Lapis Carbon Solutions provides a turn‑key carbon capture, utilization and storage (CCUS) service for large emitters in chemicals, cement, steel, petrochemicals and baseload power. The company handles site selection, custom capture system design, CO₂ compression and transport, EPA Class VI‑certified injection and continuous monitoring, consolidating engineering, permitting and long‑term stewardship under a single contract to reduce project timelines and capital costs.
Funding
Funding not disclosed
Founders
Product
Problem
Energy‑intensive industries such as chemicals, petrochemicals, cement, steel, and baseload power lack integrated, cost‑effective pathways to capture, transport, and permanently store CO₂, making regulatory compliance and decarbonization targets difficult to achieve.
Solution
Lapis Carbon Solutions delivers a turn‑key Carbon Capture, Utilization, and Storage (CCUS) service that spans project development, engineering, construction, and long‑term operation. The company identifies suitable sequestration sites, designs capture systems tailored to each emitter’s process stream, and provides engineered transport solutions to move compressed CO₂ to storage or utilization partners. Injection and post‑injection activities are executed in compliance with EPA Class VI standards, with continuous monitoring to ensure permanent storage. By leveraging in‑house technical expertise and streamlined workflows, Lapis reduces project timelines and overall capital costs, enabling industrial operators to meet carbon‑reduction goals without managing multiple vendors.
Target Audience
Primary customers are large‑scale emitters in hard‑to‑abate sectors—chemical, petrochemical, cement, steel, and baseload power generation—seeking a comprehensive CCUS solution to achieve regulatory and sustainability objectives.
Features
- Site‑selection analytics that pinpoint geologically secure storage reservoirs aligned with emitter logistics
- Custom capture technology packages (e.g., amine‑based, membrane, or oxy‑fuel systems) engineered for specific industrial processes
- Engineered CO₂ compression, pipeline, and truck transport options with safety and regulatory compliance built‑in
- EPA Class VI‑certified injection rigs and real‑time well‑bore monitoring to verify sequestration integrity
- Long‑term post‑injection stewardship, including site closure, pressure management, and leak detection monitoring
- In‑house engineering and project management teams that consolidate design, permitting, and construction under a single contract
- Local value creation through landowner agreements, community benefit programs, and job development initiatives