Coolant Collection

Testing magnets for Large Hadron Collider
Testing magnets for the Large Hadron Collider. The Large Hadron Collider (LHC) is a proposed new accelerator for CERN, the European particle physics laboratory

Pump, Hand, "Wobble", Curtiss NC-3 Failed Transatlantic Flight, 1919
7/8 in inlet and outlet. The NC-3 aircrew used this pump to move coolant or fuel in the event of an in-flight mechanical breakdown

Control Room, Sizewell B Power Station
Sizewell B in Suffolk is the UKs only commercial pressurised water reactor (PWR) power station. PWRs constitute a majority of all western nuclear power plants

Illustration of nuclear fission reactor showing the water pressuriser, control rod mechanism, core, coolant pump, steam generator

Refrigerator, artwork
Refrigerator. Computer artwork showing how a refrigerator works. There are two sets of coiled pipes, one inside the refrigerator (at top) and one outside the refrigerator (at right)

Moissan isolating fluorine, 1886
Moissan isolating fluorine. Historical artwork of the French chemist Henri Moissan (1852-1907) isolating fluorine in 1886

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"Unleashing the Power of Coolant: From Magnets to Nuclear Reactors and Beyond" Coolant, a versatile substance that has revolutionized various industries throughout history. Its significance can be seen in the testing of magnets for the awe-inspiring Large Hadron Collider, where it plays a crucial role in maintaining optimal temperature levels. Intriguingly, coolant's influence extends even further back in time. Take, for instance, the ill-fated Curtiss NC-3 transatlantic flight in 1919. Despite its failure, this historic event highlighted the importance as it struggled to keep engines cool amidst treacherous conditions. Fast forward to modern times and we find ourselves inside the control room of Sizewell B Power Station. Here, coolant takes center stage once again as it ensures safe and efficient operation within nuclear reactors. An illustration vividly depicts its vital components - water pressurizer, control rod mechanism, core - all working harmoniously with coolant pumps and steam generators. But let us not forget about everyday applications. Picture a refrigerator artwork adorning your kitchen wall; behind its sleek exterior lies an intricate system powered by none other than coolant. This ingenious invention keeps our food fresh while showcasing how metalwork seamlessly integrates with technology. Speaking of metalwork mastery brings us to D Napier and Son's iconic creation - Deltic engine. With its innovative design incorporating advanced cooling mechanisms using high-performance coolants, this engineering marvel propelled locomotives into new realms of speed and efficiency. The story doesn't end there; we delve into scientific breakthroughs too. In 1886, Moissan isolated fluorine using his expertise in metalwork techniques – a milestone achieved thanks to precise temperature regulation provided by coolants. And finally. . Industrial ice production during the 19th century owes much gratitude to coolant's chilling capabilities. This revolutionary process transformed perishable goods transportation forever while leaving an indelible mark on the world of refrigeration.