Industrial Decarbonization Is a Procurement Problem, Not a Technology Problem

We have most of the technologies we need to decarbonize industrial process heat. Heat pumps for low and medium temperature applications. Electric boilers for the easier steam loads. Hydrogen, eventually, for the hard-to-electrify cases. The technology gap is real but it is shrinking faster than the policy conversation suggests.

The gap that is not shrinking is the procurement gap. Industrial customers do not buy decarbonization technologies the way grid operators or utilities do, and the financing and procurement structures that work in those sectors do not transfer to industrial sites. Until we solve the procurement problem, deployment will lag the technology by a decade.

Why industrial procurement is different

An industrial site evaluates a capital project against a hurdle rate that has nothing to do with the social cost of carbon. The plant manager has a budget. The corporate finance team has a payback requirement. The engineering team has a list of competing projects, and the carbon reduction project is almost never the most operationally urgent one on the list.

The project also has to pass through procurement processes that were designed for replacement-in-kind capital. A heat pump replacing a gas boiler is not replacement-in-kind. It changes the utility consumption pattern, the maintenance requirements, the operator training, and the regulatory permits. Each of those changes triggers a separate internal review with separate sign-offs. The cumulative drag is enormous.

What unlocks deployment

The deployments I have led at meaningful scale have all had one thing in common. They did not ask the customer to buy a technology. They asked the customer to buy an outcome.

The contract structure that works is essentially a heat-as-a-service contract. The infrastructure company finances, builds, owns, and operates the decarbonization asset. The industrial customer pays a tariff per unit of useful heat delivered, against a baseline that is competitive with their existing fuel cost. The carbon reduction is embedded in the contract. The customer does not have to learn a new technology, run a new operating procedure, or accept a new financial risk on their balance sheet.

This is not a new structure. It is how district heating has worked for a century. It is how solar PPAs work today. What is new is applying it to industrial heat, and it works once the contracting party on the infrastructure side has the technical depth to actually operate the asset.

What policy could do

Policy conversations in this space spend disproportionate time on carbon pricing and technology subsidies. Both matter. Neither addresses the procurement problem.

The policy interventions that would move the needle on industrial deployment are more boring. They include standardizing the permitting timeline for replacement industrial assets, accepting heat-as-a-service contracts as creditworthy for industrial customers' green claims, and providing a public guarantee mechanism for the residual risk that infrastructure investors currently price into the tariff.

None of these are politically exciting. All of them would deploy more decarbonization tons per public dollar than another round of generic technology subsidies.

What the industry needs to admit

The industry, including the part of the industry I am inside, needs to admit that the technology narrative has been a polite cover for the procurement problem. The plant managers and procurement teams I talk to are not waiting for technology. They are waiting for someone to make the decarbonization purchase as easy as the gas contract they already have.

Whoever solves that, at scale, will move more tons than any breakthrough we are still waiting for.