Cryolab Ltd

There is a question nobody asks when booking cryogenic transport until something has already gone wrong. Why Cryogenic Transport Is a Different Problem Than Cryogenic Storage Storage is a controlled environment problem.

The specification sheet for a liquid nitrogen storage vessel is deceptively simple. Capacity in litres. Hold time in days. Neck diameter in millimetres. Number of canisters. Approximate weight empty and full.

Guidance for laboratories on selecting and charging dry shippers, interpreting published hold times, and applying IATA Special Provision A152 and Packing Instruction 650 correctly.

Guidance clarifying the difference between liquid phase and vapour phase cryogenic storage temperature, and how the vacuum insulated vessel wall determines both.

Guidance for laboratory managers on choosing between bulk, cylinder and self collect supply, and on setting delivery frequency from measured consumption rather than sample throughput.

Guidance addresses the frequent conflation of Special Provision A152 with Packing Instruction 650 in cryogenic shipping documentation, alongside hold time interpretation and charging procedure.

Guidance sets out why capacity is the least informative figure on a cryogenic quotation and how evaporation rate determines the true cost of ownership.

Article sets out the specification, compliance and running cost factors that account for price differences between liquid nitrogen storage vessels.

Cryolab, a specialist supplier of cryogenic equipment, consumables, accessories and servicing to the healthcare, fertility and research sectors, has published guidance examining the operational consequences of the UK storage limit for eggs, sperm and...

Guide explains why these vessels have a finite service life, why static evaporation rate is the correct comparator at procurement, and how vacuum loss is recognised.