- Steam Turbine
- Thermoelectrics (solid state)
- Gravel Battery, Sand Battery (solid state)
- OTEC: Ocean Thermal Energy Conversion (needs a 20C gradient)
- Water Sterilization
- Heat Pipe contract
- Commercial and Residential HVAC Heat
- Air Filter Production (CO2, Graphene, Heat)
- Water Filter Production (CO2, Graphene, Heat)
- Onsite manufacturing with Carbon & Heat (See: Datacenter Inputs)
- Carbon-based Chip Production (2D Graphene and other forms of Carbon)
- Thermoforming products (e.g. out of now easily-captured CO2 to Graphene and other forms of Carbon)
- Geopolymer production: pads to mount racks on, bricks, radially-curved outwall blocks
- Open-Source CFD: Computational Fluid Dynamics; use the waste heat to pay for CFD HPC time to reduce the waste heat with better materials, better facility design with passive thermofluidics and energy reclamation
- Datacenter Inputs: [Earthmoving, Infrastructure], Water, Air, Concrete, Beams, Electricity, Turbines, Bolts, Racks, Fans, PCs, Copper power Wires and data Cabling, Bandwidth, Fiber Cabling
- Datacenter Outputs: Boiled Water, Warm Air, Data, recyclable building materials, Electricity
> - Steam Turbine
> - Thermoelectrics
> - Gravel Battery, Sand Battery
> - OTEC: Ocean Thermal Energy Conversion (needs a 20C gradient)
"Ask HN: Does OTEC work with datacenter heat, or thermoelectrics?" https://news.ycombinator.com/item?id=40821522
> - Water Sterilization
FWIU most datacenters waste the sterilized water as steam, which has some evaporative cooling value?
In which markets is it already possible for datacenters [and other industrial production facilities] to sell or give sterilized water to the water supply utility?
"Ask HN: Methods for removing parts per trillions of PFAS from water?" (2024) https://news.ycombinator.com/item?id=40036764 ; RO: Reverse Osmosis, Zwitterionic hydrogels (that are reusable if washed with ethanol)
> - Heat Pipe contract
E.g. Copenhagen Atomics wants to sell a heat pipe contract promise and manage the (Thorium+ waste burner) heat production.
It takes extra heat to pump heat through a tube underground to a building next door, but it is worth it.
> - Commercial and Residential HVAC Heat
The OTEC Wikipedia article mentions Ammonia as a Working fluid (a thermofluid), but Ammonia.
Sustainable thermofluids for heat pumps would be a good use for materials design AI.
"AI Designs Magnet Free of Rare-Earth Metals in Just 3 Months" (2024) https://news.ycombinator.com/item?id=40775959
> - Air Filter Production (CO2, Graphene, Heat)
> - Water Filter Production (CO2, Graphene, Heat)
> - Onsite manufacturing with Carbon & Heat (See: Datacenter Inputs)
Also meet ASTM spec for which products produced onsite.
> - Carbon-based Chip Production (2D Graphene and other forms of Carbon)
"Ask HN: Can CPUs etc. be made from just graphene and/or other carbon forms?" (2024) https://news.ycombinator.com/item?id=40719725
> - Thermoforming products (e.g. out of now easily-captured CO2 to Graphene and other forms of Carbon)
> - Geopolymer production: pads to mount racks on, bricks, radially-curved outwall blocks
Is this new peptide glass a functional substitute for "water glass" in other geopolymer formulas? "Self-healing glass from a simple peptide – just add water" (2024) https://news.ycombinator.com/item?id=40677095
> - Open-Source CFD: Computational Fluid Dynamics; use the waste heat to pay for CFD HPC time to reduce the waste heat with better materials, better facility design with passive thermofluidics and energy reclamation
Quantum CFD. https://westurner.github.io/hnlog/#comment-39954180 Ctrl-F CFD, SQS
> - Datacenter Inputs: [Earthmoving, Infrastructure], Water, Air, Concrete, Beams, Electricity, Turbines, Bolts, Racks, Fans, PCs, Copper power Wires and data Cabling, Bandwidth, Fiber Cabling
Biocomposites and Titanium are strong enough for beams and fan blades; though on corrosion due to water, titanium probably wins. "Cheap yet ultrapure titanium metal might enable widespread use in industry" (2024) https://news.ycombinator.com/item?id=40768549
Is there a carbon-based copper alternative for cabling that's flexible enough to work at CAT-5/6/7/8 ethernet cable; 40GBase-T at 2000 Mhz?
There appear to be electron vortices and superconductivity in carbon at room temperature.
Can we replace copper with carbon in cables and computers?
> - Datacenter Outputs: Boiled Water, Warm Air, Data, recyclable building materials, Electricity
- "Ask HN: Why don't datacenters have passive rooflines like Net Zero homes?" https://news.ycombinator.com/item?id=37579505