Captur Tower’s Post

Frost buildup in industrial refrigeration is more than just a pain - it reduces efficiency and increases energy costs. ❄   Cooling systems struggle with this because frost forms quickly when the coil surface drops below freezing, creating thick ice layers.   This process reduces the heat exchanger's performance and leads to frequent defrost cycles, which waste time and energy.   💡 Now, imagine a cooling system that doesn’t fight frost but controls it carefully.   With our innovative technology, we’re changing how refrigeration systems handle frost.   Instead of layers of frost that choke the heat exchanger, our technology manages and optimizes the frost formation process, maintaining system performance and significantly reducing energy use.   ✅ This means fewer defrosts, fewer interruptions and more efficient, sustainable operation with lower costs.   Curious how we’re improving refrigeration efficiency and cutting energy use by 20% on average? Get in touch for a free analysis of your refrigeration system! #Frost #Cooling #Ice #Sensor #Innovation #FoodIndustry #Logistics #Canteen

Solid-state cooling is a promising alternative cooling technique that does not rely on the use of gases or liquids, like conventional refrigeration systems, but instead utilizes the properties of solid materials to refrigerate.

Excellent product for future installations of energy efficient refrigeration and air conditioning installations.

Did you know? 👉 94% of energy loss through a window using an aluminium spacer system occurs at the edge of the glass due to the metal's high conductivity. Super Spacer® to the rescue! 🙌 Our warm edge Super Spacer bar is over 950 times less conductive than aluminium, making it the ideal solution for energy-efficient windows. Here's how it helps: ✅ Reduces window U-values by up to 0.2W/m²K, achieving the highest Window Energy Ratings possible. ✅ Cuts condensation by up to 70%. ✅ Up to 65% warmer at the internal edge. ✅ Used in the most extreme climates around the world. ✅ Low PSI value of 0.029 Experience superior energy efficiency and cost savings with Super Spacer®. Learn more: https://bit.ly/2qhrNTk #superspacer #edgetech #thermalefficiency #apartofsomethingbigger

Curious about how #CO2 has impacted the cooling rates of climate chambers? Let's explore the changes! When we first put CO2 refrigeration components to the test under high pressure, it marked a significant milestone in environmental simulation cooling. After testing all parts rigorously for over 8,000 hours, we began building cooling circuits using the available components. While this wasn't our usual approach, the approaching deadline of 2025 has pushed us to adapt and innovate. In the past, climatic chambers achieved impressive performance levels ranging from 3K/min to 15K/min. However, with the introduction of high-pressure CO2 refrigeration, we've seen a shift. Now, a small cooling machine can achieve a 3K/min cooling rate, while a larger one in the same chamber can achieve an impressive 9K/min. Unfortunately, there's no middle ground, and faster options are currently unavailable. Additionally, using the same cooling machines in a larger chamber yields rates of 2K/min and 6K/min. Despite these challenges, we're committed to pushing the boundaries of environmental simulation testing. Our technology is safe, tested and validated, and we're actively exploring innovative solutions to overcome these limitations. Stay tuned for updates and exciting developments as we navigate this new era of CO2 refrigeration! Join us as we shape the future of environmental simulation testing! 💡 #weisstechnik #CO2Refrigeration #EnvironmentalSimulation #Innovation

Did you know? 👉 94% of energy loss through a window using an aluminium spacer system occurs at the edge of the glass due to the metal's high conductivity. Super Spacer® to the rescue! 🙌 Our warm edge Super Spacer bar is over 950 times less conductive than aluminium, making it the ideal solution for energy-efficient windows. Here's how it helps: ✅ Reduces window U-values by up to 0.2W/m²K, achieving the highest Window Energy Ratings possible. ✅ Cuts condensation by up to 70%. ✅ Up to 65% warmer at the internal edge. ✅ Used in the most extreme climates around the world. ✅ Low PSI value of 0.029 Experience superior energy efficiency and cost savings with Super Spacer®. Learn more: https://bit.ly/40iWF2K #superspacer #edgetech #thermalefficiency #apartofsomethingbigger

Looking to enhance efficiency and reduce emissions in your industrial operations? 🌍 Monad provides high-quality heat trace, insulation, and immersion heating solutions. From low-voltage and medium-voltage heating for tanks and vessels to fire tube retrofits that cut down on emissions, we offer advanced options to help reduce your carbon footprint. Did you know that immersion heaters can be 99% energy-efficient when installed properly? 💡 Talk to us today to discover the right solution for your business needs. Reach out to our team and start the conversation! #heattracesolutions #insulationexperts #immersionheating #industrialefficiency #emissionreduction #sustainableenergy #carbonfootprint #energyefficient #industrialheating #monadsolutions

In air-cooled condensers, fans are essential for cooling steam by circulating ambient air over finned tubes, condensing the steam back into water for reuse. Because these systems are energy-intensive, even small improvements in fan efficiency can lead to substantial cost savings and environmental benefits—especially in sectors like power generation and manufacturing where they run continuously. Selecting fans with optimized blade designs and durable materials, like Moore Fans' Class 20000, can improve airflow, reduce the risk of reverse rotation (protecting against damage and downtime), and lower operational costs. Advanced, energy-efficient fan designs are becoming critical for facilities focused on reducing both costs and their carbon footprint. Reach out to Moore Fans today to learn more about how our fans can elevate your operations. #AirCooledCondensers #AirMovement #EnergyEfficient

Hands up if you have a heat pump at home? We sometimes ask this question when talking to clients about decarbonisation and usually only a few say yes. But actually we all do… it’s called a refrigerator 🤯 It’s a pretty bad joke but it’s helpful to debunk some of the myths about heat pumps like… ❌ It’s new and untried technology ❌ They don’t work at low temperatures ❌ They are complex and difficult to maintain When in reality… ✅ The vapour-compression cycle used in refrigerators and heat pumps was first proposed in 1805 with the first machine built and patented in 1834 ✅ Efficiency does drop slightly with the outside temperature but heat pumps still works at sub zero temperatues just like your freezer does. ✅ The main moving parts of a heat pump are only the compressor and the fan with domestic heat pumps recommended to be serviced once a year. Electrification of heating is a key part of the road to net zero and in terms of both energy use and carbon generation, a heat pump beats a gas boiler hands down. Even at sub zero temperatures ☃️ ————————- Give me a follow to hear more about #buildingdesign, #environmental #engineering and #decarbonisation. [Image credit: Jerome Brouillet]

Solid-state cooling is a promising alternative cooling technique that does not rely on the use of gases or liquids, like conventional refrigeration systems, but instead utilizes the properties of solid materials to refrigerate.