SLB Capturi is a business of SLB focused on carbon capture and storage (CCS) solutions for industrial and energy-sector emitters. The company develops and deploys technologies to capture CO2 from flue gas and process streams in sectors such as chemicals, petrochemicals, refining, cement, steel, waste-to-energy, power generation, and low‑carbon hydrogen.
Building on SLB’s global engineering and subsurface capabilities, SLB Capturi provides end‑to‑end CCS support—from capture unit design and modular deployment to CO2 compression, dehydration, transportation interfaces, storage-site screening and characterization, injection well design, and measurement, monitoring, and verification (MMV). Its offerings integrate digital tools for production system visibility and optimization, helping customers plan, execute, and operate CCS projects at scale and in compliance with regulatory requirements.
chemXplore tracks 3 projects involving SLB Capturi, of which one is active.
SLB Capturi's role on them: FEED, EPCI, Operator, Technology licensor, and Technology / equipment supplier.
1 new construction.
Contractors and licensors are recorded on this project For subscribers
Targeting: Carbon dioxide (1), Hydrogen (1), Natural gas (1)
Preferred carbon-capture tech chosen for proposed Connah’s Quay project; configured for flexible gas‑turbine operation, tied to HyNet CO2 pipeline, up to 1.38 GW in two phases.
Preferred EPC chosen for proposed Deeside low‑carbon power plant fitted with carbon capture, targeting at least 95% CO2 removal and connection to regional CO2 transport.
Focus on flexible generation, hydrogen-ready plants, renewables and gas diversification; projects include ~1.7 GW of tendered plants, data‑centre site development and gas portfolio expansion.
Post‑combustion capture piloted at a high‑temperature hazardous‑waste incinerator in Denmark; first global demo, showing robust energy, capture rate and emissions performance.
Exploration drilling in Bulgaria's Han Asparuh block starts with two wells, costing €170M, using advanced tech and safety standards, aiming to enhance regional energy security.
Mobile test unit ran >4,000 hours, achieved 95% capture of biogenic CO2 from recovery boiler stack, validated flue-gas pretreatment and KPIs; MTU rated at 3 t/day.
Aramco's new agreements focus on LNG, financial services, advanced materials, and procurement, enhancing strategic growth and US partnerships.
AiPSO platform uses AI to optimize production, connecting operations in real-time, boosting productivity, and increasing capacity across ADNOC's fields by 2027.
By country, the most active first. active / all projects
