Decatur, AL – September 30, 2024 – Alliance Technical Group, a leader in environmental compliance, on-site testing and monitoring, and laboratory testing and analysis announces the acquisition of J.L. Rogers & Callcott Engineers, Inc. Rogers & Callcott, with locations in Greenville and Columbia, South Carolina, has been serving the region for 55 years. This long history of service and expertise brings a legacy of environmental engineering and laboratory testing services to the Alliance team. Rogers & Callcott specializes in laboratory testing & analysis, engineering, compliance, and remediation. Their expertise, strong foothold in the region, and differentiated client base supports Alliance’s mission of being the premier technical solution provider for compliance and risk reduction for our clients. The Rogers & Callcott acquisition strengthens Alliance’s footprint in the Southeast region, providing a wider client base, and improving support and services for government, automotive, and light manufacturing. This acquisition marks Alliance’s continued growth and the further extension of its market, services, and skilled workforce. “Acquiring Rogers & Callcott strengthens our service offerings across a variety of geographic and industrial markets,” said Chris LeMay, CEO of Alliance Technical Group. “Their expertise and long history of serving the market align perfectly with our mission to provide comprehensive environmental services and technical solutions. We are working to serve our clients with the highest quality, efficiency, and responsiveness; this growth enhances our ability to do just that.” George Maalouf, Rogers & Callcott’s President and CEO also adds that, "The leadership and staff of Rogers & Callcott share Alliance’s enthusiasm about the opportunities this merger brings to our clients and staff alike.” He states, “We have found in Alliance a partner that will allow us to continue to nourish the legacy of commitment to our clients and quality of our work that has been perpetuated throughout our 55-year history. We are excited about combining our services and resources to bring an even wider array of solutions to our clients." About Alliance Technical Group: Alliance Technical Group, (Alliance), headquartered in Decatur, AL, is a premier environmental services and solutions company dedicated to helping our clients achieve their environmental goals and mitigate the risks associated with regulatory changes. With more than 1,700 employees located in 45-plus offices in the U.S. and Canada, Alliance specializes in Environmental Compliance, On-site Testing and Monitoring, and Laboratory Testing and Analysis. Powered by innovation, focused on service, and committed to our clients’ success, Alliance delivers on the promise of reliability, results, and responsiveness. See how we offer our clients a better way to maximize their environmental opportunities at www.alliancetg.com.

Alliance and Teledyne FLIR invite you to our specialized event focusing on Optical Gas Imaging (OGI) and Leak Detection and Repair (LDAR). Wednesday, December 6 8:30am - 3:30pm CST Odessa Marriott Hotel & Conference Center 305 East 5th Street Odessa, TX 79761 This gathering is tailored for both current OGI camera users and those interested in understanding this technology. The event will cover a range of topics, including: • The influence of OGI-related regulations on users and future implications. • Advances in OGI camera technology to streamline inspections and compliance with regulatory requirements. • The introduction of new software features to assist operators in adhering to LDAR documentation needs. • An open forum to discuss the present and prospective role of OGI cameras within regulatory environments. Lunch is complimentary. All participants will receive a free OGI Fundamentals online course (or an equivalent discount on another available course)! The event is free, but space is limited: Register Now Join Alliance and Teledyne FLIR to delve into the intricacies of OGI technology and network with industry trailblazers. Register now and mark your calendar for a day of training and networking.

The industrial application of Leak Detection and Repair (LDAR) has undergone a significant evolution over the decades, with advancements not just in the technology used but also in the methodologies implemented. For professionals in the field, Method 21 is not an unfamiliar term. But as LDAR changes across many sectors, it's essential to go deeper into the intricacies of this method and its pivotal role in the industry. Understanding Method 21 At its core, Method 21 is a protocol outlined by the U.S. Environmental Protection Agency (EPA) that focuses on the detection of volatile organic compound (VOC) emissions from specific equipment types using a portable instrument. The fundamental purpose is to pinpoint leaks and ensure they are addressed, helping industries reduce their environmental footprint and promote operational efficiency. Significance in LDAR So why is Method 21 held in such high regard in LDAR? Several reasons cement its importance: 1. Precision: Method 21 is not a mere 'sniffer' technology. It quantifies leak concentrations, providing data that can guide reparative measures effectively. With Method 21, industries don't just know that a leak exists; they know the magnitude. 2. Broad Applicability: While some detection methods might be limited to specific sectors or equipment types, Method 21 can be applied across a variety of industrial settings, ranging from petrochemical plants to natural gas facilities. 3. Regulatory Compliance: Adhering to Method 21 ensures industries remain in compliance with federal regulations. Regulatory bodies often regard Method 21 compliance as an indication of a company's commitment to environmental responsibility. While Method 21 has always been a stalwart in LDAR, its significance has become even more pronounced in today's context: • Emphasis on ESG: With industries globally giving increased importance to Environmental, Social, and Governance (ESG) criteria, Method 21 serves as a vital tool to achieve the 'E' in ESG. It allows companies to showcase their environmental responsibility transparently. • Technological Integration: The integration of Method 21 with modern technologies such as the Internet of Things (IoT) and artificial intelligence (AI) has elevated its capabilities. By collating data from Method 21 with predictive analytics, industries can preemptively address potential leaks, ensuring operations remain seamless and eco-friendly. For those well-acquainted with LDAR, the question isn't about whether Method 21 is crucial—it's about how we can further harness its potential. A couple of considerations for thought leadership in this arena: 1. Continuous Innovation: While Method 21 is robust, the onus is on industries to continue to innovate. Exploring how the method can be enhanced using cutting-edge technologies or methodologies will ensure its relevance and efficacy in the years to come. 2. Education & Training: As with any technical protocol, the efficacy of Method 21 is only as good as its implementation. A concerted effort towards training professionals on the nuances of this method will ensure that industries extract maximum value from it. To be sure, Method 21 is not just a regulatory guideline; it's a reflection of an industry's commitment to operational excellence and environmental stewardship. As LDAR continues to grow and evolve, so will the role of Method 21, making it imperative for professionals to stay updated, engaged, and innovative in its application.

In an era where regulatory adherence is undeniably interconnected with corporate responsibility and sustainability, managing air emissions proves an intricate challenge. Among the regulatory requirements industries grapple with, an efficient and proactive Leak Detection and Repair (LDAR) program is not merely a compliance measure but an absolute imperative. So, why does LDAR program management hold such pivotal importance within the complex tapestry of regulatory compliance? Robust LDAR Programs: A Cornerstone of Compliance LDAR programs are, in essence, the bridge linking industry operations with environmental adherence. They serve a three-fold purpose: 1. Identifying and estimating the magnitude of leaks pertaining to volatile organic compounds (VOCs) and hazardous air pollutants (HAPs). 2. Ensuring prompt and effective repair of detected leaks. 3. Supervising and reporting on leak rates and rectification processes. By managing these elements with efficiency, LDAR programs assist companies in reaching the emission standards articulated by authoritative bodies like the Environmental Protection Agency (EPA). The implications of falling short on these regulations extend well beyond financial penalties: • Economic ramifications: Infringements can lead to substantial fines for exceeding permitted emission thresholds. • Operational disruptions: Non-adherence may result in mandated shutdowns, destabilizing business continuity. • Brand degradation: In an era of heightened environmental consciousness, breaches can tarnish corporate reputations and strain consumer relations. The indispensability of LDAR program management is clear. Technology's role becomes vital here, providing innovative tools that amplify the effectiveness of LDAR operations: • State-of-the-art detection: These tools enhance precision in identifying and quantifying leaks. • Data analytics: A deep dive into leak data enables companies to discern trends, and tailor repair strategies accordingly. • Real-time compliance trackers: These systems offer immediate compliance updates, simplifying the management of regulatory obligations. The takeaway here is the undeniable importance of LDAR program management within the scope of regulatory compliance. By adopting a proactive stance towards their LDAR programs, companies ensure not only their adherence to regulatory guidelines but also mitigate financial and reputational risks. In essence, effective LDAR program management transcends the act of meeting regulatory requirements. It embodies an active commitment to environmental stewardship. As such, LDAR programs foster not just compliance but, more importantly, align seamlessly with the broader sustainability aspirations of an organization. This thought leadership perspective invites organizations to embrace LDAR program management as a strategic asset and a lever for enhancing their sustainability narrative.

Decatur, AL, March. 31, 2022 – The U.S. Environmental Protection Agency (EPA) has finalized the amendments to the National Emission Standards for Hazardous Air Pollutants (NESHAP) for Stationary Combustion Turbines. This final action removes the stay of the effectiveness of the standards for new lean premix and diffusion flame gas-fired turbines that were promulgated in 2004. The main challenge with this is the low-level formaldehyde testing requirements—and the limited resources available (equipment and personnel) across the entire industry to conduct this testing within an extremely limited timeframe. Standard FTIR equipment will NOT measure at the levels necessary for this rule. What does this mean for your facility? If you started up a new or reconstructed stationary combustion turbine located at a major source of HAP emissions, you must comply with the emissions limitations and operating limitations in this subpart no later than March 9, 2022—which means Initial performance tests or other initial compliance demonstrations. Two other factors may impact you—there is a 60-day EPA notification requirement, and there are limited providers (Alliance is one) that have the equipment and expertise to test at the extremely low levels (formaldehyde in two-digit Parts Per Billion (PPB)) required for compliance demonstration. The Alliance Advantage Our expertise in performing U.S. EPA, SW-846, CARB, SCAQMD, NIOSH, and NCASI test methods and our strategically located regional field offices make us uniquely qualified to provide your facility services to establish a baseline formaldehyde profile to compare against the NESHAP, YYYY standard. Click here to have an Alliance Technical Group representative provide more information on this topicClick here to download a CFR 40 part 63, Subpart YYYY overview document

Within environmental consulting and regulatory management, stack testing remains an essential tool for ensuring environmental compliance and safeguarding public health. As industries strive for cleaner emissions and lower environmental footprints, the importance of accurate and safe stack testing cannot be emphasized enough. However, while the emphasis often leans towards accurate readings and data--an obviously critical element of the work--it's equally paramount to ensure that these tests are conducted safely. Promoting safety in stack testing not only helps protect those directly involved in the process but also upholds the integrity of the data collected. Let's delve into some ways organizations can raise the safety bar. 1. Continuous Training & Certification: Safety begins with knowledge. Regular training sessions for all team members, from newcomers to seasoned professionals, ensure everyone is on the same page. The industry is always evolving—with new technologies, equipment, and protocols coming into play. Staying updated through ongoing training and earning recognized certifications is non-negotiable. 2. Embrace Technology: Modern equipment comes with enhanced safety features. For instance, using drones to reach inaccessible stack areas reduces the need for manual access, minimizing potential risks. Similarly, data collection and analysis software can identify anomalies in real-time, prompting immediate corrective actions. 3. Prioritize Pre-Test Safety Audits: Before initiating a stack test, a thorough safety audit should be mandatory. This involves inspecting equipment, ensuring that access points are safe, and assessing any environmental factors, like weather conditions, which might impact the test or the safety of the personnel. 4. Implement Checklists & SOPs: Standard Operating Procedures (SOPs) serve as the roadmap for any testing activity. Paired with comprehensive checklists, they ensure no step is overlooked, from equipment calibration to personal protective equipment checks. It's a simple yet effective tool that mitigates human errors, enhancing both accuracy and safety. 5. Foster a Culture of Safety: Safety isn't just about protocols—it's about culture. Encourage a work environment where safety is everyone’s responsibility. Open forums where team members can discuss safety concerns, share experiences, and suggest improvements can be instrumental. When every individual feels responsible and empowered, safety becomes second nature. 6. Continuous Monitoring & Feedback: Even with all precautions in place, there's always room for improvement. Post-test debriefs, analyzing incidents (if any), and seeking feedback create a feedback loop. This iterative approach ensures that the testing processes are not just safe today but are continuously evolving to be safer tomorrow. 7. Engage with the Community: Stack testing, while technical, does impact the larger community, especially when we talk about environmental implications. Engaging with local communities, understanding their concerns, and ensuring that safety protocols are not just internal mandates but also address public concerns, can foster trust and collaboration. Emphasizing safety in stack testing is integral to the larger mission of environmental responsibility and industry excellence. It's not merely about complying with regulations or mitigating risks, but rather about creating an environment of trust and reliability. A dedication to safety underscores any company's commitment to best practices and recognition of the broader implications of team actions. Safety in stack testing goes beyond the immediate task at hand. It shapes perceptions, influences industry benchmarks, and, most importantly, sets a precedent for future endeavors. Ensuring that safety remains at the forefront of all operations not only protects teams and surrounding communities, but also elevates the standards of the industry as a whole.

As your Environmental compliance challenges evolve, so does your need for precise, reliable testing and analysis. Whether you’re already benefiting from our other environmental services, or wish for faster lab services, simpler compliance, and better risk mitigation, it’s time to explore how to benefit from fully integrated testing services.To deliver fast, accurate and reliable results, we are uniquely capable of performing testing, analysis and on-site services. With an expansive national network of laboratories, Alliance Technical Group covers the spectrum of advanced analytics and lab services for Oil & Gas, Air, Water, Soil, and Waste matrices. Comprehensive Analytics and Environmental Lab Services for:  You’ll never need multiple environmental testing vendors for Analytics and Laboratory services, or for end-to-end integration with Stack Testing, CEMS, LDAR, Engine Testing, Software & Technology, and Environmental Consulting.  Expanded Coverage and Compliance Assurance Alliance’s laboratories are not just facilities; but hubs of innovation and accuracy run by the most experienced technical professionals. With certifications in over 30 states, DOD, and NELAP accreditations—plus other permits and certifications for hundreds of state and regional capabilities, expect proactive regulatory information and consistent support for all your sampling, testing, and analytical needs around the U.S. and into Canada.  Comprehensive Scope Whether it’s particulate matter, mercury, acid gases, or more specialized analyses such as PFAS or speciated metals—Alliance’s lab testing and analytical scope is exhaustive. Check out some examples: Testing Categories and Matrice Sampling Soil/SolidAnalysis of solid materials, including soil, for compliance or quality.  Land Reuse/Site CharacterizationToxicity Characteristic Leaching Procedure (TCLP) analyzes and evaluates the potential for hazardous substances that leach into the ground. Soil testing to support investigation and remediation activity   Oil & GasSampling and analysis for every stage of energy extraction, transportation, and product delivery. From field collection of complex permit-required samples to in-house and on-site analysis service.   AirAnalysis of air quality, including pollutants or hazardous gases.  Non-Potable WaterAnalysis of water not intended for drinking.  Groundwater/Monitoring WellsWe examine underground sources—crucial for environmental assessments.  Stormwater Testing Important for assessing pollutants carried into water bodies from rain or snow runoff.  NPDES (National Pollutant Discharge Elimination System)Testing related to discharges into water bodies, focusing on pollution control.  Potable Water/Drinking WaterTesting for safety and compliance with drinking water standards.   Ambient Air/Soil-GasAnalysis of air quality and gases emitted from soil, which is important for environmental health assessments.   Special RequestsAdded matrices that require specific or specialized testing are available on request.  Our Most Often Requested Tests PFASAnalysis of per- and polyfluoroalkyl substances, known for their persistence in the environment.  Volatile and Semi-volatile OrganicsMethods like 8260, 624 for volatile organics, and 8270, 625 for semi-volatile organics.  TPH (Total Petroleum Hydrocarbons)Assessment of petroleum hydrocarbons presence.  DRO/GRO (Diesel Range Organics, Gasoline Range Organics)Specific to the range of hydrocarbons in diesel and gasoline.  MetalsTesting for metals like lead, mercury, RCRA metals, arsenic, chrome, all important for assessing toxicity.  InorganicsIncluding tests for cyanide, TDS (Total Dissolved Solids), TSS (Total Suspended Solids), BOD (Biochemical Oxygen Demand), COD (Chemical Oxygen Demand).  PCBs, Pesticides, HerbicidesFocused on these specific hazardous substances.  RadiologicalTesting for radioactive substances in drinking water and other matrices.  PCDD/PCDF (Dioxins/Furans)Analysis of these toxic compounds in water, soil and air samples.  Ambient Air TestingTO15 analysis for volatile organic compounds in air, and soil gas samples.  Reach out for more specific details about our testing methods and industry capabilities available in your area.  Beyond Standard Testing  An extensive laboratory network and deep experience with special projects allows us to meet custom requests that go beyond standard testing. From thermal off-gassing to speciated VOC of process samples, we’re adept at diving deep and providing insights and data for informed decision-making.  Qualified ability in a diverse range of industries like asphalt, chemical production, manufacturing, oil & gas, and power generation means clients can rest assured that Alliance meets specific testing requirements across different sectors.   If you haven’t yet experienced the Alliance difference in laboratory services, reach out to learn how we’re not just a one-source testing provider, but a partner for all your environmental compliance and analytical goals.  Discover All That Is Alliance  As your strategic partner in environmental testing, monitoring, and analysis, we have a full suite of technical and compliance services for all your environmental needs.  Analytical & Environmental Lab Services | Stack Testing | Temp CEMS | CEMS | LDAR | Ambient Air | Engine Testing & Emissions Solutions | Software & Technology | Environmental Consulting Services: Air & Water Quality, Natural Resource Management Contact Alliance for end-to-end solutions that support your compliance and operational excellence. info@alliancetg.com | 855-478-2257 NELAP (National Environmental Laboratory Accreditation Program) LELAP (Louisiana Environmental Laboratory Accreditation Program) *DOD (Department of Defense)

Alliance Technical Group, LLC (Alliance), a leading environmental testing and services company backed by investment funds managed by Morgan Stanley Capital Partners (MSCP), is pleased to announce the completion of two more strategic acquisitions in 2022 with the purchase of InspectionLogic Corporation (ILC) and Guideware Systems, LLC (Guideware®). ILC, an environmental software company, is the provider of Skybridge™ which is a leading web-based Leak Detection and Repair (LDAR) platform.  Guideware®, also an environmental software company, offers a Regulatory Rules Engine and reporting tools to customers in the LDAR space. With over 850 employees and 31 offices across the United States, Alliance provides an increasingly comprehensive offering of value-added services to its established and rapidly expanding customer base.  The addition of ILC and Guideware helps Alliance to offer best-in-class data collection and management, analytics, and insights; thus helping customers to bolster the accuracy and efficiency of compliance efforts, ESG reporting, and data-driven decision making. "Alliance has always leveraged technology to deliver quality, service, and expertise," said Chris LeMay, Alliance Chief Executive Officer.  “We believe the addition and continued evolution of these software platforms will allow us to leverage our rapidly expanding capabilities in testing and environmental performance monitoring and provide valuable data and insight back to our customers.”

Join Alliance Technical Group and Trinity Consultants for a complimentary webinar, “How to Prepare for Proposed Control Device Testing and other Regulation 7 Changes”. As they currently stand, the proposed revisions include new requirements for the upstream and midstream segments including (but not limited to) required flowmeters for Reg 7 Part D Section II.B. control devices, performance testing for ECDs, and capture/control requirements for midstream pigging and blowdowns. Join us on November 8 for a free webinar covering these proposed changes and how they may impact your facility. 08 Nov 2021 12:00 PM - 1:30 PM CT Register Now Course Topics Alliance Technical Group Combustion Stack Testing • Planning and Preparing for Test • Test Methods Trinity Consultants Proposed Regulation 7 Changes Impacting O&G • Control Device Inspections • ECD Testing • Other Updates

Balancing Industrial Progress and Environmental Wellness Amid the great strides forward in industrial development and technological innovation, we are faced with an important question: How do we ensure progress while maintaining environmental balance? The answer is multifaceted, but a cornerstone solution lies in enhanced ambient air quality monitoring. With the unprecedented surge in industrial activity, air pollution has become an uninvited byproduct. This challenge, however, provides an opportunity for growth and innovation in the field of ambient air quality monitoring, an essential instrument in the quest to safeguard public health and protect our environment. Precision in Monitoring: A Paradigm Shift Traditionally, air quality monitoring focused primarily on compliance with set pollution limits. While ensuring regulatory adherence is vital, our vision needs to expand, utilizing cutting-edge technologies and big data analytics to predict and preemptively address potential hazards. • Predictive Analytics: Leveraging advanced algorithms and machine learning, predictive analytics can forecast pollution trends, giving communities and relevant businesses the lead time they need to take action. • Real-Time Data: With IoT-enabled devices, organizations can achieve unprecedented real-time air quality tracking. This paves the way for immediate responses, potentially preventing harmful incidents. • Broad-Scale Integration: Merging disparate datasets—meteorological data, traffic patterns, and industrial operations—can yield a comprehensive view of air quality influences. It’s not just about environmental preservation; ambient air quality monitoring directly affects public health. Fine particulate matter (PM2.5) and nitrogen dioxide (NO2), common air pollutants, have been linked to respiratory ailments and cardiovascular diseases. Elevated ambient air quality management can help mitigate these health risks, leading to enhanced community well-being and decreased healthcare costs. Moreover, fostering public participation in monitoring efforts could significantly augment the effectiveness of these strategies. Citizen science initiatives, for instance, can cultivate a more informed, engaged community, reinforcing our collective responsibility to our environment and our health. Implementing sophisticated air quality monitoring is also a matter of sustainable development. It allows industry leaders to identify areas for improvement and employ cleaner, more efficient technologies. This is not merely an environmental necessity, but a business opportunity. Increasingly, consumers and stakeholders demand more sustainable practices. By embracing proactive air quality management, industries can demonstrate their commitment to environmental stewardship, potentially gaining a competitive edge. The complexities of air pollution may be vast, but the potential of advanced ambient air quality monitoring is even greater. By capitalizing on technological advancements, integrating disparate data sources, and fostering community engagement, we can protect public health, preserve our environment, and progress toward sustainable industrial development. This is not an overnight task. However, the journey towards cleaner air and healthier communities, fueled by ingenuity and perseverance, will be a testament to our collective effort. Let's embrace this opportunity to transform the way we understand and respond to air quality, ultimately building a future where progress and preservation are not just compatible, but synergistic.

Data, in the realm of regulatory compliance, holds a key position. It lays the foundation for decision-making, indicates our compliance status, and signals potential risks. But for data to perform these tasks effectively, it needs to be accurate and reliable. Enter Quality Assurance/Quality Control (QA/QC), the unsung hero ensuring that data remains trustworthy and dependable. QA/QC: The Pulse of Regulatory Compliance Think of QA/QC as the pulse of regulatory compliance. It infuses accuracy, consistency, and risk mitigation into the veins of compliance processes: • Accuracy: QA/QC confirms that the data collected and reported is precise, protecting companies from the consequences of non-compliance. • Consistency: It brings uniformity across datasets, which simplifies compliance tracking and management. • Risk Mitigation: By validating data accuracy and consistency, QA/QC acts as a shield against penalties and reputational damage due to non-compliance. The Triad of Success: People, Process, and Technology Effective regulatory compliance QA/QC is a balancing act between three fundamental elements: People, Process, and Technology. People In the context of QA/QC, the human element is vital. Professionals skilled in regulatory compliance and trained in QA/QC measures can identify potential issues at their infancy, preventing minor issues from escalating into major problems. Process Defined processes and protocols form the backbone of effective QA/QC. They ensure that every piece of data collected, analyzed, and reported meets the stringent standards of accuracy and reliability. Technology Technology is a powerful tool that can automate and streamline QA/QC processes, enhancing efficiency and reducing the potential for human error. It also facilitates real-time monitoring and reporting, guaranteeing timely access to accurate and reliable data. Navigating the Data Landscape: Best Practices for QA/QC Maintaining accurate and reliable data in the context of regulatory compliance can be challenging. Here are some guiding principles: • Continuous Monitoring: Regularly monitor data collection and processing to spot and correct errors swiftly. • Automated Validation: Utilize technology to automate data validation processes, reducing human error and enhancing efficiency. • Regular Audits: Conduct frequent internal and external audits to verify adherence to QA/QC standards. • Staff Training: Continually educate your team on the importance of QA/QC and its role in regulatory compliance. Establishing a Pursuit of Excellence Regulatory compliance isn’t just about meeting standards; it’s a testament to an organization’s adherence to high standards and ethical practices. A robust QA/QC system is instrumental in this endeavor, helping maintain data integrity and reducing non-compliance risks. Similarly, maintaining accurate and reliable data isn’t just a task; it’s a commitment to excellence. Through the balanced integration of people, process, and technology, and by following best practices for QA/QC, organizations can uphold this priority, ensuring regulatory compliance, and fostering trust in their data.

The industrial sector, now more than ever, is understanding the profound implications of effective carbon canister monitoring. It has emerged as a crucial strategy to reduce harmful emissions and foster a cleaner, safer environment. In an era of increasing ecological responsibility, we must delve deeper into the role of carbon canisters and their monitoring to shape a greener future. The Cornerstone of Emission Control: Carbon Canisters To understand the significance of carbon canisters, it is essential to grasp the fundamental roles they play in emission control systems: • Emission Control: By absorbing volatile organic compounds (VOCs), carbon canisters help mitigate harmful emissions, curbing their release into our shared atmosphere. • Longevity and Efficiency: Regular monitoring can detect saturation levels, guiding necessary replacement or regeneration schedules for the canisters. This can promote more efficient and cost-effective operations. • Regulatory Compliance: Carbon canister monitoring aids in meeting increasingly stringent environmental regulations, contributing to a more sustainable industrial ecosystem. The Future of Emissions Management: Innovative Techniques Innovative monitoring techniques are reshaping the landscape of carbon canister monitoring, fostering greater efficiency and more precise control. • Remote Monitoring: Employing remote sensing technologies can offer continuous monitoring, supporting quick and effective responses to potential failures. • Data-Driven Decisions: Harnessing the power of data analytics can predict canister life and optimize replacement intervals, ultimately contributing to cost and resource savings. • Emissions Profiling: Identifying the specific VOCs adsorbed by the canisters allows for tailored emission control strategies, further ensuring regulatory compliance. Laying the Groundwork for a Sustainable Tomorrow Effective carbon canister monitoring is about more than managing emissions - it's about laying the groundwork for a sustainable future. • Research and Development: Ongoing R&D is critical to driving advancements in monitoring techniques, ensuring continued evolution of best practices. • Education and Collaboration: Sharing insights and fostering dialogue can drive industry-wide improvements. Thought leadership and collaboration become essential tools in the quest for a greener future. Leading with Responsibility: A Call to Action The path to cleaner, greener industry standards involves each of us. By implementing robust carbon canister monitoring, we're taking a proactive step towards effective emissions management and a healthier environment for all. As environmental awareness only gains traction, carbon canister monitoring is emerging as an imperative, not an option. As we continue to innovate and navigate the path towards sustainability, we are indeed shaping the future of industrial emission control. Together, let's lead the charge in this new era and set the standard for the sustainable practices of tomorrow.

The spotlight on particulate matter (PM) monitoring has intensified over the years, taking center stage in a wide variety of industries. The trifecta of environmental consciousness, employee health, and tighter regulatory ropes has spurred this shift towards more proactive PM monitoring. However, it's hardly a walk in the park. The task of spotting and measuring tiny particles, keeping up with changing regulations, and the hefty price tag on advanced monitoring gear are a few bumps along the road. And it's not just about collecting data; it's also about making sense of it and acting on it, which means you need a savvy team and solid tools to analyze the info. Here, our aim is to dive deeper into the nitty-gritty of PM monitoring, offering ways to tackle these challenges and enrich daily operations in the field. Different Methods of Monitoring PM monitoring is dotted with an array of methods, each with its unique set of advantages. Whether it’s getting real-time insights or ensuring the accuracy of data, the method you choose can significantly impact your monitoring strategy. Here’s a closer look at some of the methods: • Real-Time Monitoring: Technologies like Beta Attenuation Monitoring (BAM) offer real-time data, which is crucial for timely interventions in industrial settings. • Accurate Measurement: Tapered Element Oscillating Microbalance (TEOM) is known for its high degree of accuracy, especially in tracking fine particulate matter. • Continuous Monitoring: Continuous emission monitoring systems (CEMS) provide ongoing data, helping industries stay compliant with regulations and identify trends over time. Embracing Advanced Analytics The landscape of PM monitoring is now more productive with the infusion of advanced analytics and Artificial Intelligence (AI). These modern-day tools not only simplify data interpretation but also empower organizations to stay ahead of potential issues. Here’s how they are changing the game: • Predictive Modeling: Anticipate issues before they become major problems. • Real-Time Analysis: Get instant insights to make quick decisions on the factory floor. • Predictive Maintenance: Reduce downtime by fixing equipment before it breaks down. Collaborative Efforts In pursuing more robust PM monitoring, the spirit of collaboration is increasingly essential. When industry magnates, regulatory bodies, and tech aficionados come together, the road to innovation in PM monitoring becomes less winding. Here are some of the benefits that come along with collaborative efforts: • Help shape better regulatory frameworks. • Facilitate the exchange of best practices and insights. • Propel innovation in PM monitoring methodologies. Particulate matter monitoring is advancing with each passing day, fueled by technological leaps and a culture of collaboration. By delving into the different monitoring methods, welcoming advanced analytics, partaking in collaborative endeavors, and investing in education and training, industry professionals can harness the full spectrum of benefits that PM monitoring offers. With a grounded understanding and pragmatic application of PM monitoring, organizations are well-poised to steer through the intricacies of today’s industrial tapestry.

Alliance, alongside Teledyne FLIR, gladly invites you to our next Optical Gas Imaging and Leak Detection and Repair (LDAR) User Group Event on: Tuesday, November 14 8:30am - 3:30pm MDT Loft Conference Center Southpointe, 1500 Main Street, Canonsburg, PA 15317 This is for seasoned OGI camera users or anyone eager to explore this new technology frontier. Agenda highlights include: • Exploring regulations affecting OGI users • Unveiling advancements in OGI camera technology • Discovering new software tools for LDAR reporting • Engaging current and future state of OGI cameras within regulatory frameworks Lunch will be provided, and attendees will get complimentary access to an OGI Fundamentals online class! While the event is free to attend, seats are limited. Secure your spot by registering today: Register Now (link inactive) Join Alliance and Teledyne FLIR to delve into the intricacies of OGI technology and network with industry trailblazers. Register now and mark your calendar for a day of training and networking.

Alliance Technical Group, a leader in environmental testing and compliance services, is excited to announce the acquisition of RSB Environmental, a premier environmental compliance and consulting firm based in Houston, TX. This strategic acquisition marks a significant milestone in Alliance Technical Group's mission to expand and enhance its service offerings, including its growing EHS Compliance business. RSB Environmental built its stellar reputation for expertise by delivering broad-scale solutions, including its Comprehensive Health, Environmental, Safety System (C.H.E.S.S.) offering, making it a perfect fit for Alliance Technical Group's growing portfolio of compliance services. The addition of RSB Environmental to Alliance Technical Group bolsters its environmental consulting offering and introduces a monthly model for ongoing EHS compliance support, further solidifying Alliance's commitment to offering unparalleled environmental compliance support to its clients. "We are excited to welcome our new teammates from RSB Environmental to the Alliance family," said Chris LeMay, CEO at Alliance Technical Group. "RSB Environmental's established expertise and dedication to compliance align perfectly with our mission. This acquisition allows us to provide a broader range of services and deepen our commitment to helping businesses navigate complex environmental regulations." RSB Environmental will operate as an integral part of Alliance Technical Group, bringing its seasoned team and innovative approach to compliance under the Alliance banner. Clients of both organizations can look forward to the same high level of service and expertise they have come to expect, now backed by the combined resources and capabilities of the two firms. Environmental Financial Consulting Group (EFCG) served as the exclusive financial advisor to Alliance in its acquisition of RSB Environmental.

In honor of Earth Month, we’re shining a weekly spotlight on our industry partners dedicated to preserving the planet. This week we’re applauding ethanol production plants, for their positive impact on renewable energy in America. Ethanol production didn’t always have a stellar reputation because it exhausted more energy to produce it than the process could yield. Thanks to technological advancements, ethanol is now one of the primary renewable energy sources in our country today. With nearly 200 operating plants across the U.S., ethanol is used in the beverage, cosmetic, and chemical industries, among others. These plants are modern marvels, turning harvested corn from the nation’s agricultural heartland in the Midwest and Great Plains into a variety of products. Nothing is wasted. Depending on the plant, byproducts of ethanol production include starch, oil, corn flour, bran, high-protein animal feed, and more. Fuel Sustainability The U.S. is a primary player in the ethanol market, both in production and consumption—most popular being for transportation fuel. Gasoline blended with ethanol reduces air pollution, cuts down on greenhouse gas emissions, and provides an important sustainability element to the nation’s fuel use profile. Full-Circle Compliance Like most large industrial facilities, the ethanol production process generates some air and water pollutants, as well as solid waste. The EPA and local agencies hold ethanol plants to strict standards designed to protect human health and our shared environment. Alliance Technical Group is proud to partner with the ethanol industry and help ensure those standards are met with our source sampling, laboratory, ambient air monitoring, continuous emissions monitoring, and engineering services. FUN FACT: In the old west, bartenders often watered-down whiskey and charged full price. Cowboys discovered a test: mixing whiskey with gunpowder and igniting it proved its authenticity if it contained at least 50% ethanol. This gave rise to the term "proof"— if it burned, it was genuine. Over time, "100 proof" became synonymous with 50% alcohol by volume, with 40% being 80 proof, and 75% being 150 proof.