Wavin UK, an Orbia business’ Post

Understanding the science behind seepage is crucial for designing safe and efficient hydraulic structures. 🌊💡 In my latest exploration of irrigation engineering, I’ve dived into Bligh’s, Lane’s, and Khosla’s theories on seepage and uplift pressure. From creep length calculations to exit gradient considerations, these principles shape the way we build for stability and longevity. Let’s engineer smarter solutions for water conservation and infrastructure resilience! #CivilEngineering #HydraulicStructures #SeepageControl

As Civil Engineers, we're constantly seeking innovative solutions to optimize water supply systems. Borehole drilling offers a cost-effective and sustainable way to supply water for various applications, from irrigation and livestock farming to industrial processes and household consumption. Key benefits of borehole drilling include: 1. Reduced reliance on municipal water and lower water bills 2. Independent water source during droughts or shortages 3. Versatility in application 4. Environmentally friendly with proper maintenance However, it's essential to consider the initial investment, legal compliance, site-specific factors, and maintenance requirements. Do you think that the development of efficient and sustainable water supply systems is through borehole drilling? #BoreholeDrilling #WaterSupplySystems #CivilEngineering

Public Works folks - if you could get a new facility, or have a new facility for streets, drainage, irrigation, landscape, solid waste, fleet, signs & markings, traffic signals, administration, GIS, asset management, and traffic engineering - what are critical components you need and what are wishlist?

💧 Cracking the Code of Water (From Snowmelt to Irrigation): A Deep Dive into Surface-Subsurface Water Dynamics 🚰 I’m thrilled to share that my latest research article, "Modeling Agro-Hydrological Surface-Subsurface Processes in a Semi-Arid, Intensively Irrigated River Basin", has been officially accepted in Journal of Hydrology: Regional Studies! 🎉💧 This study focuses on the Lower Arkansas River Basin (LARB) in Colorado, USA, a heavily irrigated, semi-arid region. By enhancing the SWAT+ model with new features such as groundwater flow (gwflow), canal seepage, and daily irrigation management, we quantified critical hydrologic fluxes like recharge, runoff, and groundwater-river interactions — key insights for water resource management in irrigation-dominated systems. This work offers new methodologies for simulating irrigation-dominated systems and opens the door for future studies to explore climate change impacts, irrigation practices, and aquifer dynamics in other semi-arid regions across the globe. 🌍 I’m incredibly grateful to my collaborators and mentors who made this possible. 🙏 🔗 https://lnkd.in/gBR5-XJ8 CSU Civil and Environmental Engineering #Hydrology #WaterManagement #Irrigation #Groundwater #SWATPlus #ClimateChangeAdaptation #HydrologicModeling

🌊 One thing I have learnt in the water supply industry is that PVC pipes are the backbone of the water supply industry! From civil engineering projects to agricultural irrigation, their durability and efficiency ensure reliable water distribution. With lightweight construction and resistance to corrosion, PVC pipes play a crucial role in sustaining our infrastructure and supporting agricultural growth. 🚰 #WaterSupply #PVCpipes

Construction of Housing and Infrastructure (Qasr Al Jurf) – Geogrid laying work is currently in progress, ensuring a stable foundation for road construction. Excavations for electricity and irrigation networks are ongoing along Road 08, while electricity duct excavations are advancing along Road 07. Additionally, compaction work is actively being carried out to enhance soil stability and meet project specifications. #QasrAlJurf #InfrastructureDevelopment #GeogridLaying #ExcavationWork #ElectricityDucts #IrrigationExcavation #CompactionWork #RoadConstruction #QualityControl #ProjectProgress

Understanding soil hydraulic conductivity is vital in the fields of water management, agriculture, engineering, geotechnical engineering, and soil health research. It predicts water flow in soils and aids in decisions like irrigation, erosion control, and infrastructure design. Visit our website to learn more about hydraulic conductivity—what it is, how to measure it, and the pros and cons of common methods. View the full guide here: https://lnkd.in/gAa8Svjh #soil #soilhealth #irrigation #agriculture

It somehow seems like the Department of Irrigation and Drainage under Ministry of Energy Transition and Water Transformation has decided to go entrepreneurial, and expanded their scope of business. Is this an attempt to make up the financial impact caused by recent pay hike for civil servants? Refer following screenshot of google search results on http://aset.water.gov.my *click at your own risk to be forwarded to interesting contents should you decide to explore the links *There is an easter egg if you click on above URL posted, where SQL statement, file and folder paths, data source name, etc. shall be revealed.

KELLER America Submersible Level Transmitters: Reliability Meets Precision Across Industries! When it comes to accurate level measurement in challenging environments, KELLER America's submersible level transmitters stand out as the trusted solution. These transmitters are designed for rugged performance, delivering reliable data even under the most demanding conditions. Why Choose KELLER America Submersible Level Transmitters? High Accuracy: Precision is crucial in level measurement. KELLER's transmitters are built to provide highly accurate readings, ensuring that critical decisions are based on the best data available. Rugged Durability: With stainless steel construction and robust cable options, these transmitters are engineered to withstand harsh conditions like corrosive water and fluctuating temperatures. Versatility: Whether it’s a well, a reservoir, or a tank, these transmitters are adaptable to various environments and applications. Customizable Solutions: KELLER offers a range of configurations, from different pressure ranges to cable lengths, allowing you to select the right transmitter for your specific needs. Industries Served: Water & Wastewater Treatment: Ideal for monitoring levels in treatment tanks and open channels. Landfill Leachate Monitoring: Engineered to handle the difficult conditions associated with leachate collection. Environmental Remediation: Perfect for groundwater and surface water monitoring during environmental cleanup efforts. Agriculture & Irrigation: Monitor and manage water levels in irrigation reservoirs and ponds for optimized crop health. Groundwater Monitoring: Suitable for use in well monitoring, providing accurate data to track aquifer levels. KELLER’s submersible level transmitters are engineered for long-lasting performance and easy integration into existing systems, ensuring reliability and confidence in your measurements. Ready to dive into the details? Discover the full range here: https://lnkd.in/efHydqV7 Contact us today at the George Grant Co for more info! #LevelMeasurement #SubmersibleTransmitters #KellerAmerica #WaterManagement #Wastewater #IndustrialSolutions #EnvironmentalMonitoring #Agriculture #GeorgeGrantCo