Depending on who you ask, sooner or later, all big miners will be doing immersion cooling.

How an organization deploys liquid cooling technologies might vary, but the key advantages are now flowing through to colocation implementations, enterprise infrastructures, legacy data centers, and the edge.

According to recent studies, data centers produce as much carbon as the shipping industry and, unchecked, these emissions are projected to rapidly grow to 10% of the world's global carbon emissions by 2030.

In 2018, a pilot project with Asperitas Immersed Computing was installed for Crédit Agricole, during which time the technology was validated and met all Tier 4 data center and enterprise standards.

The report discussed how numerous sectors can benefit from liquid immersion cooling, including medium-scale edge computing nodes or wireless telecom nodes, where immersion cooling can address the thermal and power constraints of a remote location with limited or no on-site staff.

Liquid immersion cooling is a way to reallocate power from cooling into an increased critical load within the same power envelope.

Green Revolution Cooling and Asperitas announced a partnership to further educate the global data center ecosystem about immersion cooling while dispelling a number of misconceptions that have been circulating throughout the industry.

Green Revolution Cooling (GRC) announced an OEM partnership agreement with Hewlett Packard Enterprise (HPE) to integrate its ICEraQ™ liquid-immersion cooling system with HPE servers to offer customers alternative cooling capabilities.

GRC has announced a new partnership and licensing agreement with Nihon Form Services, a Tokyo-based manufacturer of IT and communications equipment.

GRC has announced that it’s working with TechData, a multinational distributor of technology products, services and solutions to provide support and warranties for worldwide customers submerging servers and other equipment in GRC’s immersion cooling systems.