Technology and Engineering for a Sustainable Future

What is Carbon Capture & CDR (Carbon Dioxide Removal)?

As carbon emissions rise, reducing emissions alone is not enough. Removing existing CO₂ from the atmosphere is critical. Minevate offers carbon capture, utilization, and storage (CCUS) solutions to minimize industrial carbon footprints.

Natural Solutions

• Afforestation and reforestation

• Soil carbon sequestration

• Sustainable biomass management

Technological Solutions

• Direct Air Capture (DAC): Captures CO₂ directly from the air

• Bioenergy with Carbon Capture and Storage (BECCS): Net-negative emissions through biomass energy

Minevate integrates these technologies to help achieve net-zero and net-negative carbon goals.

Why Carbon Capture is Critical

• 1.5°C Target: To limit global warming, excess atmospheric CO₂ must be removed in addition to reducing emissions

• Hard-to-Abate Sectors: Cement, steel, and petrochemical industries require carbon capture as the only feasible solution

• Ecosystem Restoration: Removing excess CO₂ helps preserve biodiversity and ecosystems

Minevate Technologies

1️⃣ Direct Air Capture (DAC)

• Uses chemical solvents and adsorbents to remove CO₂ from low-concentration air streams

• Benefits:

  • Flexible and deployable in various regions

  • Suitable for geological storage or industrial reuse

  • Low carbon footprint with renewable energy integration

2️⃣ Bioenergy with Carbon Capture and Storage (BECCS)

• Captures CO₂ from biomass energy production and stores it underground

• Benefits:

  • Sustainable biomass sourcing

  • Simultaneous energy production and carbon reduction

  • High energy conversion efficiency

Minevate Decarbonization Plants – 100-200 TPH Eco-Friendly Solutions

Minevate designs modular and scalable decarbonization plants to reduce industrial carbon emissions, increase energy efficiency, and achieve net-zero targets.

Technical Specifications

How It Works

1. Gas Intake & Pre-Treatment: Industrial flue gases are filtered for particles and moisture

2. CO₂ Capture: Separated using amine solutions or membrane systems

3. Compression & Storage: Compressed to supercritical pressure and stored in secure geological formations

4. Energy Efficiency: Optimized with waste heat recovery and renewable energy integration

5. Real-Time Monitoring: Fully digital operations via SCADA and IoT

Why Choose Minevate Plants?

• High Capacity: 100-200 TPH for large-scale industrial operations

• 90%+ CO₂ Capture Efficiency: Minimizes carbon footprint

• Modular & Scalable: Fast deployment across sectors

• Industry 4.0 Automation: Full digital control with SCADA and IoT

• Sustainable Solutions: Fully compliant with international environmental standards

Applications

• Thermal and biomass power plants

• Cement and building materials facilities

• Iron, steel, and metallurgy industries

• Chemical, refinery, and petrochemical plants

• Large-scale process industries