CPC - Colder Products Company’s Post

Understanding the hydraulic power required to drive a pump is crucial for efficient operations. The ideal hydraulic power is determined by factors such as the mass flow rate, liquid density, and differential height of the system. This power can be calculated using the formula Ph(kW) = q ρ g h / (3.6 10^6) or Ph(kW) = q p / (3.6 10^6). By considering these elements, can optimize pump performance and ensure effective fluid transfer processes. #HydraulicPower #PumpEfficiency #FluidDynamics

🌟 Discover how we achieve the best performance in insulation by considering thermal conductivity, thermal resistance, thermal transmittance and psi-value. #KnaufInsulation #BuildOnUd #MiddleEast #insulation

Cooling Towers plays integral role in heat transfer.

Radiation and convection losses from your shell-and-tube increase your fuel bills. Shell-and-tube heat exchangers are old technology with several disadvantages. Large temperature approach, big, heavy, low efficiency, prone to fouling and difficult to clean with high hold up volume. Heat losses with heating applications build up over time, even if insulated. Hold up volume of 4m³ shell-and-tube losing 1 °C per hour will cost you €500 per year in radiation losses to atmosphere.

For liquid cooling, water-based systems are often picked for their low viscosity, low cost, and high thermal conductivity but many options exist. Each has a unique impact on flow. Learn more in this clever video. https://ow.ly/OJAe50PPoWn

#Thermalstorageburner system in the heat treatment of aluminium alloy ageing solid melting furnace application has what has the advantage? The gas-fired #heattreatmentfurnace wall regenerative combustion system realises pulsed combustion: Thermal storage burner, burner controller and a variety of self-control valves, composed of thermal storage combustion system and flue gas waste heat recovery combustion system. This new combustion system is characterised by high exit velocity, full combustion, significant energy saving and #lowNOx products. Due to the high exit velocity of the flame, strengthen the circulation and convection of the gas in the furnace, improve the uniformity of the furnace temperature and thermal efficiency, thus improving the heating quality and shortening the heating time. Natural gas heat treatment furnace high-speed thermoregulation self-control burner system, can achieve the whole process of automatic control of ignition, combustion capacity adjustment, flame failure alarm, automatic protection and re-ignition.

Key for proper oil pressure, performance, cooling

In a thermal recompression system the vapor is compressed by acting on it with high-pressure steam in a jet ejector. This results in more steam than is needed for boiling the solution, so that excess steam must be vented or condensed. The ratio of motive steam to the vapor from the solution depends on the evaporation pressure; for many low-temperature operations, with steam at 8 to 10 atm pressure, the ratio of steam required to the mass of water evaporated is about 0.5.

Uncover the innovative design and cutting-edge technology behind the quiet operation of our WPLA-07 heat pump in this informative video. Ensuring a peaceful environment even when working to maximum output! #WhisperQuiet #HeatPumpInnovation #EfficiencyRedefined https://loom.ly/tq5GwaA

Want to avoid common heat flux measurement errors? Read our 8 tips to accurately measure heat flux! 8 tips to get a more accurate heat flux measurement: https://lnkd.in/e3uwFQwd #Hukseflux #heatflux #measuretemperature #measureheatflux #thermalengineering