WaterOne employees create innovative inspection cart for transmission mains

Fighting with rigid conduit in tight spaces or around obstacles? There's a smarter way. Flexible electrical conduit isn't just for convenience; it's a problem-solver that saves time, labor, and headaches on complex runs. But using the wrong type can lead to failed inspections and safety issues. Before you start your next job, get the facts on which flex is right for your application - from liquid-tight for wet locations to ENT for concrete encasement. ➡️ Read our expert guide and make the right choice, every time. https://bit.ly/47F1n0t #FlexibleElectricalConduit #FlexibleConduit #CorrugatedConduit #ElectricalContractor #Electrician #Conduit #Construction #ProTip #Ledes

👷♂️ We were recently on-site in South Carolina at Hampton County High School, which will soon be merging the students from three existing high schools into this one. The Sack Company used Gripple's TecLoc seismic bracing products on this project for the bracing and restraint of the suspended ductwork & piping, and Brad's Electric used the same products for the bracing of electrical busduct. Gripple's TecLoc Conduit Claw Rod Stiffener and Cable Braces got rave reviews from the contractors for their ease of installation and adjustability. 💪 Many thanks to our partner, ASC Equipment, who worked with the contractors on the engineering and design for the seismic restraints. 🎉 📽️ Watch the complete case study! #SeismicBracing #ConstructionEfficiency #GrippleTecLoc

Earthing & Grounding – Safety Comes First Here are some earthing & bonding detail drawings from my design works: 🔹 Earthing rod & terminal box details 🔹 Disconnecting links & exothermic welding 🔹 Bonding connections for reliable protection A well-designed earthing system is critical to: ✅ Protect people and equipment from electrical faults ✅ Ensure compliance with international safety standards ✅ Provide long-term reliability in building installations For me, earthing is not just a detail – it’s the foundation of electrical safety in every project. 💡 As engineers, our real achievement is not only in delivering power, but in ensuring people’s lives and assets remain safe every single day. 👉 How do you ensure earthing reliability in your projects? #ElectricalEngineering #Earthing #Grounding #SafetyFirst #MEP #QualityDesign #UAEJobs

Medium voltage cable installation can be a complicated process. But what is considered medium voltage, and how does it affect construction? Learn more. https://lnkd.in/g8H9-i5F

We had the chance to visit one of our domestic projects today and witness over 20 ground screws being drilled on-site.  Seeing the installation process up close was an incredible experience. This system offers real benefits, speed, strength, longevity, and sustainability, all without the need for heavy concrete. By reducing concrete use, we are also helping to lower embodied carbon, which is an important step in making even small-scale projects more environmentally responsible. Huge thanks to the GBGS team for sharing their expertise and walking us through the process. Ground Screw Installer: The Great British Ground Screw Company Limited Structrual Engineer: Geni Enginerring Building Control:  LSE Building Standards #GroundScrews #SustainableConstruction #InnovationInBuilding #DomesticProjects #EmbodiedCarbon

Conduit King XL – Speed Meets Precision in Conduit Installation A 30-meter conduit run completed in just 12.95 seconds highlights the impressive efficiency of the Conduit King XL. Designed for speed, accuracy, and consistency, this advanced tool streamlines conduit installation, reducing labor time and minimizing errors. Its powerful mechanism ensures smooth handling of long runs while maintaining precision and safety. Completing such a task in under 13 seconds demonstrates the machine’s ability to outperform traditional methods, making it a game-changer in electrical and construction applications. By cutting down installation times while ensuring quality results, the Conduit King XL not only boosts productivity but also sets a new benchmark for efficiency in large-scale conduit projects. video credits : https://lnkd.in/gRPf_qK7 #conduitinstallation #construction #electrical #civilengineering #civilconstruction #engenharia #engenhariacivil #engenheiro #engenheirocivil #ingeniero #ingenierocivil #civilengineer #qualityengineer

🔥 Fire Protection System Design: To Pump or Not to Pump? 🏗️ Choosing whether to use a fire pump or rely on existing water supply can have a big impact on your project’s performance and cost. Our latest guide covers key decision-making points for fire protection system design: ✅ Impact of the choice: water supply strategy, pipe sizing, electrical readiness, space planning, and long-term maintenance ✅ Reference codes: NFPA 13, 14, 20, and International Fire Codes ✅ Start with available data: use existing supply data and hydrant tests ✅ Hydraulic decision path: analyze data to determine pump necessity ✅ When a pump is essential: situations requiring a pump ✅ When a pump is not needed: cases where existing supply suffices ✅ Optimization before adding a pump: reduce hydraulic losses with proper layout and equipment selection ✅ Equipment selection and practical layout: choosing the right pump for project needs ✅ Coordination with other systems: electrical, structural, and piping integration ✅ Testing, commissioning, and long-term reliability: ensuring correct system performance over time Read the full guide here: 🔗 https://lnkd.in/gcMikPcw #FireProtection #SprinklerSystem #FireEngineering #BuildingDesign #MEP #InnoDez

🔥 Fire Protection System Design: To Pump or Not to Pump? 🏗️ Choosing whether to use a fire pump or rely on existing water supply can have a big impact on your project’s performance and cost. Our latest guide covers key decision-making points for fire protection system design: ✅ Impact of the choice: water supply strategy, pipe sizing, electrical readiness, space planning, and long-term maintenance ✅ Reference codes: NFPA 13, 14, 20, and International Fire Codes ✅ Start with available data: use existing supply data and hydrant tests ✅ Hydraulic decision path: analyze data to determine pump necessity ✅ When a pump is essential: situations requiring a pump ✅ When a pump is not needed: cases where existing supply suffices ✅ Optimization before adding a pump: reduce hydraulic losses with proper layout and equipment selection ✅ Equipment selection and practical layout: choosing the right pump for project needs ✅ Coordination with other systems: electrical, structural, and piping integration ✅ Testing, commissioning, and long-term reliability: ensuring correct system performance over time Read the full guide here: 🔗 https://lnkd.in/gYbidTMz marzy@innodez.com #FireProtection #SprinklerSystem #FireEngineering #BuildingDesign #MEP #InnoDez

🔥 Fire Protection System Design: To Pump or Not to Pump? 🏗️ Choosing whether to use a fire pump or rely on existing water supply can have a big impact on your project’s performance and cost. Our latest guide covers key decision-making points for fire protection system design: ✅ Impact of the choice: water supply strategy, pipe sizing, electrical readiness, space planning, and long-term maintenance ✅ Reference codes: NFPA 13, 14, 20, and International Fire Codes ✅ Start with available data: use existing supply data and hydrant tests ✅ Hydraulic decision path: analyze data to determine pump necessity ✅ When a pump is essential: situations requiring a pump ✅ When a pump is not needed: cases where existing supply suffices ✅ Optimization before adding a pump: reduce hydraulic losses with proper layout and equipment selection ✅ Equipment selection and practical layout: choosing the right pump for project needs ✅ Coordination with other systems: electrical, structural, and piping integration ✅ Testing, commissioning, and long-term reliability: ensuring correct system performance over time Read the full guide here: 🔗 https://lnkd.in/gkVxRXFv suzan@innodez.com #FireProtection #SprinklerSystem #FireEngineering #BuildingDesign #MEP #InnoDez

🔥 Fire Protection System Design: To Pump or Not to Pump? 🏗️ Choosing whether to use a fire pump or rely on existing water supply can have a big impact on your project’s performance and cost. Our latest guide covers key decision-making points for fire protection system design: ✅ Impact of the choice: water supply strategy, pipe sizing, electrical readiness, space planning, and long-term maintenance ✅ Reference codes: NFPA 13, 14, 20, and International Fire Codes ✅ Start with available data: use existing supply data and hydrant tests ✅ Hydraulic decision path: analyze data to determine pump necessity ✅ When a pump is essential: situations requiring a pump ✅ When a pump is not needed: cases where existing supply suffices ✅ Optimization before adding a pump: reduce hydraulic losses with proper layout and equipment selection ✅ Equipment selection and practical layout: choosing the right pump for project needs ✅ Coordination with other systems: electrical, structural, and piping integration ✅ Testing, commissioning, and long-term reliability: ensuring correct system performance over time Read the full guide here: 🔗 https://lnkd.in/gDtGB278 helen.m@innodez4u.com #FireProtection #SprinklerSystem #FireEngineering #BuildingDesign #MEP #InnoDez