck Fitting Types: An overview of deck fitting types and associated requirements.
- Operational Requirements: A review of tank operational requirements necessary for compliance with applicable regulations.
- Inspection and Monitoring: A discussion on inspection and monitoring requirements to ensure compliance with key regulations.
- Emission Calculation Methodology: A summary of the current storage tank emission calculation methodology published in Chapter 7.1 of US EPA AP-42, Fifth Edition, June 2020.
- Permitting and Compliance Challenges: Sharing insights into challenges and questions related to permitting and compliance for storage tanks.
Additionally, we will provide an overview of the Barr Tank Emission Calculation Spreadsheet (BTECS). BTECS applies the US EPA’s AP-42 Chapter 7.1, June 2020, methodology to calculate working, breathing, floating roof landing, and tank cleaning emissions from storage tanks to support our clients’ permitting and compliance needs.
Room 417A
Tuesday 8:00 AM
11:00 AM
0
Continuous Emissions Monitoring Systems (CEMS) Fundamentals
The presentation will delve into the essentials of continuous emissions monitoring systems (CEMS), exploring the regulatory requirements, equipment, design, control, and reporting software. Various types of CEMS will be discussed, such as fully extractive cold/dry, hot/wet, dilution extractive, and in-situ, along with hardware components like probes, sample lines, coolers, filters, analyzers, controllers, and data acquisition and handling systems (DAHS). Perspectives will be shared by experts from M&C TechGroup North America, Environmental Systems Corporation, and Alliance Source Testing. Key topics covered include CEMS, DAHS, probes, coolers, filters, analyzers, FTIR, TDL, opacity, mercury, and particulate monitors.
Room 417A
Tuesday 8:45 AM
9:29 AM
Brian Fowler
Continuous Emissions Monitoring Systems (CEMS) Fundamentals
The training session will cover the fundamentals of continuous emissions monitoring systems (CEMS) from the regulatory drivers requiring CEMS, to CEMS equipment, design, control, and reporting software. The class will discuss the various types of CEMS including fully extractive cold/dry, hot/wet, dilution extractive, and in-situ as well as hardware including probes, sample line, coolers, filters, analyzers, controllers, and data acquisition and handling systems (DAHS). Perspectives will be provided by: M&C TechGroup North America Environmental Systems Corporation Alliance Source Testing Topics Covered: CEMS, DAHS, probes, coolers, filters, analyzers, FTIR, TDL, opacity, mercury, particulate monitors
Room 417A
Wednesday 8:00 AM
8:45 AM
0
New Developments in CEMS Analysis using Quantum Cascade Laser Spectroscopy
What sets Emerson's Quantum Cascade Laser (QCL) technology apart is its ability to provide fast, high-resolution spectroscopy for detecting and identifying a variety of molecules in the mid-infrared wavelength range. When combined with Tunable Diode Laser (TDL) spectroscopy, a single instrument can now offer insights into both the near and mid-infrared ranges of spectroscopic light. QCL technology is based on Tunable Diode Laser Absorption Spectroscopy (TDLAS), which uses tunable diode lasers and laser absorption spectrometry to measure the concentration of species in gaseous mixtures. Compared to other measurement techniques like Paramagnetic Detectors (PMD) and Chemiluminescence, TDLAS provides multi-element detection capabilities, high accuracy, a wide dynamic range, low maintenance requirements, and a long life cycle. By utilizing lasers as spectroscopic light sources, high-resolution spectroscopy (HRS) is achievable, with QCLs granting access to the valuable mid-infrared (MIR) part of the electromagnetic spectrum. These advanced laser technologies are essential in various applications such as environmental monitoring, industrial process control, and emissions reduction. For more information or specific inquiries about Emerson's Quantum Cascade Laser analyzers, consult the experts at 4C.
Room 417A
Wednesday 10:15 AM
10:59 AM
0
Ambient Air Quality Monitoring via Mobile Vans and PFAS Detection
Volatile organic and inorganic compounds (VOCs and VICs) can be released into the atmosphere from natural and human sources, impacting air quality and posing risks to health and the environment. Accurate and real-time measurement of these compounds is crucial for effective air quality management. TOFWERK's Vocus CI-TOF-MS instruments are designed to analyze VOCs and VICs with exceptional sensitivity, detecting levels as low as sub-parts-per-trillion for air quality monitoring. This presentation will focus on the use of TOFWERK's Vocus CI-TOF instruments for two key topics: mobile air quality monitoring and detection of per- and polyfluoroalkyl substances (PFAS). The presentation will showcase the use of these instruments in a mobile laboratory near solid waste landfills in Colorado, as well as their ability to detect and quantify PFAS at ultra-trace levels in gas-phase samples. This technology offers new opportunities for precise tracking and management of emission sources for environmental and public health protection.
Room 417A
Wednesday 1:45 PM
2:29 PM
Kenneth Tramm
How are you doing? Benchmarking Leak and NORM Rates at Upstream Natural Gas Operations During Produc
Dr. Tramm will present the results from a review of gas well inspection data collected over a nine (9) year time period covering over 2,500 individual natural gas wells and over 8,000 pieces of ancillary equipment to give real-world benchmarks. This specifically included Quad Oa-consistent fugitive methane emission monitoring and elevated naturally-occurring radioactive material (NORM) screening within the North Texas Barnett Shale area. Results from 20 different operators within five (5) separate municipalities were included in the review. The goal was to provide not only a summary of findings for future reference, but to also create a simple benchmarking approach to allow evaluation of operator performance against their peers and at a given padsite over time. Implementation of an independent inspection program using improved tools and methods resulted in up to 75% decreases in the number of leaks by operators. The resulting Leak Rate and NORM Rate allow similar inspections completed at other padsites to quickly determine if operations suggest significant areas for improvement. A brief summary of the events and context leading up why these inspections matter and what municipalities are doing to prepare for redevelopment will be included.
Room 417A
Thursday 1:45 PM
2:30 PM