Full Report
The go-anywhere, rugged and reliable FS10i Flow Meter measures up when it comes to challenging, high-temperature on-site quarry lime-based carbon capture processes.
Analysis Summary
This context describes a product (an industrial flow meter) used in cement/quarry lime-based carbon capture processes, not a cybersecurity threat intelligence report involving actors, TTPs, or IoCs. Therefore, the threat intelligence summary structure must be adapted to reflect that the "threat" being addressed is operational failure or inefficiency in the described industrial process, and the "mitigation" is the deployment of the product described.
# Main Topic
Operational resilience and accurate measurement within challenging, high-temperature, lime-based carbon capture processes utilizing quarry materials.
## Key Points
- The FS10i Flow Meter is designed to measure flow accurately in rugged, demanding environments like on-site quarry lime-based carbon capture.
- It utilizes application-proven thermal dispersion technology to provide a highly accurate and repeatable linearized 4-20 mA output of flow rate.
- The device features thermowells constructed of corrosion-resistant Hastelloy C-22.
- It is capable of operating in high fluid temperatures up to 121°C (250°F) and has an Ingress Protection rating of IP67.
- The meter is designated as SIL-2 rated on its 4-20mA flow calibrated output and SIL-1 compliant on the alarm relay, indicating high functional safety integrity.
- The design includes no moving parts, eliminating clogs and reducing routine maintenance requirements compared to mechanical flow meters.
## Threat Actors
This summary pertains to operational technology (OT) requirements, not malicious threat actors. No threat actors (e.g., APTs, criminal groups) are mentioned in relation to the operational context provided.
## TTPs
This summary pertains to operational technology (OT) requirements, not typical cyber threat tactics, techniques, or procedures (TTPs). The key operational feature is its **Thermal Dispersion Technology** for reliable measurement.
## Affected Systems
- **Processes Affected:** Challenging, high-temperature, on-site quarry lime-based carbon capture operations.
- **Technology Supported:** Industrial flow metering, specifically supporting measurement in harsh chemical environments.
- **Configurations Available:** Inline tee (NPT-F connection for 1" or 2" lines) or insertion meter (0.5" NPT-M compression fitting with Teflon® or metal ferrule; available lengths of 6" or 12").
## Mitigations
The deployment of the FS10i Flow Meter serves as the primary mitigation against measurement failure or operational inefficiency in these specific process conditions.
- **Improve Accuracy/Repeatability:** Utilize thermal dispersion technology for flow measurement.
- **Enhance Durability:** Use Hastelloy C-22 construction for corrosion resistance in lime-based environments.
- **Ensure Process Safety Integrity:** Leverage the SIL-2 compliance on the output signal and SIL-1 compliance on the alarm relay.
- **Reduce Maintenance/Downtime:** Selecting a flow meter with no moving parts negates common failure modes associated with mechanical meters in dusty/corrosive gas streams.
## Conclusion
The FS10i Flow Meter offers a technically robust and safety-certified solution specifically engineered to overcome the operational challenges (high temperature, corrosivity) inherent in modern lime-based carbon capture processes. Its robust materials and safety ratings mitigate risks associated with measurement inaccuracy or hardware failure in critical industrial infrastructure.