CarbonScan.ai
Energy Assessment

Carbon Capture, Utilization &
Storage (CCUS)

Carbon Scan.ai helps you measure, track, and report CCUS performance with accuracy—ensuring compliance and driving sustainable impact.

99.9%

Accuracy Rate

24/7

Monitoring

500+

Global Clients

Our impact by numbers

Carbon Scan.ai is helping businesses simplify carbon accounting with real-time tracking, automated reporting, and compliance-ready insights.

CO₂ Data Points Processed Today

CO₂ Data Points Tracked Since 2020

Demand for carbon capture, utilization, and storage is accelerating

Traditional carbon capture systems often focus only on short-term storage, offering limited long-term benefits. Carbon Scan.ai enables industries to go further by transforming captured CO₂ into durable construction materials such as bricks and cement raw inputs. This ensures the carbon is locked in for decades, creating both environmental and economic value.

By embedding CO₂ directly into building materials, companies can reduce emissions, lower reliance on traditional cement processes, and contribute to a more sustainable construction sector. Importantly, this approach not only supports decarbonization but also makes businesses eligible for verified carbon credits, opening new revenue streams while meeting global sustainability expectations.

A growing number of Malaysian and international firms are exploring CCU with Carbon Scan.ai, as it offers long-term storage, compliance readiness, and financial incentives through carbon markets.

100+
yrs

PERMANENT STORAGE

CO₂ securely locked in building materials (Traditional CCS: <30 yrs; CCU 3x longer)

$28.0
/te CO₂

COST OF UTILIZATION

vs Traditional CCS: $45— —60/te CO₂ (~40% lower cost)

$320.0M

INITIAL CAPEX

vs CCS plants: $500M+ (36% lower investment)

$30.0
/te CO₂

CARBON CREDIT REVENUE

Verified credits from long-term utilization

Cement Industry

Cement Industry

Palm Oil

Palm Oil

Automobile

Automobile

Manufacturing

Manufacturing

CarbonScan.ai's Carbon Capture & Utilization (CCU) technology offers cross-industry usability by converting captured CO2 into durable raw materials for cement, bricks, and construction applications. In palm oil and food processing, it reduces refinery emissions while generating carbon credits; in cement and construction, it permanently stores CO2 and enables low-carbon building materials; in transport and logistics, captured emissions can be repurposed into infrastructure blocks for ports, roads, and warehouses; in the automobile and manufacturing sectors, it supports net-zero goals by embedding carbon-negative materials into supply chains. Beyond these, CCU solutions extend to steel, power generation, mining, real estate, and chemical industries — creating scalable pathways for long-term CO2 storage, cost savings, and monetizable carbon credits.

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