The Capital Gap

Why conventional capital markets cannot finance the transition — and what must be built to change that

By Genevieve & Miles, CTC

Share 𝕏

Executive Summary

Venture capital cannot fund first-of-a-kind industrial plants — the capital intensity, timeline, and return profile are structurally mismatched.

Traditional project finance requires operating history and standardized contracts that FOAK plants by definition cannot provide.

Catalytic debt structures and blended finance can bridge the gap, but only when paired with deep sector expertise and systematic de-risking.

The capital gap is not a market failure to be lamented — it is a market infrastructure problem to be solved.

Low-carbon cement plants require $50–300M in capital expenditure. They operate in a commodity market with thin margins. Their revenue depends on long-term offtake contracts that do not yet exist in standardized form. And their technology, while proven at pilot scale, lacks the operating history that conventional lenders demand.

This combination of characteristics places FOAK cement plants in a structural no-man's land — too large and too slow for venture capital, too novel and too uncertain for project finance. The result is not a temporary dislocation but a permanent gap in the capital markets architecture.

"The capital gap is not about a lack of money. It is about a lack of structure."

Why Venture Capital Cannot Bridge This Gap

VC funds target 10x+ returns on 5–7 year timelines. Industrial infrastructure delivers 8–15% IRR over 20+ years — a fundamental mismatch.

VC portfolio construction assumes most investments fail. Infrastructure assets cannot absorb that logic — each plant represents a $100M+ commitment.

VC exits depend on liquidity events (IPO, acquisition). Cement plants are long-lived physical assets with no natural exit path on VC timelines.

VC diligence focuses on market size and team. Project finance diligence requires engineering studies, offtake contracts, and environmental permits — entirely different disciplines.

Catalytic Debt Structures

The solution is not to make venture capital work for infrastructure, or to make project finance accept unproven technology. It is to create a new capital structure purpose-built for the transition: catalytic debt that systematically reduces risk until conventional capital can participate.

Catalytic capital absorbs first-loss risk, funds the technical validation and offtake structuring that conventional lenders require, and creates the track record that transforms FOAK into NOAK. It is patient, sector-specific, and designed to be temporary — a bridge, not a subsidy.

Blended Finance for Industrial Decarbonization

Concessional capital from DFIs and climate funds takes first-loss positions, reducing risk for commercial investors.

Structured tranching separates risk layers — senior debt sees infrastructure-grade risk while junior equity absorbs technology uncertainty.

Offtake guarantees and insurance wraps convert uncertain future revenue into bankable cashflows.

Technical assistance facilities fund the engineering studies and permitting that de-risk projects before capital commitment.

Building the Capital Stack

The capital gap in cement decarbonization is real but solvable. It requires purpose-built financial instruments that match the risk-return-timeline profile of industrial transition. CTC's approach combines catalytic first-loss capital with systematic de-risking to create the precedent transactions that unlock conventional capital markets. The goal is not permanent subsidy — it is market formation.

Next, explore the execution capability gap — why deploying capital requires a specialized deal team with deep sector expertise.

Back to Series Overview

INTRODUCTION

MATERIALWhat Is Concrete?

The material science

EMISSIONSWhere Emissions Happen

Mapping the emissions

TECHNOLOGYTechnology Pathways

Four credible

VALLEYThe Valley of Death

Five compounding

THE COMMERCIAL BRIDGE