Excited to see the Lockeford Pipe Plant officially open. Our expansion into pipe and box culvert has been a long time coming and reflects Jensen Infrastructure's continued investment in California's future. This facility strengthens our ability to deliver the resilient infrastructure solutions our communities depend on while expanding our manufacturing capabilities to better serve customers across the state. Congratulations to the Lockeford team and everyone across Jensen who helped turn this vision into reality! #ConcretePipe #ACPA #ResilientInfrastructure #CaliforniaInfrastructure #Manufacturing

🚨 MAJOR NEWS ALERT! 🚨 We’re excited to share a huge announcement from one of our precast concrete producers, Jensen Infrastructure! Jensen Infrastructure has officially launched its new reinforced concrete pipe product line, expanding its capabilities and bringing even more solutions to our industry.

_Expansion Joint Vs Construction Joint_ _Expansion Joint_ Engineered gap to absorb thermal movement. Uses flexible sealants. Found in bridges, long buildings, highways. _Construction Joint_ Where concrete pouring stopped and resumed. Not for movement needs proper bonding to prevent cracks. What's the most common joint mistake you see on site? #CivilEngineering #Construction #Concrete #StructuralEngineering #ConstructionTips

If your new cementitious screed or concrete has an effective structural DPM, PrimeMore MVS can help suppress residual construction moisture and get your project moving sooner. PrimeMore MVS can be used on: ✅ Unheated cementitious screeds up to 95% RH ✅ Heated cementitious screeds up to 85% RH ✅ Concrete subfloors up to 95% RH Read our latest blog to learn when it's the right choice for your installation 👉 https://lnkd.in/eNYUQ9C8

🎥 Progress Update | RC Scheme A look at the progress being made on one of our reinforced concrete projects . This scheme has presented some challenging ground conditions, with groundwater levels requiring continuous management throughout the excavation phase. Thanks to the hard work and experience of our site team, we’ve continued to push the project forward safely and efficiently. So far we’ve completed: ✔️ Excavation to formation level ✔️ Cropping of foundation piles ✔️ Installation of a clean permeable sub-base to help control the water table ✔️ Multiple dewatering sumps installed and operating ✔️ Concrete blinding completed ✔️ Reinforcement steel fixed and ready for the first concrete pour this week A huge credit to the team on site, led by Marvin Carlisle , for their hard work, planning and commitment in overcoming some difficult conditions. Looking forward to sharing the next stage as the reinforced concrete works continue. JT Northwest Limited Scott Hamer Cert IOSH Alex Oakley Ruby Carlisle #JTNorthwest #CivilEngineering #Groundworks #ReinforcedConcrete #Construction #Groundwater #Dewatering #Infrastructure

When the Ground Changes the Plan One of the most valuable lessons in road construction is that the soil always has the final say. During excavation on one section of our road project, we encountered a thick layer of highly plastic clay. With the project already behind schedule, there was pressure to continue with the works. My foreman, however, insisted that we couldn't simply build over the clay without addressing it. It led to a healthy technical discussion on site, where quality had to be weighed against time. In the end, the decision was made to remove the unsuitable clay and replace it with competent material. We are now filling the section with boulders, rock, and murram sourced from another section of the same road project to create a stable foundation for the pavement. This experience reinforced an important lesson: road failures often begin beneath the surface. Expansive clay can lead to poor bearing capacity, excessive settlement, pavement cracking, and moisture-related failures if left untreated. Engineering isn't just about keeping up with the schedule—it's about making decisions that ensure the road will perform for years to come. #RoadConstruction #CivilEngineering #GeotechnicalEngineering #Earthworks #HighwayEngineering #SoilMechanics #Infrastructure #ConstructionManagement

Every retaining wall has one job. 'Resist the soil behind it'. How it does that depends on the project. i.e 🔹A gravity wall relies on its own weight. 🔹A cantilever wall uses reinforced concrete to resist bending. 🔹Gabion walls provide flexibility and excellent drainage. 🔹Soil nailed and anchored walls stabilize difficult slopes. 🔹Segmental retaining walls combine engineered blocks with proper backfill and drainage for long term performance. One detail matters across every retaining wall system. "Drainage" Many retaining walls do not fail because they are too weak. They fail because water builds up behind them. Hydrostatic pressure increases lateral loads, reduces stability, and leads to sliding, overturning, or cracking. #CivilEngineering #GeotechnicalEngineering #RetainingWalls #StructuralEngineering #Construction #Infrastructure #EngineeringDesign #SiteEngineering #GroundEngineering #CivilEngineers

Reliable expansion anchoring for demanding structural applications. The Wedge Anchor – Option 1 (White Zinc Plated) is designed to deliver secure, high-performance fastening in both cracked and non-cracked concrete, making it a dependable solution for structural and industrial projects. Key features: ✔ ETA Option 1 approved ✔ Fast and reliable installation ✔ Durable white zinc plated steel finish ✔ Suitable for cracked and non-cracked concrete ✔ Available in M8–M16 sizes Designed for engineers, contractors, and construction professionals, the Wedge Anchor – Option 1 provides the strength, durability, and certified performance required for critical anchoring applications. #Construction #WedgeAnchor #ConcreteAnchors #StructuralEngineering #Fasteners #BuildingMaterials #CivilEngineering #Infrastructure

💧 Concrete Curing: The Difference Between Strength and Failure ✅ A: Proper Concrete Curing ❌ B: No Curing Concrete doesn't reach its full strength by chance—it needs proper curing. Keeping concrete moist during its early age ensures maximum strength, durability, and crack resistance. Cure it right. Build it to last. 🏗️💪 #CivilEngineering #Concrete #ConcreteCuring #Construction #StructuralEngineering #BuildingQuality #Engineering #ConstructionLife

🚧 What if road construction could be seen in miniature? A fascinating miniature model showing the different stages of road construction — from excavation and drainage works to aggregate placement, grading, and compaction. It’s a great visual reminder that successful road construction depends on proper planning, accurate execution, and the right equipment at every stage. 🚜 Excavation 🛣️ Grading & Leveling 💧 Drainage Works 🪨 Aggregate Placement ⚙️ Compaction Engineering is all about turning drawings and designs into reality — at any scale. #CivilEngineering #RoadConstruction #Highways #RoadEngineering #Construction #SiteEngineering #Engineering