Elevating Industrial Compliance with CEMS A well-maintained Continuous Emissions Monitoring System (CEMS) is a key component of operational efficiency. By ensuring that your CEMS operates at its peak, you’ll be empowered to monitor processes in real-time, optimizing performance and reducing emissions. This not only enhances productivity but also positions your business as a leader in environmental responsibility. Cost Savings through Proactive Maintenance Look at CEMS maintenance as an investment in your future. Preventative maintenance strategies are designed to identify and fix minor issues before they escalate, reducing operational downtime and extending the life of your CEMS. This translates to significant cost savings by preventing premature or unexpected upgrades and overhauls and minimizing operational disruptions. Commitment to Environmental Leadership Premium CEMS services extend beyond compliance and efficiency. Accurate and consistent emissions monitoring gives you insights to optimize your results, which resonates with customers, stakeholders, and the community—protecting your company’s reputation. Equipment and Data: The Core of Informed Decision Making Because reliable data and equipment performance are critical for effective environmental management, data accuracy and fast access to brand name OEM spare parts are at the heart of best-in-class CEMS services. Focus your maintenance on ensuring that every component of your CEMS, from analyzers to data acquisition systems, function with precision. The integrity of your emissions data can enable informed operational adjustments and transparent reporting. Avoiding Risky Obsolescence In a field that's constantly evolving, running outdated CEMS can make system support and replacement parts impossible to find. Ideal CEMS services should include regular updates and upgrades, ensuring your CEMS is equipped with the latest advancements for enhanced accuracy and efficiency, and best-in-class support. Finding Comprehensive Care for Your CEMS Choosing end-to-end CEMS services with Alliance Technical Group means more than meeting regulatory requirements. It is a strategic decision towards operational excellence, cost savings, and a commitment to a sustainable future. Let our expert CEMS services be the cornerstone of your environmental and operational success. Temp CEMS | CEMS Integration | Installations | Commissioning | Training | Equipment Upgrades | Maintenance | QA/QC Audits | RATA Some Benefits of Alliance’s CEMS Services Round-the-Clock Support: 24/7/365 support is always within reach. Fully Stocked Parts Inventory: The OEM brand name parts you need are on hand. Regulatory Assurance : Continuous monitoring and reporting to ensure compliance. Less Downtime : Reliable service and responsiveness optimize CEMS performance. Accurate Monitoring : Precise real-time emissions data for compliance and operations. Predictive Maintenance : Scheduled maintenance based on data trends to predict and prevent system failures. Cost Control : Regular maintenance controls repair costs and operational downtime. Knowledge Transfer : Expert training for environmental personnel, plant operators and technicians enhances system understanding and operation. Your Strategic Partner in Environmental Compliance Our premier network of national experts provides reliable and responsive technical and consulting services for: Stack Testing Labs and Analytics Ambient Air CEMS LDAR Combustion Contact Alliance for CEMS solutions that ensure compliance and operational excellence. info@alliancetg.com | 855-478-2257

Since expanding our dedicated division for Temp CEMS (Temporary Continuous Emissions Monitoring System) services, Alliance specialists are busier in the field than ever. We caught up with the group manager while he was on standby after installing Temp CEMS systems on three temporary boilers. Jett Rink, Advanced Analytical Manager, leads the Temp CEMS field team at Alliance with passion and expertise, making him the perfect subject matter expert to talk about Temp CEMS. Thanks for your time, Jett. First talk about why and when Temp CEMS services are needed. Clients ask us to install a Temp CEMS when their process monitoring equipment or permanent CEMS fails, when they have new monitoring requirements due to operational changes or must comply with new regulatory standards quickly. We commonly handle well-planned Temp CEMS installs, and   we are equipped to deploy quickly to emergency requests as well. Without a functional monitoring system, production capacity may be limited, and excess downtime may be reported. This generates additional work for facility personnel and increases risk. The losses can add up quickly for clients. “Without a functional monitoring system, production capacity may be limited, and excess downtime may be reported. This generates additional work for facility personnel and increases risk. The losses can add up quickly for clients.” – Jett Rink – A dvanced Analytical Manager Jett, describe your service and what stands out about Alliance’s Temp CEMS? First, we have personnel and equipment fully dedicated to Temp CEMS, which allows us to respond immediately with real-time solutions. Recently, a refinery client called us on a Friday at lunchtime needing a Temp CEMS due to a system failure. Our team had one up and running the next day, on Saturday. Ideally, we start a planning phase with our clients for these projects, and we engage all client participants early on. We collaborate with the capital project managers and other stakeholders such as Environmental, Instrument and Electrical, Safety, IT, and any relevant external consultants and contractors. This helps ensure that we’re all aligned and working toward the same goal. And what types of equipment typically need temporary CEMS support? We provide monitoring support for all manner of emission sources and process lines. We often monitor the exhaust from boilers, furnaces, and turbines, but we do a lot of process monitoring as well; things like fuel drums, flare gases and inlet streams to various emission control devices like thermal oxidizers. What pollutant or gas stream constituents are you typically monitoring? All our monitoring is client-specific, so it depends. Commonly, we monitor oxygen or carbon dioxide and criteria pollutants like nitrous oxide, carbon monoxide, sulfur dioxide, and VOC’s. We measure multiple sulfur gases species like hydrogen sulfide, carbonyl sulfide, and mercaptans. We routinely conduct Btu and speciated hydrocarbon analysis for the determination of flare gas net heating value as well. We typically measure the speciated sulfurs and hydrocarbons using a gas chromatograph. Sometimes we’ll measure the exhaust volumetric flow rate too. Are there ever surprises in this type of project? Even with careful planning we still encounter the occasional surprise, like needing a second system for an undisclosed inlet stream or emission source. The planning process gives us an opportunity to think things through with our clients, which limits the number of surprises we encounter. What do you do when there are multiple sources that need to be monitored? Our engineers thought of that when designing our Temp CEMS trailers to accommodate two emission sources if needed. We’re a solution-oriented group of professionals who have the benefit of drawing on decades of experience in industrial stack testing and full service permanent CEMS construction and integration. No matter what your challenge, chances are we’ve already encountered it and have it designed into our existing fleet as a customizable option. “No matter what your challenge, chances are we’ve already encountered it and have it designed into our existing fleet as a customizable option.” – Jett Rink – Advanced Analytical Manager Jett Rink Advanced Analytical Manager Alliance Technical Group With a strong background in instrumentation across multiple industries, Jett brings nearly 20 years of experience in air quality to his client’s environmental projects. Jett supports our clients with his regulatory and technical air quality knowledge and manages our Temp CEMS operation. He is the first person you should call when temporary monitoring needs arise. Reach out to Jett’s team When the stakes are high, and time is of the essence, trust Alliance’s Temp CEMS team to deliver the reliable solutions you need.

Reducing methane emissions has become a critical focus in the fight against climate change. Methane, a greenhouse gas, has over 25 times the effect of carbon dioxide at trapping heat in the atmosphere over a 100-year period. One solution gaining momentum is the production of Renewable Natural Gas (RNG) or biomethane. This approach addresses methane emissions and provides a sustainable energy source, serving as a direct alternative to conventional natural gas and helping companies meet their climate goals. The June 12, 2024, announcement of the “National Strategy for Reducing Food Loss and Waste and Recycling Organics” by the U.S. Environmental Protection Agency (EPA), the U.S. Department of Agriculture (USDA), and the U.S. Food and Drug Administration (FDA) shows that the government is taking a comprehensive, whole-of-government approach to tackling climate change, feeding people, addressing environmental justice, and promoting a circular economy. While the strategy includes objectives such as preventing food loss and waste, it also emphasizes the need to increase the recycling rate for organic waste and support policies that encourage these practices. This strategy is bolstered by nearly $200 million in funding from the Bipartisan Infrastructure Law, which supports projects that include organics recycling, composting, and anaerobic digestion, an essential component of RNG production. The increase in funding to the RNG industry is an opportunity to develop new production facilities that can help meet these new strategy goals. Understanding Renewable Natural Gas and Anaerobic Digesters RNG is produced from organic materials such as agricultural waste, food waste, and animal manure. Unlike traditional natural gas extracted from fossil fuel reserves, RNG derived from the anaerobic digestion of organic waste captures methane that would otherwise be released into the atmosphere and turns it into a usable energy source. Anaerobic digestion is a biological process where microorganisms break down organic materials in the absence of oxygen, producing biogas primarily composed of methane and carbon dioxide. Food waste anaerobic digesters specifically target food waste as the feedstock for this process. Here are some of the benefits associated with Food Waste RNG production: Significant Methane Capture Potential Food waste decomposition in landfills is a significant contributor to methane emissions. Recent EPA research shows that 58% of methane emissions from landfills are due to food waste. While landfill gases can typically be captured to generate RNG, diverting food waste to anaerobic digesters provides greater capture of this feedstock by processing it earlier in the decomposition process, leading to higher methane generation and lowering fugitive methane emissions. Enhanced Waste Management Food waste anaerobic digesters offer an effective solution for managing one of the most prevalent and challenging waste streams. Food waste comprises up to 24% of municipal solid waste or more in urban areas. Utilizing anaerobic digesters reduces landfill burden while converting waste into a valuable resource, contributing to a circular economy where waste is continuously repurposed. Reduction of Greenhouse Gas Emissions and Air Quality Pollutants RNG generated from food waste provides a significant opportunity to reduce overall greenhouse gas (GHG) emissions by capturing the methane it generates. Each year in the U.S., food loss and waste create potent GHG pollutants equivalent to the emissions of 60 coal-fired power plants. Additionally, the carbon dioxide produced during anaerobic digestion is biogenic, meaning it originates from the natural carbon cycle and does not contribute to net atmospheric CO2 levels when managed properly. The RNG production process also removes other pollutants, improving overall air quality. Renewable Energy Generation The biogas produced by food waste anaerobic digesters can be refined into RNG. This renewable energy source can replace conventional natural gas in various applications, including heating, electricity generation, and transportation. RNG helps lower reliance on fossil fuels and supports the transition to a sustainable energy future. Nutrient-Rich Digestate Besides biogas, anaerobic digesters produce digestate, a nutrient-rich byproduct that can be used as a fertilizer. This digestate can return valuable nutrients to the soil, enhancing agricultural productivity and reducing the need for synthetic fertilizers. This contributes to more sustainable agricultural practices and closes the nutrient loop. Economic and Community Benefits Implementing food waste anaerobic digesters can create economic opportunities, particularly in urban and suburban areas where food waste is abundant. These facilities can provide jobs, stimulate local economies, and support waste management infrastructure. Furthermore, by turning waste into a resource, communities can reduce waste disposal costs and generate revenue from selling RNG and digestate. Conclusion Government initiatives like the National Strategy for Reducing Food Loss and Waste and Recycling Organics support the development of new food waste RNG facilities by providing funding and driving technology forward in this industry. The production of RNG from food waste anaerobic digesters offers a multifaceted solution to corporate environmental goals and broader climate challenges. Food waste-derived RNG stands out by providing a renewable energy source that also reduces GHG emissions, improves air quality, and increases waste management efficiency, all while creating economic opportunities and reducing our dependence on fossil fuels. About the Author Tim Sperfslage, Project Director  Environmental Consulting Services, Alliance Technical Group With a strong background in air permitting and compliance across multiple industries, Tim brings more than 15 years of experience in air quality to his client’s environmental projects. Supporting clients with regulatory and technical air quality knowledge, Tim proficiently manages complex permitting projects with cross-discipline teams, conducting technical audits, and directing environmental compliance projects. More About RNG: Tackling the Challenges of RNG Testing, Together

Decatur, AL – July 12, 2024 – Alliance Technical Group , LCC, a leader in on-site testing and monitoring, laboratory testing and analysis, and environmental compliance, announces the acquisition of two key companies in the environmental sector: Integrity Air Monitoring, Inc . and Advanced Industrial Resources, Inc. (AIR) . This development marks a significant milestone for Alliance as it continues to expand its specialized environmental capabilities while remaining focused on innovation, service, and client satisfaction. Integrity Air Monitoring brings a wealth of experience in specialized air testing services, with long-term employees offering decades of dedicated service to industrial clients across the Atlantic Coast region. AIR is recognized for its air testing and monitoring, temporary CEMS (Continuous Emissions Monitoring Systems), and environmental consulting service offerings in Atlanta, GA; Baton Rouge, LA; and Vancouver, WA. This acquisition strengthens Alliance’s footprint in the Southeastern U.S. and Gulf Coast regions and adds testing professionals in the Pacific Northwest. The merger of these industry powerhouses under the Alliance Technical Group banner promises to deliver an unparalleled breadth of services and depth of scale to clients, particularly in the industrial manufacturing and environmental consulting fields. “Bringing Integrity Air Monitoring and AIR on board strengthens our offerings across multiple markets,” said Chris LeMay, CEO of Alliance Technical Group. “Their expertise and innovative approaches align perfectly with our mission to provide comprehensive, top-tier environmental services and solutions. We’re not just growing – we’re evolving to meet the ever-changing needs of our clients with additional responsiveness, enhanced precision, and expert guidance.”

ERE Media has recognized Alliance Technical Group as a winner of the 2024 Global Candidate Experience (CandE) Award. This prestigious award supports and celebrates our commitment to delivering a high-quality experience for all job candidates, from application to onboarding. The CandEs are a global benchmark program designed to elevate and promote excellence in recruitment and hiring processes. Administered by Talent Board and ERE Media, the program evaluates companies through a combination of employer self-assessments and detailed feedback from job candidates. What This Means for Alliance Winning a CandE Award is a testament to Alliance's promise to provide transparency, fairness, and consistent communication to all job candidates. By excelling in these areas, we have enhanced the candidate experience and reinforced the importance of building positive relationships with potential employees. A strong candidate experience contributes to Alliance’s employer brand and overall business success, especially in today's competitive and ever-evolving job market. This recognition reflects our commitment to continuously improve the recruitment process, ensuring candidates feel valued and respected at every stage. About the Candidate Experience Awards The CandE Benchmark Research and Awards Program, founded in 2011, is the first program of its kind to focus on elevating and promoting a quality candidate experience. Each year, participating companies undergo a rigorous evaluation that includes surveys completed by a statistically significant sampling of their candidates. The surveys assess key areas such as the overall experience, the likelihood of candidates reapplying, their willingness to refer others, and their perceptions of the organization. Alliance Technical Group Wins 2024 Global Candidate Experience Award In 2024, Alliance was ranked #37 in a select list of winners among 110 participating North American companies. We are proud to be among the select group of companies recognized for maintaining a positive candidate experience, regardless of the hiring outcome. Looking Ahead Alliance believes a positive candidate experience sets the foundation for future success. That’s why we continue to prioritize open communication, transparency, and fairness in our hiring practices, and strive to make every interaction meaningful for all candidates. Moving forward, we are excited to build on this momentum and improve our processes. Alliance is honored to receive this award and remain committed to excellence in recruitment and candidate engagement. Find your next job at Alliance. Search Jobs >

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: 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. 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. 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. The Modern Context 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. A Step Towards the Future 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: 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. 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: Identifying and estimating the magnitude of leaks pertaining to volatile organic compounds (VOCs) and hazardous air pollutants (HAPs). Ensuring prompt and effective repair of detected leaks. 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 Cost of Non-compliance: More than Just Fines 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 Intersection of Technology and LDAR Program Efficacy 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. Reimagining LDAR Management through Proactivity 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.

In the demanding field of gas leak detection and monitoring, Optical Gas Imaging (OGI) service providers often face hurdles like time-consuming inspection processes, delayed reporting, human error, and the challenge of accessing remote or hazardous areas. Understanding this critical need, Alliance introduces its SkyBridge OGI Software solution , a powerful blend of technology and user-centric design, that is revolutionizing how service providers and operators can enhance OGI operations management. The SkyBridge platform not only bridges the web and mobile gap but also presents a suite of features designed to meet diverse needs within OGI Management. It accelerates the inspection process, ensures timely reporting, minimizes human errors by automating crucial tasks, and facilitates remote monitoring. Whether it’s the seamless integration between OGI imaging devices or the tailored user experiences, every aspect is engineered with the service providers’ operational excellence in mind. Highlights of Alliance's SkyBridge OGI Software Automatic Image Reconciliation: Save time and effort as the system automatically finds and selects the correct images and videos for each inspection from the OGI camera data. Universal Device Compatibility: Stay connected irrespective of the imaging device used – compatible with both Android and iOS. Role-Based Dashboards: Personalized dashboards for operators, customers, and technicians, which streamlines workflow and enhances productivity. Offline and Field-Ready Mobile App: Continue field monitoring operations undeterred, even in the most remote locations. Safety and Superior Collaboration: Real-time location tracking coupled with integrated tools fosters a culture of teamwork and safety. Robust Reporting & Compliance: Automate compliance reporting including CEDRI, while reducing the administrative burden and ensuring regulatory compliance. Rich Media Integration: Document every crucial detail with in-app, image-capturing capabilities. Synchronized & Secure: Real-time synchronization backed by robust Microsoft security - ensuring data accuracy and protection. And this is just the tip of the iceberg. Alliance’s SkyBridge OGI Software is a cost-effective solution designed to replace paper logs and reduce overhead while providing a central hub for all your OGI management needs. Discover more about Alliance's SkyBridge OGI Software

Industries today have to be efficient but also follow strict environmental rules. Alliance's Optical Gas Imaging (OGI) Software helps with this. It's useful for finding and managing gas leaks, especially in energy and manufacturing. This software combines high-tech imaging with tools that helps reduce the workload for teams in the field. It also makes things safer, ensures industrial compliance, and improves how companies work. This makes Alliance's OGI Software a must-have in today's market, which cares a lot about adhering to regulations while being operationally streamlined. The Shakeup of Optical Gas Imaging Optical Gas Imaging cameras, which use special filtering techniques, have changed how industries like oil and gas see and handle gas emissions. These cameras can spot different gases (like methane and carbon dioxide), which is important for safety and meeting government standards. Alliance’s OGI Software improves on these processes. It works well on both computers and phones, helping different industries stay on track with compliance goals. Alliance’s OGI Software: A Smart Tech Solution Alliance’s OGI Software is packed with features for the oil and gas industry. It works on all devices and offers a customized experience for a variety of user preferences. The software makes managing clients and teams simpler, boosts productivity, and cuts down on redundant efforts. It has great reporting tools and lets teams keep detailed records of leaks, fixes, and checks. Users can access it online or offline, which is handy in remote places. Digital Changes in the Energy World The energy sector is going digital in a big way. Software like Alliance’s OGI helps manage the complicated steps in making, storing, sharing, and using energy. It gives total control, letting you monitor, analyze, and manage energy systems. This move to digital is about more than just being efficient; it's about adjusting to new market needs, cutting costs, and using innovative, eco-friendly solutions. Leading in Industrial Compliance Alliance’s OGI Software is an excellent step forward in technology solutions, along with being a key strategy element in moving towards cleaner energy. It's cost-effective and makes things safer and easier to manage, fostering teamwork. As industries aim for better efficiency and eco-friendliness, Alliance’s OGI Software stands out. It shows how technology can update old methods and help create a greener future. Want to see how Alliance’s OGI Software can change your operations? Check our website for more info and get a direct quote.

Ensuring Fast, Accurate, Comprehensive Lab Analyses With our ever-growing footprint of lab locations, Alliance has expanded capabilities in air testing and laboratory services in both Arizona and California, ensuring our clients have full access to comprehensive testing solutions.  The latest additions to our services include  EPA TO15 ambient air and soil gas testing, along with EPA method 8260B air testing , providing you with an extended suite of services that includes Total Petroleum Hydrocarbons (TPH-GRO) testing by TO15 modified and (TPH-GRO) testing by 8260B modified.   Plus, with certifications from the Arizona Department of Health Services for methods TO15 and 8260B, clients can be confident in our commitment to deliver the highest standards of quality and compliance—always.   Conveniently located near Alliance Stack Testing and Environmental Testing (formally Orange Coast Analytical) in Phoenix, our state-of-the-art laboratory facilities and team of experts are here to support your air testing needs, every step of the way.  For more information or to schedule testing services, please contact james.jones@alliancetg.com or info@alliancetg.com .

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. must be conducted within 180 calendar days of March 9, 2022 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. Contact one of our experts today to discuss how Alliance is assisting facilities with this amendment. Click here to have an Alliance Technical Group representative provide more information on this topic Click 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/Solid Analysis of solid materials, including soil, for compliance or quality.  Land Reuse/Site Characterization Toxicity 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 & Gas Sampling 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.     Air Analysis of air quality, including pollutants or hazardous gases.  Non-Potable Water Analysis of water not intended for drinking.  Groundwater/Monitoring Wells We 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 Water Testing for safety and compliance with drinking water standards.    Ambient Air/Soil-Gas Analysis of air quality and gases emitted from soil, which is important for environmental health assessments.    Special Requests Added matrices that require specific or specialized testing are available on request.  Our Most Often Requested Tests PFAS Analysis of per- and polyfluoroalkyl substances, known for their persistence in the environment.  Volatile and Semi-volatile Organics Methods 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.  Metals Testing for metals like lead, mercury, RCRA metals, arsenic, chrome, all important for assessing toxicity.  Inorganics Including tests for cyanide, TDS (Total Dissolved Solids), TSS (Total Suspended Solids), BOD (Biochemical Oxygen Demand), COD (Chemical Oxygen Demand).  PCBs, Pesticides, Herbicides Focused on these specific hazardous substances.  Radiological Testing 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 Testing TO15 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.”