Carbon Capture Sites Are Doubling – Your Solvent Tank QA Needs a Sanitizable Tablet

CCUS Inspection Systems: Why Amine Tank Monitoring Requires Rugged, Sanitizable Tablets

Industrial Carbon Capture Operations | Updated 2026

CCUS Expansion Is Driving New Operational Demands

Carbon capture, utilization, and storage (CCUS) is transitioning from pilot projects to large-scale deployment. New facilities are being built alongside power plants, cement factories, and refineries to reduce emissions and meet regulatory targets.

As capacity grows, so does the complexity of plant operations. Absorber columns, solvent regeneration units, and storage systems must be continuously monitored to maintain efficiency and safety. Inspection frequency is increasing, and so are expectations for data accuracy.

Amine Systems Require Consistent, High-Quality Data Collection

Most post-combustion capture systems rely on amine-based solvents to absorb CO₂. These chemicals operate under demanding conditions and require close monitoring to prevent degradation and corrosion.

Key inspection parameters typically include:

• Solvent pH and temperature stability
• Contaminant buildup and degradation levels
• Tank levels and circulation efficiency
• Corrosion monitoring through coupons and probes

When recorded on paper, these readings are difficult to validate and nearly impossible to analyze over time. In environments exposed to solvents, physical logs are also prone to damage and data loss.

Rugged Tablets ｒｅｐｌａｃｅ Paper in Chemical Plant Inspections

The ST11-M rugged Windows tablet is engineered for industrial inspection tasks where exposure to chemicals, moisture, and frequent cleaning is unavoidable.

Its sealed enclosure resists ingress from liquids and particulates, while the surface can be cleaned regularly without affecting performance. This makes it suitable for solvent handling areas where hygiene and durability are equally important.

Field operators can input readings directly into digital forms, attach images, and complete inspection workflows without returning to a control room. Each entry is automatically timestamped and linked to the inspection location.

• Supports Windows-based industrial applications
• Operable with protective gloves
• Ensures structured inspection workflows
• Eliminates transcription errors from manual logs

Material Traceability Improves Process Control

The F502 RFID-enabled PDA supports end-to-end tracking of consumables used in CCUS operations.

Each solvent batch, additive, or replacement component can be tagged and recorded upon arrival, storage, and use. This creates a clear digital chain of custody across the plant.

Benefits include:

• Accurate inventory management
• Faster root-cause analysis during process issues
• Reduced risk of using expired or incorrect materials

Real-Time Monitoring Enhances Decision-Making

The ST13-J large-screen rugged tablet provides a centralized interface for reviewing operational data collected across the facility.

Supervisors can visualize trends in solvent performance, identify deviations, and respond proactively to early warning signs such as increased corrosion rates or declining capture efficiency.

This shift from reactive maintenance to predictive monitoring reduces downtime and supports stable long-term operation.

Fig 3 – Data visualization of corrosion and solvent performance enables faster operational decisions.

Digital Inspection Improves Compliance and Reliability

Facilities adopting digital inspection tools report significant improvements in data consistency and operational transparency. Structured data collection ensures that all required checks are completed and recorded properly.

Common improvements include:

• Near-complete inspection data coverage
• Reduced manual reporting effort
• Faster compliance verification
• Improved maintenance scheduling accuracy

Building Reliable Data Foundations for Carbon Capture

As CCUS projects expand, reliable data collection becomes essential for both operational performance and regulatory compliance. Inspection processes must evolve to match the scale and complexity of modern facilities.

Rugged tablets and RFID-enabled devices provide a practical path forward, replacing fragile paper systems with durable, connected solutions that support long-term plant reliability.