Why Gaskets Fail: 6 Common Reasons and Solutions

How do Hattersley's Thermal Circulation Valves work? As the water flows through the Thermal Control Valve the thermal element senses the water temperature and adjusts its stem position in the seat to control the flow rate some valves include an isolation valve. When reacting to water temperature changes the valve never completely stops the flow. Find out more at https://lnkd.in/gmixqUg #hattersley #engineering #sharingknowledge

Lochinvar's Ross Brawner: to get the maximum value from a boiler system, contractors must understand the value of a primary/secondary piping system #hydronics @LochinvarLLC @AOSmithHotWater https://bit.ly/4na3bDN

How to Tell if a Valve is Open or Closed Have you ever stood in front of a valve and wondered, “Is this open or closed?” I’ve faced the same situation. At times, I even tried to sense the flow by touching the pipeline—but that isn’t safe, especially when the milk is hot. Here’s a safer and more reliable way to check: 🔹 Two-Way Valve Works like a simple switch. Handle in line with the pipe → OPEN (flow). Handle across the pipe → CLOSED (no flow). 🔹 Three-Way Valve Functions like a traffic controller for liquids. It diverts flow between two directions. The handle position shows which line is open. 👉 Key takeaway: Always trust the handle position rather than the “touch test.” It’s safer and more accurate. Valves may look small, but they are critical decision-makers in every plant’s flow system. #Engineering #DairyTechnology #Manufacturing #SafetyFirst #LearningMadeSimple

Discharge Valve Concept During Centrifugal Pump Start-Up When starting a centrifugal pump, it is standard practice to keep the suction valve open and the discharge valve closed. Many engineers and operators often ask, why closed? Here’s the reasoning: ✅ Reduces motor load – The pump starts against minimum resistance, avoiding sudden high current draw. ✅ Smooth acceleration – Prevents mechanical stress on the pump and motor during startup. ✅ Prevents water hammer – Protects piping and equipment from sudden pressure surges. ✅ Protects pump & system – Ensures safe conditions before gradually opening the discharge. From a technical perspective: Pump Power ∝ Pressure × Flow × Head (P × Q × H). At closed discharge, Q ≈ 0, so Power ≈ Minimum. This simple step helps in smooth, safe, and reliable pump operation. 🔹 Always open the discharge valve gradually after the pump reaches full speed.

Flynn is recognized worldwide for its ribbon burners, but over the past decade the company has expanded its expertise and become a key player in the oven controls industry. Today, Flynn provides complete combustion hardware, advanced control panels, “Bakenet” software, Oven Safety Auditors, and full installation services. We are now entering an exciting new chapter with the first full mechanical upgrade of a 960-tunnel oven. Flynn was awarded the turnkey project and is carrying out the work in two phases: Phase One – Completed 8/27/25 Removal of all constant ignition and conversion to individual burner flame safety while bringing all combustion safety equipment to comply with current code. Installation of all combustion related components, inclusive of: TriZone burners, air and gas headers, direct coupled air flow control valves, flame safety pre-wired in stainless trough. In tandem, a complete mechanical rebuild was installed, replacing all chain, rails, shoes, wear strips, drive system sprockets and new loader arms and equipment. Phase Two – Scheduled for Q1 2026 Installation of a new control panel featuring “Bakenet” software, integration of all field I/O, and full system re-commissioning. This weekend, we’re also kicking off a new project in Texas. More updates coming soon—stay tuned!

Confused about which valve to choose for your process system❓❓ Here's a quick-reference infographic on valve selection - showing where each type of valve fits best based on service type, flow control, and pressure conditions. Whether it's steam isolation, flow regulation, or non-return flow protection, choosing the right valve impacts efficiency, safety, and cost.

A reliable steam system is no accident; it’s the result of deliberate design, smart choices and consistent upkeep. From selecting the right traps to auditing your system before small issues turn into shutdowns, each decision shapes performance, safety, and cost. These four fundamentals aren’t just “good practice”, they’re your system’s lifeline. #SteamSystems #PipingDesign #IndustrialEngineering #EnergyEfficiency #PlantMaintenance #SteamEngineering #ProcessOptimization #Thermdex

Built to Code. Engineered for Reality. From seismic-rated structures to arc-flash protection, a code-compliant HazLoc switchrack is more than a checklist—it's engineered safety. At Spike Electric, we don't just meet IEEE and UL standards—we build every rack to thrive in the real-world conditions you operate in. Read more about this: https://lnkd.in/enWhiutD

How do heat pumps actually work? I break it down in the following video 👉 ------ Interested to learn more? You can watch the full video 'Heat Pumps the Ultimate Guide' on the Clade Engineering Systems | B Corp™ Certified YouTube channel: https://lnkd.in/et5fwHFQ

Top 3 Mistakes to Avoid When Selecting Flow Meters 1. Ignoring Process Conditions It’s not enough to match pipe size and flow rate. Fluid type, temperature, pressure, and even installation location can dramatically affect performance.   2. Overlooking Maintenance & Calibration Needs A meter that looks “cheaper” upfront may require frequent recalibration or maintenance, increasing total cost of ownership.   3. Assuming All Flow Meters Perform the Same Different technologies respond differently to viscosity, gas bubbles, or pulsating flow. What works for one process may fail in another.   👉 The good news? Avoiding these mistakes is easier than it seems - We're here to help. https://metlaninst.com/