Water safety begins with precise design. At PNP Pacific Netting Products Inc, part of the Badinotti Group, we develop in-water containment projects tailored to the unique challenges of each client. From structures that count and guide migratory salmon toward safe routes to barriers that protect hydroelectric power plants. Protect your operation and the ecosystem with PNP’s expertise and global backing. That is why today we renew our purpose, and that is why today we are safe containment structures.

Water safety begins with precise design. At PNP Pacific Netting Products Inc, part of the Badinotti Group, we develop in-water containment projects tailored to the unique challenges of each client. From structures that count and guide migratory salmon toward safe routes to barriers that protect hydroelectric power plants. Protect your operation and the ecosystem with PNP’s expertise and global backing. That is why today we renew our purpose, and that is why today we are safe containment structures.

If you live or work near the coast in California, Texas, or Florida and hear the distinct hum of underground pumps running, you are likely standing directly above a hidden subterranean battleground. Most people think securing coastal urban drinking water requires building massive, multi-billion-dollar ocean desalination plants. But there is a far more elegant, invisible solution operating right beneath our feet: Managed Aquifer Recharge (MAR) Hydraulic Barriers. When coastal metropolises pump groundwater, underground freshwater pressure drops. Because saltwater is denser and heavier, the ocean naturally rushes inland like a wedge—poisoning drinking wells and permanently destroying the aquifer's storage capacity. To hold the line, regional water infrastructure agencies inject highly purified recycled water deep into the ground right at the coastline. This creates a localized, high-pressure "hydraulic ridge"—a literal wall of fresh water that forces the ocean backward and secures local municipal supply wells. This invisible shield directly protects the water grids sustaining nearly 50 million coastal residents across CA, TX, and FL—roughly 40% of the entire U.S. coastal population.It is a massive infrastructure operation driven entirely by data—relying on continuous salinity monitoring, automated well telemetry, and satellite subsidence tracking to calibrate the exact pressures needed to keep the sea at bay. The next time you hear that underground hum near the coast, you're hearing the sound of engineering keeping our freshwater basins secure. #WaterInfrastructure #CivilEngineering #Groundwater #Sustainability #PublicWorks #SGMA

💡Technique Spotlight: Rapid Impact Compaction (RIC) Not all ground improvement projects require deep treatment or large equipment. Rapid Impact Compaction (RIC) is an efficient solution for improving shallow to intermediate soils while minimizing site disruption. 👉Swipe through the carousel to explore how RIC works, where it's commonly used, and why it continues to be a cost-effective and sustainable ground improvement solution. Want to learn more? Visit our website to see how RIC has been applied across a variety of site conditions and project types: 🔗 https://lnkd.in/g5nMtphw #GroundImprovement #GeotechnicalEngineering #WhySettle? #RapidImpactCompaction #RIC #MenardUSA #SoilImprovement #MenardUSA

Bird strikes on overhead power lines are more than just a threat to wildlife—they can also cause costly power outages, damage to network infrastructure, and increased maintenance costs for utilities. At CJK Drones, we use drone technology to safely and efficiently install bird diverters on overhead power lines. These highly visible markers help birds detect power lines more easily, helping to reduce collisions while improving network reliability. Since 2018, we've been developing and refining our drone-deployed bird diverter installation system. Our specialist drone operators have successfully demonstrated this innovative approach across a range of overhead line projects, showcasing how advanced UAV technology can help protect birdlife while supporting the resilience of the UK's electricity network Working alongside our valued partners at PLP, we're proud to support the UK's electricity network with innovative, safer and more efficient solutions. Find out more about our services at www.cjkdrones.co.uk or contact me directly info@cjkdrones.co.uk #BirdProtection #DroneServices #PowerLines #Utilities #NetworkReliability #OverheadLines #ElectricityDistribution #Drones #Innovation #EnergyInfrastructure #UKPowerNetworks #NationalGridElectricityDistribution #NorthernPowergrid #SPEnergyNetworks #ElectricityNorthWest Andy Witcher Chris Kitson John B.

Australia did not buy acres of land to build its massive new grid battery. It looked at 420 kilometers of coastal seawalls it had already built and realized the facility was mostly finished. The Spencer Gulf Seawater Battery Network embeds sodium-ion modules directly into coastal concrete defenses every 12 kilometers along South Australia's coastline. It uses seawater electrochemistry to trap outback sunlight. No lithium. No cobalt. No reliance on fragile international supply chains. By integrating battery housings into existing seawalls instead of buying land and pouring fresh foundations, the project bypassed the single biggest financial hurdle in large-scale energy storage. The most solar-rich landscape on the planet figured out how to keep its power using the ocean right next to it.

Each summer, Montana Limestone Company loads and ships limestone from its quarry south of Billings to Leland Olds Station, where it helps reduce sulfur dioxide emissions during power generation. Thanks to the reliable South Rail Loadout, trains keep moving, supporting both environmental compliance and efficient operations across Basin Electric’s system. Read more below.

Facing a looming water supply deficit, Hanover is exploring a multi-million-dollar regional pipeline connection to the Massachusetts Water Resources Authority (MWRA) to secure long-term resilience. This strategic move comes amid razor-thin water margins and growing demand pressures, including state-driven housing expansions that could exacerbate supply gaps. The proposed pipeline extension, leveraging Weymouth’s 7.5 MGD MWRA allocation, aims to serve a consortium of South Shore towns, addressing a projected 2.1 million gallons per day regional shortfall on peak summer days. Hanover’s accelerated replacement of its critical Pond Street Well No. 1 underscores the urgency to avoid catastrophic supply disruptions. This infrastructure initiative reflects broader energy and resource challenges facing the sector. As global oil reserves continue to decline, underscoring the finite nature of traditional energy sources, the need for resilient, diversified infrastructure becomes paramount. Similarly, recent major oil and gas discoveries have shifted investment narratives, highlighting the importance of strategic resource access and supply security. ReconAfrica’s latest developments in 2026, focusing on innovative exploration and sustainable resource management, exemplify how emerging players are reshaping the energy landscape—paralleling Hanover’s forward-looking approach to water infrastructure as a critical utility. Investors should watch for key catalysts in regional infrastructure approvals and funding allocations, which could re-rate related municipal and utility stocks. The intersection of resource scarcity, infrastructure modernization, and regulatory dynamics presents compelling opportunities for those positioned to capitalize on structural change. Read More: https://lnkd.in/eyXaAe9g #EnergyTransition #InfrastructureInvestment #ResourceResilience Disclosure: The owner of this account and affiliated entities hold a financial interest in one or more companies referenced in this post. For informational purposes only; not investment advice.

A Historic Milestone for New Mexico's Rural Electric Cooperatives Collaboration is at the heart of the cooperative model, and that spirit is driving meaningful progress across New Mexico. NMRECA, New Mexico's rural electric cooperatives and the USDA Forest Service have signed a first-of-its-kind statewide permitting framework that establishes a more consistent approach to utility activities across National Forest lands. The new framework will: Improve coordination between electric cooperatives and the Forest Service Streamline powerline maintenance and infrastructure projects Support vegetation management and wildfire mitigation efforts Strengthen the reliability and resilience of electric and broadband infrastructure serving rural communities Covering all five National Forests in New Mexico, this agreement represents years of collaboration and a shared commitment to protecting our forests while ensuring reliable service for the communities that depend on it. This is an excellent example of what can be accomplished when organizations work together to solve complex challenges with practical, long-term solutions. Read the full story: https://lnkd.in/e3hE-nJ8 #ElectricCooperatives #NewMexico #Infrastructure #WildfireMitigation #ForestService #RuralCommunities #Leadership #Collaboration #Energy #NMRECA

Water infrastructure investments shape local economies long before construction is complete. In his latest article, Walt A. Walker, PE, ENV SP explores how utilities in Buffalo, Seattle, and other communities are using water infrastructure projects to strengthen local economies while improving water systems. And how decisions about hiring, procurement, workforce development, and community engagement influence who benefits from those investments. Explore how a people-first approach helps communities strengthen water security and economic growth: https://lnkd.in/gSViSXw8 #TYLinConnects #TYLinWater #FutureOfWater