Indigo Ethylene
Indigo Ethylene is developing catalytic reactor technology to replace steam crackers in ethylene production, aiming to cut costs by 50% while eliminating carbon emissions. The company's approach focuses on process intensification through catalysis rather than incremental improvements to existing pyrolysis methods, targeting the foundational step in plastics and chemical manufacturing.
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Funding
Founders
Product
Problem
Traditional ethylene production relies on steam crackers, which are energy-intensive, emit significant carbon dioxide, and require massive capital investment. The petrochemical industry faces mounting pressure to decarbonize, but current alternatives do not offer a cost-competitive path to cleaner production.
Solution
Indigo Ethylene replaces conventional steam cracking with catalytic reactors, a process that directly converts feedstocks into ethylene at lower temperatures and with higher selectivity. This approach reduces energy consumption and carbon emissions while dramatically lowering production costs. The technology is designed as a drop-in replacement for existing ethylene plants, minimizing retrofit complexity. By combining catalysis with reactor engineering, Indigo Ethylene aims to make green ethylene economically viable at industrial scale.
Target Audience
Primary customers are ethylene producers and petrochemical companies seeking to decarbonize their operations while maintaining cost competitiveness, as well as engineering firms and EPC contractors involved in ethylene plant construction.
Features
- Catalytic reactor system that operates at lower temperatures than steam cracking, reducing energy intensity
- Process design compatible with existing downstream ethylene separation and purification units
- Near-zero CO2 emissions compared to conventional pyrolysis
- Capital expenditure reduction estimated at roughly 50% versus new steam cracker builds
- Scalable reactor architecture intended for both retrofit and greenfield installations