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technology

today’s chemical reactors run on fire and reagents. ours run on electricity.

same product, same spec, from a smaller, simpler plant.

01we change the reactor, not the molecule

TODAYAMBERfeedstocknatural gasreagentreactorheat and pressurefired heaterCO₂productbrute force heat, pressure, and reagents do the chemistry,at the cost of safety and sustainabilityfeedstockelectricitycellaqueous · ambientproductthe current does the work the fuel and the reagent used to doidentical product, identical specTODAYfeedstocknatural gasreagentreactorfired heaterCO₂productbrute force heat, pressure, and reagentsdo the chemistry, at the cost ofsafety and sustainabilityAMBERfeedstockelectricitycellproductsame product. the current does what the fuel did.

02what changes

01
electrified

we didn't pick the cheaper input. we picked the one still getting cheaper.

COST OF THE INPUTtodaylaterthey crossgas andreagentselectrons
02
modular

one multi-billion-dollar decision, or smaller ones you can step into.

CONVENTIONALAMBERAMBER$1B+one decision, all of it up frontmultiple decisionseach one smallercapacity follows demand
CONVENTIONALAMBERAMBER$1B+one decision, all of it up frontmultiple decisionseach one smallercapacity follows demand
03
automated

output follows the setpoint in seconds, so a unit can chase demand and the price of power.

OUTPUT OVER ONE DAYmidnightnoonmidnightdemandfired plantamber unit
04
benign

fewer hazardous inputs. easier to build nearby.

CONVENTIONALAMBERAMBERplantHNO₃Cl₂CrO₃H₂unitone wire in
CONVENTIONALAMBERAMBERplantHNO₃Cl₂CrO₃H₂unitone wire in

same product, same spec. tell us which molecule matters to you.

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