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Industrial Carbon CaptureAI OptimizationNet Zero

Strip more CO₂. Burn less energy.

AI-powered optimization that fine-tunes sorbent heating and absorption cycles — maximizing CO₂ capture from industrial flue gases at the lowest possible energy cost.

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96%
CO₂ capture efficiency
38%
Energy cost reduction
2.4M+
Tons CO₂ captured
LiveCapture process · live flowAI confidence 97.8%
118 °C FLUE GAS IN ABSORBER REGENERATOR PURE CO₂ 99.2% CLEAN GAS LEAN SORBENT RICH SORBENT 14.2% CO₂ 2.4 GJ/t
The Challenge

Every molecule captured is energy saved

Capture only pays when the energy bill stays low. AI keeps it there.

The Challenge

Carbon capture is energy-intensive. Traditional capture systems consume 25-40% of a plant’s energy output — making them economically unviable for many industrial operators.

The CapturaCarbon Solution

Our AI continuously monitors flue gas chemistry, sorbent degradation, and thermal dynamics — dynamically optimizing heating and absorption cycles in real time. The result: 96% capture efficiency with up to 38% less energy consumption than conventional systems.

96% Capture Rate
38% Less Energy
Real-Time Optimization
🏭 Flue Gas In
→
⚡ AI Optimization
→
♻️ Clean CO₂ Out
The Carbon Capture AI Stack

Four AI layers that make carbon capture profitable

Chemistry, thermal control, sorbent health and cost — optimized together.

01

Flue Gas Chemistry Monitor

Continuous AI analysis of flue gas composition — CO₂ concentration, SOx, NOx, moisture, and particulate levels — for real-time sorbent optimization.

Real-Time Chemistry
02

Thermal Cycle Optimization

AI dynamically adjusts sorbent regeneration temperatures and cycle times — minimizing energy input while maximizing CO₂ desorption efficiency.

Thermal AI
03

Sorbent Degradation Prediction

Machine learning predicts sorbent degradation curves — alerting operators before capture efficiency drops and recommending optimal replacement timing.

Predictive Maintenance
04

Energy & Cost Optimization

AI balances capture rate against energy consumption — finding the optimal operating point for maximum CO₂ removal at minimum cost per ton.

Cost Optimization
Live Optimization Console

1,247 tons of emissions avoided per day

LiveCapturaCarbon Optimization ConsoleAI confidence 97.8%
Flue CO₂ in
14.2%
CO₂ captured
96.4%
Sorbent temp
118°C
Regen energy
2.4GJ/t
Flue flow
847m³/s
Sorbent health
92%
Capture metrics
🎯 Capture efficiency96%
⚡ Energy per ton2.4 GJ
💨 CO₂ purity99.2%
📉 Emissions avoided1,247 t/day
System alerts
Thermal Cycle Optimized
Regen temp reduced 4°C
1 min ago
Sorbent Degradation
Unit 3 — 88% health
7 min ago
Energy Savings Achieved
38% below baseline
14 min ago
Capture efficiency 96%
Optimized for minimum energy
The Carbon Capture Impact

Real outcomes from industrial operators

More CO₂ captured, at a lower cost per ton.

96%

CO₂ capture efficiency — maximizing environmental impact

38%

Reduction in energy costs per ton of CO₂ captured

2.4M+

Tons of CO₂ captured annually across our customers

$42M

Average annual operating savings per facility

“Every ton of CO₂ captured is a ton not warming our planet. Every dollar saved makes it possible.”

Who We Serve

Built for heavy industry

CapturaCarbon supports every stakeholder in the industrial decarbonization chain.

Cement & Steel Plants

Capture process emissions from hard-to-abate sectors with optimized energy efficiency.

Power Generation

Retrofit natural gas and coal plants with post-combustion capture that’s economically viable.

Refineries & Petrochemicals

Capture CO₂ from process streams and flue gases — meeting ESG targets without margin impact.

Carbon Capture Facilities

Optimize existing capture facilities with AI-driven thermal and sorbent management.

Testimonials

What operators say

Trusted by leading industrial operators worldwide.

★★★★★
CapturaCarbon reduced our regeneration energy by 41% while increasing capture rate by 3 points. The payback period was under 8 months — and we’re now capturing 1.2M tons annually.
Dr. Chima Obi
VP of Sustainability, Holcim Cement
★★★★★
The sorbent degradation prediction alone saved us $4.2M in premature sorbent replacement. The AI knows exactly when to swap and precisely what formulation to use.
Ezegi Charles
Plant Manager, Duke Energy
★★★★★
We achieved 99.2% CO₂ purity — exceeding our pipeline spec — while cutting energy costs by 34%. CapturaCarbon is a game-changer for industrial CCS.
Dr. Tosin Mandy
CCS Director, Shell
Our Team

Chemical engineers and climate scientists

Chemical engineers, AI researchers, and climate scientists united to decarbonize industry.

Dr.

Dr. Tilenenge Orshio

CEO & Co-Founder

Chemical engineer with 15+ years in carbon capture. Former Climeworks R&D lead.

Dr. Michael Chen

Dr. Gabriel Okilo

CTO & Co-Founder

AI/ML Ph.D. specializing in process optimization for carbon capture systems.

Dr.

Dr. Temi Ibro

Head of Sorbent Science

Materials chemist. Developed next-generation sorbents for low-energy regeneration.

Divine

Divine Osai

VP of Product

Product leader with deep experience in industrial automation and process control.

Contact

Ready to optimize your carbon capture?

Tell us about your facility, and we’ll show you how CapturaCarbon can help.

Email
Tilenenge@capturacarbon.com
Address
No. 171 Tyo Demekpe Wadata, Makurdi,Makurdi, Benue, NG
Urgent capture emergencyFor capture system upsets, sorbent failures, or emissions compliance events, our engineering response team is available 24/7.
Get Started

Start optimizing your capture today

Deploy CapturaCarbon in your facility in weeks. Start capturing more CO₂ at lower energy cost.

1

Connect

Integrate CapturaCarbon with your existing DCS, SCADA, and flue gas analyzers.

2

Calibrate

Our AI learns your specific sorbent chemistry, thermal dynamics, and flue gas composition.

3

Optimize

Real-time thermal cycle optimization delivering up to 38% energy savings within weeks.

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