Alfa Laval - Energy alfa.laval@alfalaval.com https://energy.alfalaval.com en-us Visualplatform http://blogs.law.harvard.edu/tech/rss Alfa Laval - Energy episodic no https://energy.alfalaval.com/files/rv0.0/sitelogo.gif https://energy.alfalaval.com http://energy.alfalaval.com/alfa-laval-hyperfin-slitted-fin <p>Alfa Laval’s HyperFin slitted tube fins increase heat transfer compared to standard API 661 type fins, resulting in reduced size and cost of the cooling system.</p> <p>The slits on the aluminium fins interrupt the air flowing over the fin surfaces. This prevents the forming of a stagnant layer of air on the fin surfaces, and thereby increases heat transfer. The impact on the pressure drop and required fan horsepower is minimal, keeping operating costs low.</p> <p>For more details visit www.alfalaval.com/ace</p><p><a href="http://energy.alfalaval.com/alfa-laval-hyperfin-slitted-fin"><img src="http://energy.alfalaval.com/60650861/63185635/2ca00091db3ce15f9ed1d67d12be0cd8/standard/download-2-thumbnail.jpg" width="600" height="338"/></a></p> http://energy.alfalaval.com/photo/63185635 Mon, 08 Jun 2020 08:15:59 GMT Alfa Laval HyperFin – Slitted fin design maximizes heat transfer Alfa Laval’s HyperFin slitted tube fins increase heat transfer compared to standard API 661 type fins, resulting in reduced size and cost of the cooling system. The slits on the aluminium fins interrupt the air flowing over the fin surfaces. This prevents the forming of a stagnant layer of air on the fin surfaces, and thereby increases heat transfer. The impact on the pressure drop and required fan horsepower is minimal, keeping operating costs low. For more details visit www.alfalaval.com/ace Alfa Laval’s HyperFin slitted tube fins increase heat transfer compared to standard API 661 type fins, resulting in reduced size and cost of the cooling system. The slits on the aluminium fins interrupt the air flowing over the fin surfaces. This... Alfa Laval - Energy 00:50 <p>Alfa Laval’s HyperFin slitted tube fins increase heat transfer compared to standard API 661 type fins, resulting in reduced size and cost of the cooling system.</p> <p>The slits on the aluminium fins interrupt the air flowing over the fin surfaces. This prevents the forming of a stagnant layer of air on the fin surfaces, and thereby increases heat transfer. The impact on the pressure drop and required fan horsepower is minimal, keeping operating costs low.</p> <p>For more details visit www.alfalaval.com/ace</p><p><a href="http://energy.alfalaval.com/alfa-laval-hyperfin-slitted-fin"><img src="http://energy.alfalaval.com/60650861/63185635/2ca00091db3ce15f9ed1d67d12be0cd8/standard/download-2-thumbnail.jpg" width="600" height="338"/></a></p> air-cooled air cooler air heat exchanger alfa laval capex downstream drilling energy efficiency energy industry energy savings finned tube air heat exchanger heat exchange heat exchanger heat transfer LNG midstream oil and gas industry opex power industry radiator upstream water cooler