Integrated data center cooling and mineral recovery
AssigneeNetZeroImpact LLC
InventorJames PATTEN
Life of this patent
Estimating the term…
Abstract
An example integrated datacenter cooling and mineral recovery system can include a waste heat stream produced by a datacenter. The waste heat stream can have a temperature greater than about 50° C. A heat exchanger can have a cold side and a hot side thermally coupled to the waste heat stream. A brine stream can be sourced from a body of salt water, wherein the brine stream is coupled to the cold side of the heat exchanger such that the heat exchanger is configured to transfer heat from the waste heat stream to the brine stream to produce a mineral residue through any one or more of evaporation of water, pH adjustment, and temperature adjustment. A condenser can be in fluid communication with the brine stream and configured to condense water vapor from the brine to form a recovered water.
Claims23
An integrated datacenter cooling and mineral recovery system, comprising:
- a waste heat stream produced by a datacenter, wherein the waste heat stream has a temperature greater than about 50° C.;
- a heat exchanger having a cold side and a hot side thermally coupled to the waste heat stream;
- a brine stream sourced from a body of salt water, wherein the brine stream is coupled to the cold side of the heat exchanger such that the heat exchanger is configured to transfer heat from the waste heat stream to the brine stream to produce a mineral residue;
- and
- a condenser in fluid communication with the brine stream configured to condense water vapor from the brine stream to form a recovered water.
An integrated datacenter cooling and mineral recovery method, comprising:
- producing a waste heat stream using a datacenter, wherein the waste heat stream has a temperature greater than about 50° C.;
- sourcing a brine from a body of salt water;
- and
- transferring heat from the waste heat stream to the brine to produce a mineral residue.
Dependencies are inferred from the claim text.