Nicole Nie’s Post

Heat treatment in a protective gas furnace with different sizes and materials in the relevant hardening oil, with a separate ventilation system that can be closed off per section for efficiency.

If you're experiencing water hammer in your condensate recovery lines due to backflow, installing a check valve at critical locations like vertical rises can be an effective solution. This is especially important for pumps with intermittent operation or high temperature condensate, where backflow can collide with newly discharged condensate, causing water hammer. Check out this article to learn more about how check valves can help your system: https://lnkd.in/g5_4VkS6

Thermal Precision understands industrial cooling systems. Their dry fluid coolers utilize a sealed, pressurized closed loop system that provides a clean, efficient, and low maintenance solution to industrial cooling applications. Dry fluid coolers utilize ambient air to dissipate heat. Warm water/glycol fluid is recirculated from the heat load through a finned tube heat exchanger; while ambient air is drawn across the coil circuit. https://lnkd.in/eB5cPjVG

You need heat to make steam. Monitoring that heat requires several gauges throughout your boiler system. Follow the link to learn more about the importance of gauges. Read more here or at link in Bio... https://lnkd.in/gn6hFftN

Where do heat pumps get installed? - Where do heat pumps get installed? Learn more about heat pumps: https://lnkd.in/exAT8Aiq

Learn to identify and differentiate between the pressure control switches on your steam boiler. Jude makes it easy to understand their functions and how to label them in this Weekly Boiler Tip. https://lnkd.in/gqH4Qrrm

NY | NJ Support: https://lnkd.in/d_b_VXk or Call 800.932.4454. Xylem McDonnell & Miller- Model FS1-W High Sensitivity Liquid Flow Switches For general-purpose applications where high sensitivity is required and moderate or low flow rates are encountered such as air conditioning, heating and hydronic systems, water, fuel oil, some viscous liquids, and oils in-process work. FEATURES: In-line configuration eliminates need for a pipe tee | High flow capacity | 1⁄2″ NPT | Single pole, double throw snap switch | Switch compartment is completely sealed to protect it from the liquid | Sensitivity adjusting screw makes flow adjustment easy.

Flow Regulating Valve Flow Control Solution  Different Heat Mode 4.0 L/Min - 4.6 L/Min Water Flow Control By Valve This fuction can be use for electric water heater.

#mechaniverse Common Heater Problems – Part 3 Continuing with common issues encountered in direct-fired heaters, here are more problems, their indications, effects, and solutions: 🤕 Problem No. 8: Fixed Spark Ignitor Is Not Lighting Pilot Flame Indications: Pilot flame does not light during initial start-up Effects: Prevents start-up of heater Solutions: 1. Ensure flame rod and ignition rod connections are not reversed 2. Check if circuit has become grounded 3. Check if ceramic insulators are cracked 4. Check if spark is occurring along the rod instead of at the tip 5. Check that sufficient combustion air is being pre-mixed 🤕 Problem No. 9: High Carbon Monoxide Indications: Readings above 200 ppm on the monoxide analyzer Effects: 1. After-burn in lower convection section, 2. Pollutants in atmosphere Solutions: 1. Increase excess air 2. Oxygen trim 3. Increase draft 4. Cut back firing rate 🤕 Problem No. 10: High Gas Pressure Indications: Pressure gauge on gas fuel line is higher than it should be Effects: Irregular flame patterns, Hot spots, Failure to get proper outlet temperature on process side Solutions: 1. Clean gas orifices on burner 2. Clean gas tip 3. Adjust burner draft for proper heat release 🤕 Problem No. 11: High Stack Temperature Indications: Stack temperature continues to rise above designed temperature Effects: Decrease in heater efficiency, Higher gas consumption and operating cost Solutions: 1. Adjust excess O₂ 2. Adjust draft 3. Clean convection section #HeaterProblems #IndustrialHeating #DirectFiredHeaters #MaintenanceTips #OperationalChallenges #EquipmentSafety #PreventiveMaintenance #EngineeringSolutions #Troubleshooting

Ruptured heaters, water hammer, uneven heating temperatures: if you are experiencing any of these problems, there is a high likelihood of “Stall,” a condition when condensate is no longer discharged and begins to pool inside equipment. Steam traps do not have the ability to discharge condensate without a positive pressure differential between the trap inlet and outlet. When certain conditions, such as the use of an inlet temperature control valve, interfere with this mechanism, your system can experience Stall. Learn more about this condition, how to assess your heat exchanger, and how to properly size your steam trap to prevent Stall in our “Optimizing Steam Process Heating Applications” webinar: https://lnkd.in/g9wHtbCH