UK Chemical Looping Combustion Project Report: Materials and Reactor Design

A 2026 project report from the British Geological Survey details research on Chemical Looping Combustion with oxygen uncoupling. The work includes materials testing at Cambridge, a scaled reactor test at Cranfield, and reactor modeling at Imperial College London. It contains text on flowsheet development, reactor design, and novel material performance.

Use Cases

• Extract technical specifications and performance metrics for novel CLC materials from the report text.
• Analyze reactor design parameters and modeling outcomes described in the document sections.
• Identify project milestones and experimental results from the scaled CLC with oxygen uncoupling test.
• Review developed flowsheets and process designs for Chemical Looping Combustion applications.

Strengths

• Report includes results from the first scaled test of CLC with oxygen uncoupling in the UK.
• Research contributions are documented from three UK institutions: Cambridge, Cranfield, and Imperial College London.
• Covers multiple project aims: materials development, reactor testing, and modeling.

Limitations

• Dataset is a single text document, limiting structured quantitative analysis.
• Project experienced a significant hiatus due to key staff loss, potentially affecting data continuity.
• Industrial reviewing was limited, which may reduce external validation of some findings.

Provenance

Source

British Geological Survey (BGS)

Collection Method

Project report summarizing academic and experimental research.

Time Range

Covers the duration of the UKCCSRC Call 1 project.

Freshness

Last updated in March 2026.

Geography

United Kingdom, with work at Cambridge, Cranfield, and Imperial College London.