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When you invest in a geothermal heat pump system, you are investing in your future and in future generations to come.  The underground components, the ground loops and heat exchangers, have a lifespan of at least 50 years. The indoor heat pumps last up to 25 years or more, with very little maintenance required.  #longlasting #renewableenergy #reducewaste #GHPs #GEO-NII

🌡️ ⚡️ Technology from HYDAC makes transferring thermal energy more efficient 🌋 The earth naturally supplies us with thermal energy. If you want to use this thermal energy sustainably, transferring it from surface water, wastewater or geothermal energy to a working fluid is crucial. Powerful heat exchangers ensure that as much heat as possible is transferred to the working medium, so that the energy can be utilised to the maximum. Our specialist, FUNKE, has developed gasketed plate heat exchangers and shell-and-tube heat exchangers that retain the energy and make it ready for use in cooling or district and local heating. And with upstream filtration, you protect the heat exchangers as well as other components in your system, keep your system available and avoid unplanned maintenance work. Take a look for yourself: https://lnkd.in/dcuDFQav #hydac #hydacgroup #hydacinnovation #geothermalenergy #heattransfer #heatexchanger #funke #filtration #geothermalheat #thermalenergy

When you invest in a geothermal heat pump system, you are investing in your future and in future generations to come.  The underground components, the ground loops and heat exchangers, have a lifespan of at least 50 years. The indoor heat pumps last up to 25 years or more, with very little maintenance required.  #longlasting #renewableenergy #reducewaste #GHPs #GEO-NII

wicket Gates In hydroelectric power plants, wicket gates are often installed in the turbine's intake section. They control the amount of water entering the turbine, thereby regulating the power output of the generator. By adjusting the wicket gates, operators can optimize energy production based on factors like water flow, demand, and environmental conditions.

Types of Geothermal Heat Pump Systems...2 Open-Loop System This type of system uses well or surface body water as the heat exchange fluid that circulates directly through the GHP system. Once it has circulated through the system, the water returns to the ground through the well, a recharge well, or surface discharge. This option is obviously practical only where there is an adequate supply of relatively clean water, and all local codes and regulations regarding groundwater Hybrid Systems Hybrid systems using several different geothermal resources, or a combination of a geothermal resource with outdoor air (i.e., a cooling tower), are another technology option. Hybrid approaches are particularly effective where cooling needs are significantly larger than heating needs. Where local geology permits, the "standing column well" is another option. In this variation of an open-loop system, one or more deep vertical wells is drilled. Water is drawn from the bottom of a standing column and returned to the top. During periods of peak heating and cooling, the system can bleed a portion of the return water rather than reinjecting it all, causing water inflow to the column from the surrounding aquifer. The bleed cycle cools the column during heat rejection, heats it during heat extraction, and reduces the required bore depth. #energyticslimited #renerableenergy #energyefficiency #energyinnovation #energyindustry #geothermalheatpump #openloopsystem #hybridsystems

Unacceptable water production levels can escalate operating costs, reduce productivity, and impact the environment. Understanding reservoir dynamics and confirming the source is essential to implementing an effective remediation plan. Our True Flow diagnostic system locates flow behind casing, quantifies the flow and reconciles between wellbore flow and reservoir flow, so you can take the right next steps to restore production and reduce environmental impact. Find out how: https://lnkd.in/eXYBVz8B #TGT #Energy #OilandGas

Exploiting the Waste Heat Potential at Oil Wells 🔥 The oil and gas industry has enormous waste heat potential throughout both upstream and downstream processes. One specific application for an upstream process is the use of waste heat from oil wells. The following graphic illustrates how it works: 💦 When oil is extracted from the ground, warm water is also brought to the surface. 🔥 The heat from this water is transported to the ORC modules via a heat exchanger. ⚡️ The ORC modules convert this heat into green electricity, which can be used on-site or fed into the grid. The number of ORC modules can be adjusted based on the availability of waste heat from the oil source. Using a modular solution offers clear advantages: 1️⃣ Flexibility: Once a well is no longer in use, our modular ORC solution can be easily relocated to another site. This flexibility is crucial in the ever-changing O&G landscape. 2️⃣ Low Maintenance and Autonomous Operation: Oil wells are often located in remote areas with limited personnel. Orcan’s modular solution is designed for autonomous operation, minimizing the need for on-site staff. If you're in the O&G industry and interested in exploring the benefits of waste heat recovery, let's connect and explore the possibilities! #EnergyEfficiency #WasteHeatRecovery #HeatToPower #NetZero

Have a short look and learn how #OilandGas Industry can make use of waste heat to produce #electricpower from heat witout additional #CO2emissions. Doesn't this sound like a good fit with your #decarbonization strategy?

You may be surprised to learn that, on average 20% of steam traps in a facility that uses steam either obstruct condensate drainage or leak major amounts of steam. Energy is wasted and effective steam processes are hampered by these failed traps. Finding prospects for energy recovery and enhanced performance can be achieved by performing a Steam Trap Survey. Follow for more information related to Energy Conservation. Support mail ID: armstrong.sales@gasarabian.com. #Steamandcondensatesystem: to know more about it, schedule a knowledge sharing session in your esteemed organization. KNOWLEDGE NOT SHARED IS ENERGY WASTED. #GasArabianServices #ArmstrongInternational #SteamandCondensateSystem #EnergyAudit #SteamTrapmanagement

Learn about geothermal heat pump repair and how to troubleshoot and replace a water pump. Learn what tools I use to check the water flow rate. Educate yourself on geothermal systems with this informative video. #geothermal #geothermalheatpump #heatpump #hvac #taddydigest