Bruce McDuffee

Unlock Funding for Water Infrastructure Improvements! Several grant opportunities available through the US Environmental Protection Agency (EPA) to support infrastructure and cybersecurity upgrades: 1. Bipartisan Infrastructure Law (BIL) Funding: Over $50 billion allocated, including $5.8 billion for drinking water, wastewater, and stormwater infrastructure. Nearly half available as grants or principal forgiveness loans. https://lnkd.in/gW_64H4W 2. Drinking Water State Revolving Funds (DWSRF): Low-interest loans for drinking water quality projects. FY 2024 includes $3.2 billion for drinking water infrastructure. https://www.epa.gov/dwsrf 3. WIIN Act Grants: Funding for addressing emerging contaminants and supporting infrastructure projects. https://lnkd.in/gR8yuAqp These grants are available to state, tribal, and local governments, municipalities, small and rural water systems, water and wastewater utilities, and public and private non-profit organizations. Tesco Controls | Powered by United Flow Technologies (UFT) An H.I.G. Capital Portfolio Company #WaterInfrastructure #WaterQuality #Cybersecurity #Sustainability

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Find out how CO2 systems that utilize heat reclaim flip the Total Emission from Refrigeration and HVAC system equation. #Copeland #Sustainability #HendersonEngineering #FMIEnergy

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60% of U.S. companies believed water-related issues would negatively impact them. That’s the key insight from a 2014 report by Pacific Institute and VOX Global. Yet, despite these concerns, most companies had no clear strategies to address water risks. Even more telling, 80% expected water challenges to influence future site locations—a significant jump from just 20% in 2009. It’s easy to see why this gap existed. The U.S. has historically operated with the assumption that water is abundant, leaving businesses with little urgency to plan ahead. Today, that complacency is no longer affordable. Ceres’ 2023 benchmark report shows that while companies have made progress—75% now have time-bound goals for reducing water use—critical gaps remain. Only 17% of these companies are addressing water quality, even though pollution in already strained freshwater resources is increasing. The financial impact of inaction is growing. Water-related disruptions, such as droughts and polluted sources, caused companies to lose $38.5 billion globally in 2018, and stranded assets in industries like energy, coal, and mining reached $13.5 billion by 2022. The consumer staples sector, reliant on agriculture, could face losses of up to $200 billion as water scarcity drives crop failures and price volatility. It’s not just operational risk businesses need to consider; the reputational stakes are high. Companies operating in water-stressed regions are under intense scrutiny from both consumers and local communities. In a future where 1.6 billion people may lack safely managed drinking water, failing to align with sustainable water management could render certain products undesirable in key markets. Water risks go hand-in-hand with other environmental challenges, such as climate change and biodiversity loss. Managing water effectively isn’t just about reducing consumption—it’s part of a broader strategy to protect ecosystems and secure long-term resilience. Apple is one example, focusing water management efforts on specific high-risk areas. Still, fewer than 35% of companies fully integrate local watershed conditions into their planning, suggesting that many are falling behind. Global water demand is projected to exceed supply by 56% by 2030. The cost of ignoring these risks? Eighteen times higher than taking proactive measures today. The companies that act now will gain a competitive edge.

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Ignoring PFAS costs lives and money. Why act now? PFAS contamination affects the water supply for 200 million Americans. Cleaning it up will be expensive. On April 10, the EPA set the first-ever National Primary Drinking Water Regulation for PFAS. Our federal government is serious about the urgency of addressing these persistent chemicals. Compliance could cost up to $3.2 billion a year, meaning higher water rates and more debt for consumers, especially in smaller communities. For example, Brunswick County, North Carolina, spent $99 million on a new plant with $2.9 million in yearly costs. These expenses fall on public utilities and taxpayers, not the companies that caused the pollution. Wastewater treatment plants face problems because traditional methods can’t remove PFAS. This leads to costly landfill bills for contaminated sludge. Merrimack, New Hampshire, faced a $2.4 million yearly bill due to this issue. Replacing PFAS-based firefighting foams is costly. Property values plummet in contaminated areas. Residents buy bottled water and home filters, which increases their expenses. Farms lose crops and livestock, sometimes closing down completely. Three main technologies remove PFAS from drinking water:  Granular Activated Carbon, Ion Exchange, and Reverse Osmosis. Applied via decentralized Water Systems treat water solutions at the point of use, they reduce the burden on public utilities. They offer cost-effective solutions for small communities and protect human health. The costs of PFAS contamination are unavoidably high, but we need to act now. Decentralized solutions and proven technologies will protect public health. They will save money in the long run. Immediate action is essential to prevent further damage and costs.

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Water operations are essential components of industrial plant design. Paul Brandt offers six factors for power plant users/operators to consider when upgrading water treatment systems to comply with regulations. https://hubs.li/Q02NCz8m0 #Water #Power #PFAS

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Demo days … One of my favorite parts of my job is getting to be in the field meeting potential customers, providing proactive solutions that can help them transition to more efficient and forward-thinking systems. There's nothing quite like seeing firsthand the impact of our technology-based solutions, from improving operational efficiency to enabling better decision-making. By working closely with our customers, we understand their unique challenges and can tailor our offerings to meet their specific needs, helping them move from reactive to proactive approaches. #jdc #ibak #rapidview #panoramo4k #proactiveprogram #pipelineinspection

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This is one of the most common mis-understandings about designing ventilation systems utilizing the IAQP and DOAS systems...many engineers assume DOAS designs have to be 100% OA and don't consider IAQP (which combines OA and Indoor Air Cleaning to provide ventilation). Most of our pipeline from the past year+ enVerid HLR modules paired with DOAS systems to provide ventilation for many different types of buildings.

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💼 For Hospital Facility & Maintenance Managers! Your piping schematics are more than just diagrams—they’re lifelines. Join HydroCorp for a deep dive into the anatomy of reliable hospital piping schematics. https://hubs.la/Q02Q2lzP0

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6,000 public water suppliers in the U.S. can't meet new PFAS regulations. The EPA now requires PFAS levels to stay below four parts per trillion. For context, that’s like one grain of sand in an Olympic-sized pool. These strict standards will force many utilities to install costly treatment systems. The technologies exist, but the price tag is steep. Compliance could cost utilities up to $3 billion a year. Infrastructure upgrades will push costs even higher. Over 5,000 water systems may need new sources or advanced treatments, with upfront costs surpassing $37 billion. Annual operating expenses could add $650 million. Most remediation efforts focus on treating water supply. Large systems using granular activated carbon face lower costs. Smaller systems and those using reverse osmosis will pay more. Infrastructure upgrades are a big unknown. Adding filtration could cost hundreds of billions, depending on the technology chosen and each utility’s current state. The biggest concern is that higher water bills could hit low-income families hard. The new compliance costs add to the burden of replacing aging infrastructure. We must remove PFAS—they’re dangerous. The expense is justified. But the levels aren’t high enough to pose an immediate public health crisis. The damage PFAS causes are insidious, but long-term, which might make near-term rate hikes hard to explain to ratepayers when they open their water bills. Water’s future depends on smart decisions today. With recent regulation we are on the right track, but our arguments need to be compelling, persuasive, and repeated.

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🚨 Calling all lab folks! 🧪 The NFPA shook things up with fresh into the changes and stay compliant! 📺 Watch our webinar for all the https://okt.to/WHkT6V

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I read a statistic today. According to infrastructure report card, 15% of US wastewater treatment plants are already at or exceeding their designed capacities. Couple that with approximately 20% of US households who rely on septic tanks, and (ballpark) we’re talking a third of Americans living with inadequate wastewater solutions. Why's that bad? Poor wastewater infrastructure creates all manner of downstream health hazards and some rather distasteful statistics about contamination of drinking water and our natural waterways. And per usual, it is rural and poorer communities who tend to be most adversely affected. There’s only so much we can do about outgrown and aged centralized wastewater treatment. One of the beauties of decentralized solutions is they can fill gaps that centralized solutions cannot. Custom made and custom sized for the communities they are designed for, even whilst simultaneously (thanks to their modular nature) built to be future-proofed. There are of course unique challenges, perceived and real, that go along with decentralized solutions. But what often goes misunderstood is just how easy these solutions can be to implement, install and operate when done right. This is something Newterra specializes in. In a few weeks, our company is hosting a webinar on this subject. If you’re in this space, or faced with problems of this nature in your community, I highly recommend you attend. Our team, along with a guest speaker, will share the story of one community’s journey and the solution they implemented. You can sign up for our webinar here: https://lnkd.in/dJHcNXCn

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Most in the EHS industry have probably heard the term "industrial hygiene"—but few actually know all that this concept encompasses and how crucial it truly is. Read more in the latest blog from industry veteran Mike Maffuccio, CIH. 💻https://okt.to/zq4tkn

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Water and sustainability reporting go hand in hand. For example, approximately 45% of KETOS customers use the KETOS SHIELD to monitor water so that they can recycle it in their process again or use it elsewhere. However, water conservation and reuse is often eclipsed by talk of carbon emission reduction. And yet, these two sustainability goals - carbon and water reduction - don’t have to compete. In fact, they can complement each other, with one naturally driving down the other. In recent years, the EU has begun to push for more robust environmental action. This includes elevating sustainability reporting to the same scrutiny as financial reporting. The Corporate Sustainability Reporting Directive (CSRD) further integrates sustainability (and sustainability reporting) into modern business requirements. CSRD broadens the scope of reporting beyond just carbon to include pollution, biodiversity, waste, and, most importantly, water. Disclosures will require annual reporting alongside financials and will also be subject to audit. While the EU recently paused CSRD for some companies and industries to give them more time to come into alignment with its compliance directives, there’s no question that CSRD is the new normal, not just for European companies but for international companies based in the EU (and can have knock-on effects up and down the value chain). KETOS is already on the ground in Europe, expanding its footprint and working with companies that must align with these new CSRD requirements. If you are a European organization or have a presence in the EU and require a water quality monitoring solution that will help you meet CSRD requirements and make water quality reporting as seamless as water quality management, contact us. #KETOS #CSRD #EU #ESG #sustainabilityreporting #waterquality #carbonemissions

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Big news in environmental regulations! As of May 8, 2024, the EPA brings "legacy CCR surface impoundments" under the umbrella of CCR regulations for power generation facilities. With compliance deadlines, this means owners and operators now need to meet almost all existing requirements. Let us help you navigate this change! Learn more 👉 https://lnkd.in/g9waFEXG  

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Sales leadership goes beyond targets and metrics—it’s about building a culture where teams are empowered to think strategically, act decisively, and learn continuously. In my experience, the best results come when we create an environment that encourages curiosity and embraces resilience. Sales cycles can be tough, but a well-prepared team with a clear vision can turn challenges into opportunities. For me, the key is aligning on goals, fostering accountability, and always keeping the client’s needs at the forefront. How do you inspire your team to perform at their best? Let’s trade insights and experiences on what fuels great sales leadership!

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Great 60 Minutes report on the importance of IAQ (Indoor Air Quality) and utilizing air filtration to curb the spread of airborne diseases and infections. Check out our Aireshield disinfection modules which protect against airborne spread. https://lnkd.in/ezVW9W_R

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New blog: Addressing worksite PFAS and other forever chemicals can strain the resources of environmental and construction engineering teams. A qualified partner can help. Learn about picking the best candidate in this article: https://okt.to/ZQAywk

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New EPA DTSC Generator Improvements Rule updates are now in effect for California generators. Learn more about these updates to ensure compliance and safety in our latest blog by waste pro Jill Corazzini. 💻https://okt.to/SgMeHr

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I know all too well the costly effects of "flushable" wipes that are not truly flushable. They can damage equipment, increase wastewater treatment costs and most importantly as a result can compromise the clean water discharge to our streams, rivers, and lakes. At a recent startup of a grit collector system manufactured by Guardian Environmental Products, Inc. the system was overloaded with "flushable" wipes and required manually getting into the tank and physically removing the wipes to free up the equipment. This plant later had to install removal equipment upstream to prevent equipment damage. Ultimately, costing the tax paying community.   In the April issue of WE&T published by the Water Environment Federation (WEF) was an article on Ohio EPA's actions to eliminate the use of "flushable" wipes. New legislation is on its way. Read the article HERE   https://lnkd.in/gTQW3nQ2

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