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TECHNOLOGY

the reactor, not the molecule

what we change, and what we don't.

a conventional plant burns gas to make heat, then burns more to make reagents.

amber runs the same conversion in an electrochemical cell, where current does the work the fuel and the reagent used to do. the product is identical, to the same specification, and nothing downstream changes.

TODAYAMBERfeedstocknatural gasreagentreactorheat and pressurefired heaterCO₂productthe heat, the reagent and the feedstock all come out of the same barrelfeedstockelectricitycellaqueous · ambientproductthe current does the work the fuel and the reagent used to doidentical product, identical specTODAYfeedstocknatural gasreagentreactorfired heaterCO₂productthree separate things, one barrelAMBERfeedstockelectricitycellproductsame product. the current does what the fuel did.

unlocking key advantages in chemical production.

electrified
COST OF THE INPUTtodaylaterthey crossgas andreagentselectrons

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

modular
CONVENTIONALAMBERAMBER$1Bone decision, all of it up frontmultiple decisionseach one smallercapacity follows demand
CONVENTIONALAMBERAMBER$1Bone decision, all of it up frontmultiple decisionseach one smallercapacity follows demand

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

automated
POTENTIALhiloPRODUCT MIXproduct aproduct bproduct c

runs on modern software and responds in real time. built for automation.

benign
CONVENTIONALAMBERAMBERplantHNO₃Cl₂CrO₃H₂unitone wire in
CONVENTIONALAMBERAMBERplantHNO₃Cl₂CrO₃H₂unitone wire in

fewer hazardous inputs. easier to build nearby.

WHAT DOES NOT CHANGE

same molecule, same spec, same customer

the product leaving an amber unit is the product leaving a conventional plant. nothing downstream of the reactor has to change.

we are working in base and intermediate chemicals. our first product is coming soon.

tell us which molecule matters to you.

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