Decatur, AL and Edmonton, AB — 7/14/2026 – Alliance Technical Group, a leading provider of environmental testing, monitoring, and compliance services, announced today the acquisition of Emissions Test Group (ETG), a trusted provider of industrial source emissions testing services headquartered in Edmonton, Alberta. The acquisition strengthens Alliance's presence in the Canadian environmental services market while adding a highly experienced field team with deep expertise across a broad range of emissions testing disciplines. Founded in 2012, ETG has built a strong reputation for delivering safe, accurate, and efficient emissions testing services to industrial clients across Western Canada. The company supports sectors such as oil refining and upgrading, wood products, power generation, chemical production, paper production and mineral/metal refining and production. Its work includes all aspects of source emissions testing, including manual stack surveys, CEMS commissioning and performance tests (RATAs & CGAs), gas turbine DLN tuning, pollution-control efficiency and guarantee testing and process optimization studies. "Emissions Test Group has earned an outstanding reputation in Western Canada through a genuine commitment to client relationships, data integrity, and field excellence," said Chris LeMay, CEO of Alliance Technical Group. "Daryl and his team have built something special; a practice grounded in technical precision and long-term partnerships with the clients they serve. That approach aligns perfectly with Alliance's values, and we're thrilled to welcome them to our growing network." With the addition of ETG, Alliance expands its source emissions testing capabilities in Canada while providing ETG's clients and team members with access to Alliance's broader resources, technical depth, and national platform. "Joining Alliance marks an exciting new direction for ETG and the team we've built over the past decade," said Daryl Zander, Founder of Emissions Test Group. "Our focus has always been on doing the work right, building real relationships with our clients, and earning their trust one project at a time. Alliance shares those values, and this partnership gives us the platform to serve our clients even better while opening doors to new opportunities we couldn't reach on our own." This acquisition underscores Alliance's continued commitment to expanding its environmental testing and compliance capabilities across North America.

A Continuous Emissions Monitoring System (CEMS) is used to continuously measure and record pollutant emissions — such as SO₂, NOₓ, CO, and opacity — from industrial stacks to demonstrate compliance with air quality regulations. These systems operate in harsh industrial environments where heat, moisture, particulate matter, and corrosive gases degrade equipment over time. Most CEMS failures are preventable. Drawing from years of field experience across power generation, industrial manufacturing, and chemical processing facilities, Alliance technicians have identified the most common failure patterns and the maintenance practices that prevent them. 1. Plugged Probe Filters Probe filters are designed to protect the sample system, but excessive particulate loading can quickly overwhelm them. Common causes: Excessive eductor pressure creating too much suction, incorrect probe selection for the application, missing impingement shields, and high particulate loading from the process itself. How to identify it: Watch for frequent filter replacements, reduced sample flow rates, analyzer instability, and rising maintenance frequency. Any one of these can indicate a filter that’s working harder than it should. How to prevent it: Optimize eductor pressure settings, install probe impingement shields where appropriate, and evaluate process conditions that generate excess particulate. Most importantly, match the probe to the application — a standard probe is not always the right tool. In one facility, a standard probe struggled with high particulate loading from a furnace process. After evaluating the application, technicians recommended replacing it with a dilution probe better suited for harsh conditions, significantly reducing maintenance requirements. Failed Probe Filter Dirty Air Purge Filter 2. Moisture Passing Through the Sample Conditioning System Water slip is one of the most common issues encountered in CEMS sample conditioning systems. When moisture bypasses the chiller, analyzers can experience erratic performance, calibration drift, and potential damage. Common causes: Excessive sample flow rates, chiller temperatures set too high, undersized heat exchangers, and inefficient or degraded moisture removal components. How to identify it: Look for unstable analyzer readings, unexplained calibration drift, or visible moisture in sample lines downstream of the chiller. These symptoms are often misdiagnosed as analyzer problems when the root cause is upstream in the conditioning system. How to prevent it: Verify sample flow rates against system design specifications, maintain chiller temperatures appropriate for your application, evaluate heat exchanger capacity relative to actual process conditions, and inspect moisture removal components on a regular schedule. Even small adjustments to flow rate and temperature can dramatically improve moisture removal and protect analyzers from long-term damage. 3. Dirty Instrument Air Systems Instrument air systems provide clean, dry air to analyzers and other sensitive equipment. When neglected, contaminants such as moisture and oil can impact system performance. Common causes: Poor air dryer maintenance, saturated filters, moisture accumulation, and oil contamination. How to identify it: Unexplained analyzer performance issues affecting multiple instruments at once, visible moisture or oily residue in air lines, and accelerated component wear can all indicate a compromised instrument air supply. Because these symptoms mimic other failure modes, instrument air quality is often the last thing checked. How to prevent it: Replace desiccant and filters routinely, inspect tubing for moisture or contamination, and include air cleanup systems in preventative maintenance programs. A clean instrument air supply is foundational to CEMS reliability. Facilities that treat air system maintenance as optional tend to experience recurring, difficult-to-diagnose analyzer problems that disappear once the air supply is properly addressed. Fresh tubing for this Air Clean up System Fresh desiccant, clean filters and new tubing will go a long way to ensure that your daily drift is kept to a minimum 4. Corrosion from Acidic Condensate Corrosion is often a hidden problem that develops gradually until instrumentation begins to fail. Common causes: Acidic condensate formation, incompatible tubing materials, and harsh operating environments. How to identify it: Green deposits on tubing and fittings are a reliable early warning sign of active corrosion and should never be ignored. Unexplained sample flow restrictions, fitting failures, and analyzer contamination can also indicate that corrosion has progressed beyond the surface. How to prevent it: Use corrosion-resistant materials, routinely inspect and flush sample lines, and address moisture issues before corrosion develops. Corrosion frequently appears as green deposits on tubing and fittings — a warning sign that should never be ignored. 5. Improper Shelter HVAC Systems Analyzer shelters require stable environmental conditions to support reliable measurements. Common causes: Undersized air conditioning systems, lack of heating capability, and large temperature fluctuations. How to identify it: Calibration issues that correlate with outdoor temperature changes, analyzer alarms that appear during summer heat or winter cold, and visible condensation inside the shelter are all signs that environmental conditions are outside acceptable limits. How to prevent it: Install HVAC systems designed for year-round operation, maintain stable shelter temperatures, and monitor environmental conditions routinely. Maintaining shelter temperatures between approximately 72°F and 78°F can help improve analyzer stability and reduce calibration issues. Improper HVAC Proper HVAC 6. Dirty Gas Coolers Gas coolers are often overlooked until performance begins to suffer. Common causes: Infrequent inspections, lack of preventative maintenance, and dirt and corrosion buildup. How to identify it: Rising sample temperatures, increased moisture in the sample downstream of the cooler, and declining analyzer stability can all indicate a cooler that’s no longer performing adequately. Because cooler degradation is gradual, the connection to downstream analyzer problems isn’t always obvious. How to prevent it: Conduct regular visual inspections, establish cleaning intervals, and inspect for corrosion and performance degradation. Dirty Gas Cooler 7. Damaged Umbilicals Umbilicals are critical to maintaining sample integrity between the probe and analyzer. Once moisture enters an umbilical, damage can accelerate rapidly, particularly during freeze-thaw cycles. Common causes: Water intrusion, damaged insulation, poor sealing practices, and aging components. How to identify it: Unexplained moisture in the sample system, calibration instability that can’t be traced to the analyzer or conditioning system, and visible physical damage to the umbilical jacket are all indicators. Problems often surface — or worsen — after the first hard freeze of the season. How to prevent it: Inspect umbilicals regularly, verify heater operation, seal connection points, and address leaks before winter weather arrives. Melted Umbilical Tubing 8. Neglected Probe Tubes and Sample Ports Probe tubes and sample ports often receive attention only after a failure occurs. Routine inspections can prevent complete sample flow loss and unexpected outages. Common causes: Lack of preventative maintenance, particulate accumulation, corrosion, and mechanical damage. How to identify it: Declining sample flow, increased pressure drop across the probe, and unexplained analyzer instability can all indicate that probe tubes or sample ports are partially restricted. Complete flow loss is typically the point at which neglected probes are first discovered — at which point an outage is already underway. How to prevent it: Inspect every 12–24 months, remove buildup before restrictions develop, and replace damaged components proactively. Damaged Tube Damaged Probe Tube Stack Probe Tube Damaged Probe Tube 9. Winter-Related Sample System Failures Cold weather can expose weaknesses throughout a CEMS installation. Common problems: Flange leaks, frozen sample lines, calibration instability, and restricted flow paths. How to identify it: Calibration instability that appears during cold snaps, reduced or lost sample flow, flange leaks that develop or worsen in cold weather, and frozen sample lines are the most common winter failure patterns. Systems that performed adequately through fall may fail quickly once sustained cold arrives. How to prevent it: Verify insulation integrity, maintain adequate heat tracing, and inspect vulnerable areas before winter arrives. Preparing for seasonal changes is often far less expensive than responding to winter-related failures. Exposed Spool Weather Damage 10. Installation Errors Even new systems can experience reliability issues when installation details are overlooked. Common causes: Incorrect flange bolt patterns, poor alignment, and improper component placement. How to identify it: Persistent flow problems, unexplained leaks at flanges or connections, and calibration issues that begin at startup and don’t resolve with standard troubleshooting are often indicators of installation errors. Systems with these characteristics frequently benefit from an installation review before further component-level troubleshooting. How to prevent it: Verify flange drawings before installation, follow installation QA procedures, and perform thorough post-installation inspections. A few extra minutes during installation can prevent hours of future troubleshooting. 11. Disorganized CEMS Racks Poor organization can make troubleshooting and maintenance significantly more difficult. Common causes: Unlabeled components, inconsistent tubing routing, poor documentation, and difficult equipment access. How to identify it: Technicians spending excessive time tracing lines before performing routine maintenance, unlabeled or inconsistently labeled components, tubing runs that don’t match current system diagrams, and difficulty locating isolation points or service connections are all signs of a rack that needs organizational attention. How to prevent it: Label components clearly, maintain current documentation, organize tubing and wiring, and conduct periodic system reviews. A well-organized rack not only looks better — it reduces troubleshooting time and improves long-term maintainability. Disorganized CEMS Rack Alliance's CEMS Craftsmanship What Most CEMS Failures Have in Common While the issues above vary, most share the same underlying causes, including deferred maintenance, inadequate inspection frequency, environmental exposure, improper equipment selection, and small issues that go unaddressed until they become outages. The most effective CEMS programs share three traits: scheduled inspections tied to operational cycles, documentation that tracks component condition over time, and a clear escalation path when field technicians identify emerging issues. CEMS Field Services from Alliance Technical Group Alliance Technical Group provides CEMS field services to industrial and utility facilities across North America. Our technicians perform preventative maintenance programs, system inspections and assessments, analyzer troubleshooting and repair, umbilical replacement, calibration and QA/QC support, emergency field service response, and CEMS upgrades and retrofits. Facilities working with Alliance typically use our field services to address recurring reliability issues, prepare for regulatory audits, evaluate aging equipment, or establish a structured maintenance program where none previously existed. If your facility is experiencing unexplained downtime, calibration drift, or compliance data gaps, a CEMS system assessment is a practical starting point. Alliance technicians can evaluate your current installation, identify emerging issues, and recommend a maintenance approach based on your process conditions and regulatory requirements.

Continuous Emissions Monitoring System (CEMS) and Air Monitoring Directive (AMD) audits are a routine part of regulatory compliance, yet many facilities still find themselves rushing to gather documentation or clarify procedures as the audit date approaches. With regulations constantly increasing expectations around data integrity, quality assurance, and operational transparency, preparation has become a year-round responsibility rather than a once per year task. What are Internal Independent Inspections/Audits? CEMS Annual Inspections/Audits: The 2021 Alberta CEMS Code and Environment Canada EPS 1/PG7 require an annual evaluation of the CEMS system and quality assurance plan (QAP). Audits review the entire year’s CEMS data including performance tests (Relative Accuracy Test Audits (RATA) and Cylinder Gas Audits (CGA), reported data, maintenance and corrective maintenance records, staff training requirements, and QAP accuracy. AMD Annual Inspection/Audits: The 2016 Alberta Air Monitoring Directive (AMD) requires facilities to complete an annual audit once every three years to ensure the AMD and Quality system in place is adhered to. Audits evaluate the air monitoring equipment, including passive and ambient stations, operations, and reporting activities against the quality system and AMD. What Are Common Issues Preparing for a CEMS and AMD Audit? Most facilities don’t struggle because they lack data but because the data is scattered across systems, teams, and formats. Common issues we see at audit time include: Missing or inconsistent calibration records Gaps in preventative and corrective maintenance logs Outdated Quality Assurance Plans (QAPs) Staff uncertainty about procedures or regulatory expectations Performance tests with incorrect methodology or documentation Unclear documentation of previous audit findings and corrective actions Inaccurate or inconsistent data summaries Many of these challenges trace back to deeper root causes. On the technical side, data is often scattered across multiple platforms, accessed by different users, or stored using inconsistent naming conventions and filing structures making it difficult to retrieve quickly. Operational factors also play a role, including staff turnover that can lead to gaps in system knowledge, training may not keep pace with regulatory changes or turnover, and maintenance programs may be more reactive than proactive. A Four-Phase Framework for CEMS and AMD Audit Preparation Alliance Technical Group supports facilities across Canada in navigating these requirements with confidence. Our auditing team brings deep technical expertise and practical experience with CEMS operations, source testing, ambient monitoring, and regulatory reporting, giving organizations the insight and confidence to effectively prepare for these evaluations. By the end of each audit, the goal is for the facility to feel confident in the performance of their CEMS and ambient systems, be aware of any regulatory risk that needs to be addressed and understand where opportunities for improvement exist. Audits can help identify areas for improvement, allowing organizations to implement solutions before issues lead to costly failures. Below is a simplified version of the approach Alliance Technical Group uses with clients. Phase 1: Gathering CEMS Documentation and Calibration Records The facility is requested to gather all documentation related to: Approvals Quality Assurance Plans (QAPs) Daily reports and calibration records Performance testing reports (CGAs, RATAs, manual stack surveys) Preventative and corrective maintenance logs Recertification data (if applicable) Previous audit findings and evidence of remedial actions Air data and reports (AMD forms, EDR forms, ambient data, monthly, quarterly, and annual reports, contraventions, submission confirmations) These documents are the foundation of the audit. Phase 2: On-Site Evaluation of CEMS and Ambient Monitoring Systems Audit evaluations examine a wide range of system components, including overall system performance, data acquisition processes, staff readiness, and gap assessments such as missing documentation, incomplete logs, or outdated procedures. During this phase of the audit, the auditor typically spends time on-site interviewing technicians, field inspection of the monitoring system, reviewing the quality assurance plan and standard operating procedures, reviewing documentation and records, and consulting with regulatory specialists. Phase 3: Audit Review, Close-Out Meetings, and Reports This portion of the audit process includes a sit down with all pertinent personnel to discuss findings, areas for improvement, and have discussions with the facility on improvement options. Following close out, reports are completed and submitted to the facility to include findings in their monthly, quarterly, or annual reporting. Phase 4: Implementation of Findings This phase is one of the most critical steps following the audit. It relies heavily on the facility to review the identified opportunities for improvement and findings, then implement any adjustments, updates, or enhancements to their system as appropriate. All actions taken should be thoroughly documented and retained for the following year’s audit. Our auditing team is always happy to provide guidance with any questions that pop up during this phase. What Makes Alliance Technical Group's Audit Approach Different Tailored preparation based on your facility’s systems and regulatory obligations Cross functional expertise spanning CEMS, ambient monitoring, emissions testing, DAS configuration, and regulatory reporting our auditing team has unique experience in a diverse range of air regulations and in-field work. Proactive identification of issues and opportunities for improvement before they turn into bigger concerns, or costly mistakes. Clear, actionable recommendations rather than generic checklists Support during and after the audit, including corrective action planning and guidance. Critical Success Factors for a Compliant CEMS or AMD Audit From our experience, successful audits share these characteristics: Documentation is complete, organized, and accessible Staff are trained and knowledgeable in their roles Maintenance logs are detailed and up to date QAPs reflect current operations Data is validated regularly--not just before the audit Preparing for a CEMS or AMD audit doesn’t have to be stressful. With the right structure, documentation, and team readiness, facilities can move through the audit process with confidence and clarity. The key is shifting from reactive to a proactive, year-round approach-one that strengthens data integrity, reduces compliance risk, and supports operational excellence. As the regulatory landscape continues to evolve, audit readiness becomes not just a requirement, but a strategic advantage. By following the steps outlined in this guide, your facility can ensure smoother audits, reduced regulatory risk, stronger performance, and long-term compliance success. Not sure where your compliance gaps are? Our auditing team can help. Emily Darragh Regulatory Manager, Calgary, AB, Canada

Overview of ECCC Chromium Electroplating, Anodizing and Reverse Etching Regulations Environment and Climate Change Canada (ECCC) released the Chromium Electroplating, Anodizing and Reverse Etching Regulations in 2009 to limit hexavalent chromium emissions from facilities that use chromic acid in electroplating, anodizing and reverse etching operations.  The regulations were amended in 2020 to improve consistency and clarity in the regulations and remove outdated references. Compliance Options for Controlling Hexavalent Chromium Emissions The regulations require any facility that uses 50 kg or more of chromium trioxide per calendar year for electroplating, anodizing or reverse etching to limit the release of hexavalent chromium compounds using one of the following control technologies: Install and maintain a control device to limit hexavalent chromium before its released into the environment (point source option),  Limit surface tension on the tanks, or Use tank covers. What Are the Release Testing Requirements? Facilities that elect to install and maintain a control device, typically a scrubber, must perform a release test every 5 years to demonstrate that the hexavalent chromium emissions are less than the limit of 0.03 mg/Rm 3 .   Who Needs to Test in 2026? Any facility that is operating on the original 5-year testing schedule , meaning they haven’t failed a release test, replaced their control device, modified their tanks or made changes to the ventilation system, will most likely need to test in the 2026 calendar year. How to Prepare for ECCC Release Testing Contact Alliance to get a quote and schedule testing Submit a signed Release Test Notice to ECCC at least 30 days prior to testing Record the rectifier amperage for the 30 days of use preceding the Release Test Conduct the Release Test with the rectifier amperage set to the average amperage for the previous 30 days of use Submit the Release Test Report to ECCC within 75 days of the final test

Decatur, AL and Edmonton, AB — 3/09/26 Alliance Technical Group , a leading provider of environmental testing, monitoring, and compliance services, announced today the acquisition of Protocol2 Air Sciences Inc. , a Canadian environmental consulting firm specializing in industrial source emission testing and air quality services. Founded in 2003 and headquartered in Edmonton, Alberta, Protocol2 Air Sciences is a Canadian firm known for its expertise in industrial air emissions testing and environmental consulting. Over the past two decades, the company has completed more than 3,000 projects supporting industrial facilities with stack emissions testing, air monitoring, and regulatory compliance assessments. Protocol2’s experienced professionals provide services across a diverse range of sectors including oil and gas, power generation, pulp and paper, mining, hazardous waste management, and other industrial operations. “Protocol2 Air Sciences has established itself as a trusted provider of air emissions testing services with deep technical knowledge and strong client relationships,” said Chris LeMay, CEO of Alliance Technical Group. “Their expertise and experience across a wide range of industrial sectors enhance our ability to support clients with reliable testing, regulatory insight, and the high-quality environmental solutions they expect from Alliance.” Protocol2 has earned long-term client relationships by delivering accurate emissions data and practical technical insight that helps facilities navigate evolving regulatory requirements. In addition to compliance testing, the company supports clients with process optimization evaluations, pollution control system performance assessments, and air monitoring programs. Its teams utilize advanced instrumentation and proven testing methodologies to ensure defensible results and consistent service quality. With the addition of Protocol2, Alliance further expands its technical capabilities in source emissions testing while strengthening its footprint within the Canadian environmental services market. The integration of Protocol2’s experienced field teams with Alliance’s broader environmental services network will provide clients with expanded resources, technical depth, and broader geographic coverage. “Joining Alliance provides an exciting opportunity to continue delivering the high standards of service our clients rely on while gaining access to additional resources and technical expertise,” said Kevin Smith, President of Protocol2 Air Sciences Inc. “We look forward to working together to provide expanded environmental testing solutions and support for clients across Canada and beyond.” This acquisition underscores Alliance’s continued growth strategy to expand its environmental testing and compliance services while strengthening its presence throughout North America. The Exit Group supported Alliance Technical Group in sourcing and executing the transaction.

Calgary, Alberta — August 2025 — Global Analyzer Systems is now Alliance Technical Group North. The new name represents the official rebrand of Global Analyzer Systems following its acquisition by Alliance Technical Group and reflects the company’s continued integration into the Alliance organization. Global Analyzer Systems will operate publicly under the name Alliance Technical Group North. Clients may see the Alliance Technical Group North name and branding used across the company’s website, communications, proposals, documentation, and other business materials. This rebrand brings Global Analyzer Systems under a unified Alliance identity while maintaining the technical expertise, services, and relationships clients have come to know. As Alliance Technical Group North, the company will continue supporting industrial facilities across Canada with emissions monitoring solutions, analyzer systems, field services, regulatory compliance support, and related technical capabilities. The transition from Global Analyzer Systems to Alliance Technical Group North also provides clients with access to the broader resources and capabilities of Alliance Technical Group, an environmental services and solutions provider serving customers throughout North America. About Alliance Technical Group North Alliance Technical Group North, formerly known as Global Analyzer Systems, provides emissions monitoring, analyzer systems, field services, technical support, and environmental compliance solutions to industrial facilities across Canada. Alliance Technical Group North is part of Alliance Technical Group and combines established Canadian expertise with the resources and capabilities of a broader North American organization.

Renewable Natural Gas (RNG) production is a sustainable way to address methane and other toxic emissions reductions—while recycling waste. Facilities that embrace RNG production are profiting by turning waste into fuel for energy and other revenue streams, all while reducing methane emissions. Recent news focuses on the rise in demand and funding incentives that bring new opportunities for food waste RNG production facilities. On June 12, 2024, the U.S. government announced the “National Strategy for Reducing Food Loss and Waste and Recycling Organics,” which includes nearly $200 million in funding from the Bipartisan Infrastructure Law, supported by the EPA, USDA, and FDA. Along with recycling and composting, this funding supports food waste anaerobic digestion—a key component of RNG production. The increase in funding for the RNG industry is an opportunity to develop production facilities that can help meet these new strategy goals. Significant Methane Capture Potential Food waste RNG remains an underutilized revenue source in North America despite its success in Europe. Food waste decomposition in landfills is a major methane emitter, contributing up to 58% of landfill methane emissions. By diverting food waste to anaerobic digesters, methane can be captured earlier in the decomposition process, enhancing RNG production and reducing emissions by converting waste into RNG and nutrient-rich digestate (which doubles as fertilizer), these digesters support sustainable energy transitions, prevent net increases in atmospheric CO2, and bolster local economies by creating jobs and generating additional revenue. Complex Testing and Compliance Requirements As the RNG production sector continues to grow, navigating a complex regulatory environment with precision remains critical for RNG production facilities to demonstrate compliance and optimize uptime by engaging with experienced environmental services and testing professionals, RNG producers can ensure that their projects will meet applicable environmental regulations and permitting requirements prior to construction, as well as the facility’s ongoing compliance, reporting, sampling, and testing requirements once in operation. Conclusion Government initiatives and funding are driving the development of food waste RNG facilities. Leveraging food waste for RNG will generate additional economic opportunities while progressing the current Administration’s environmental goals. As North America catches up with Europe in this field, the untapped potential of food waste RNG is poised to become a significant contributor to both environmental and economic objectives. About the Author Contact Alliance Technical Group for expert support in compliance and operational efficiency—designed to simplify RNG challenges and deliver timely and precise results.

As awareness rises about per- and polyfluoroalkyl substances (PFAS) entering into our ecosystem, so does the urgency for accurate, dependable detection. Associated with certain cancers, endocrine disruption, fertility issues, birth defects, and organ damage, PFAS poses significant public health risks. The EPA is taking action with several new initiatives, including the “First-Ever National Drinking Water Standard for PFAS” issued in April 2024, plus other rules for PFAS limits for non-potable water, air, soil, and waste management sources.  PFAS Experts at Work  See how Alliance’s environmental laboratory specialists conduct accurate PFAS analyses. Testing for PFAS—the Forever Chemicals Comprehensive PFAS Testing Services for: Applied Technologies Our labs utilize advanced liquid chromatography triple quadrupole mass spectrometry systems (LC/MS/MS) for PFAS analysis. This preferred technology offers unparalleled selectivity and sensitivity, enabling us to handle extremely low detection rates with ease. Robust Quality Control A 3-tiered data review process ensures all testing method criteria are met, giving you confidence in your results: 1. Top analysts carefully examine the data. 2. Data is sent to our QC department for thorough evaluation. 3. Dedicated project managers review the final results. Full-Service for Client-Specific Needs All PFAS analytical steps are handled for you in Alliance labs, including method development, extraction, analysis, and data upload. Highly skilled experts work with you to customize solutions based on your state’s regulatory requirements. We’re at the forefront of PFAS analysis with the most modern methods at the lowest detection limits. Reach out to discuss your PFAS testing needs or consult with one of our experts regarding your PFAS compliance requirements. 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 | (256) 351-0121

Alliance Technical Group is proud to be Certified™ by Great Place To Work®. This prestigious award is based entirely on what current employees say about their experiences, and the Alliance team had some great insights.  Great Place To Work® is the global authority on workplace culture, employee experience, and the leadership culture proven to deliver market-leading revenue, employee retention, and increased innovation.  “We are excited about the continued positive momentum evidenced by receiving this award. Our employees work hard for our clients and for each other,” says Chris LeMay, CEO of Alliance Technical Group. “Creating a great workplace is a top priority for leadership. We celebrate this achievement and will keep working to make Alliance an exceptional place for both employees and clients.”  "Great Place To Work Certification is a highly coveted achievement that requires consistent and intentional dedication to the overall employee experience," says Sarah Lewis-Kulin, the Vice President of Global Recognition at Great Place To Work. She emphasizes that Certification is the sole official recognition earned by the real-time feedback of employees regarding their company culture. “By successfully earning this recognition, it is evident that Alliance stands out as one of the top companies to work for, providing a great workplace environment for its employees."  Great Place To Work Certification is recognized worldwide by employees and employers alike and is the global benchmark for identifying and recognizing outstanding employee experience.  According to Great Place To Work research, job seekers are 4.5 times more likely to find a great boss at a Certified great workplace. Additionally, employees at Certified workplaces are 93% more likely to look forward to coming to work, and are twice as likely to be paid fairly, earn a fair share of the company’s profits and have a fair chance at promotion.  Alliance Technical Group is a leading environmental services company, offering our clients testing and monitoring services, analytical services, consulting, and technology solutions across the U.S. and Canada. We are experiencing a period of rapid growth, and that means plenty of exciting opportunities for you. Here, you'll use your creativity and talent to identify new solutions, support our clients' requirements, and offer the industry's most effective methods to protect the environment. By joining the team, you can help improve our world today and for future generations – while creating an exciting career of your own. View current opportunities here.    About Great Place To Work® As the global authority on workplace culture, Great Place To Work® brings 30 years of groundbreaking research and data to help every place become a great place to work for all. Their proprietary platform and For All™ Model helps companies evaluate the experience of every employee, with exemplary workplaces becoming Great Place To Work Certified™ or receiving recognition on a coveted Best Workplaces™ List. Learn more at greatplacetowork.com and follow Great Place To Work on LinkedIn, Twitter, Facebook and Instagram.

Decatur, AL – February 10, 2025 – Alliance Technical Group (Alliance) has received two EBJ Business Achievement Awards in honor of outstanding environmental industry successes in Mergers & Acquisitions and Project Merit. The EBJ Business Achievement Awards is hosted annually by the Environmental Business Journal® (EBJ), an independent business research publication that provides strategic market intelligence to the environmental industry.   Mergers & Acquisitions Alliance made 11 strategic acquisitions in 2024, including ORTECH Consulting, RSB Environmental, Airtech Environmental Laboratories, Advanced Industrial Resources, CEMSI, Integrity Air Monitoring, Rogers & Callcott, CEMServices, Ranger Analytics, Gas Ops Leak Detectives, and DeNovo Global Technologies.  These transactions reinforced Alliance’s position as a market leader in environmental compliance, on-site testing and monitoring, and laboratory testing services. Each acquisition aligned with Alliance’s strategic goals of expanding its geographic reach, enhancing service offerings, and fostering operational growth.   Project Merit  Alliance’s strong partnership with Renewable Natural Gas (RNG) clients was instrumental in the successful commissioning of more than 14 new RNG facilities in 2024. Working with clients to ensure gas quality specifications were met during plant startup, Alliance provided timely testing, customized reporting, and unwavering support throughout the process.  Understanding the time-sensitive need for accurate and expedited results to support commissioning teams, Alliance remained responsive to the challenges inherent in these processes. The company’s equipment and nationwide internal laboratory network improves turnaround times and provides overflow resources, prioritizing high-impact, time-critical projects, helping clients achieve and maintain pipeline readiness.  “We are honored to have been recognized for our team’s hard work, growth, and deep commitment to excellence,” said Chris LeMay, CEO of Alliance. “As we continue to grow geographically and enhance our service offerings, we look forward to continually serving clients with the highest quality service.”

Optical Gas Imaging Game-Changer Real-Time Field Data Transforms OGI Operations  Alliance’s SkyBridge OGI Software is a cloud-based SaaS solution that makes the job of collecting, managing, and reporting real-time OGI field data lightspeed faster, effortlessly automated, and accessible anywhere with an internet signal. Alliance Technical Group - Skybridge OGI Software 10 Benefits of SkyBridge OGI Software SkyBridge OGI Software gives you better OGI control while removing your day-to-day system management challenges and skyrocketing productivity and time savings. OGI Testing and Monitoring Field Services Our Optical Gas Imaging (OGI) services are designed to detect and visualize gas leaks quickly and accurately with our state-of-the-art FLIR cameras. Paired with our SkyBridge OGI Software, we help you streamline the detection process, enhance efficiency, and ensure regulatory compliance. See Your Own Simulated Demo Get a confidential, customized demo of how SkyBridge OGI will transform your CEDRI reporting process and make every field data collection and management task lighting fast, secure, and accurate.

Alliance, in association with Teledyne FLIR, is thrilled to invite you to the Optical Gas Imaging and Leak Detection and Repair (LDAR) User Group Event, slated for: Wednesday, October 18 8:30am - 3:30pm MDT Loveland, Colorado Whether you are a seasoned OGI camera user or someone keen on exploring the burgeoning technology, this event promises a rich learning experience tailored just for you. Here’s a glimpse of what’s on the agenda: 1. Understanding Regulatory Implications: Dive deep into the discussions on the regulations concerning OGI and how they are poised to impact users moving ahead. 2. Review of Technological Upgrades: Get acquainted with the latest advancements in OGI camera technology that are making inspections more streamlined and conducive to meeting regulatory stipulations. 3. Software Capabilities Unveiled: Discover new software enhancements aimed at helping operators fulfill LDAR reporting requirements. 4. Fostering Open Dialogue: Engage in an open forum on the current and prospective state of OGI cameras and their position within the regulatory framework. A complimentary lunch will be served to all attendees. Stay tuned for more details on the agenda and the panel of speakers. While this event is complimentary, the seats are limited. Registration is necessary to secure your spot in this enlightening expedition into the realm of OGI and LDAR. 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 insightful discussions, learning, and networking. The Alliance team, alongside Teledyne FLIR, are looking forward to hosting engaging discussions and forging meaningful connections. See you in Loveland on October 18th!

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. 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

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: 1. 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. 2. 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. 3. 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. 4. 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. 5. 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. 6. 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. 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.  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

– 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. 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 >