As we continue to work towards bringing our PACER project to life, KC8 is excited to provide a project update. Earlier this month, we’ve reached a significant milestone with the successful Factory Acceptance Test (FAT) of the analyser panel, a critical component of the PACER project.
What is the PACER Project?
The PACER project, with the support of Low Emissions Technology Australia (LETA), aims to drastically reduce CO2 emissions from cement production. Utilising Potassium Carbonate Absorption, it seeks to capture up to 95% of emissions generated during clinker production. This innovative carbon capture solution will be trialled at Cement Australia’s existing facility in Gladstone, Queensland. PACER represents a significant step towards decarbonising the cement industry, a sector crucial for infrastructure development but also a major source of global greenhouse gas emissions.
Site Visit and Progress Validation
On March 11th, our team, alongside our valued partners from Optimal Group Australia (OGA) and the KC8 team, conducted a detailed site review at Integrated Analytical Systems (IAS).
This visit was a crucial step in our rigorous quality assurance process, ensuring the analyser panel’s readiness for the upcoming FAT.
The Analyser Panel: Precision at the Core of PACER
The analyser panel is integral to the PACER system’s functionality. This sophisticated instrument provides real-time, high-precision gas composition measurements, including CO2, O2, and humidity, at key points throughout the plant. Specifically, it enables:
- Precise Gas Composition Analysis: Delivering accurate data for inlet, outlet, and process stream analysis.
- Real-Time Efficiency Monitoring: Quantifying CO2 removal efficiency to ensure optimal plant performance.
- Data-Driven Process Optimization: Providing the critical data necessary for continuous process refinement.
- Performance Validation: Supplying verifiable data to substantiate our performance claims.
Successful Factory Acceptance Testing (FAT)
We are delighted to report the successful completion of the analyser panel’s Factory Acceptance Test (FAT). While our KC8 team was not physically present during this phase, we received comprehensive and positive reports from OGA. This achievement validates the meticulous engineering and construction by IAS and underscores the strength of our collaborative partnerships. This successful FAT is a pivotal step, ensuring the analyser panel’s performance aligns with our stringent specifications.
Looking Ahead: Data-Driven Deployment
The successful FAT of the analyser panel represents a significant advancement for the PACER project. The precise data provided by this panel will be instrumental in the ongoing refinement and deployment of our carbon capture solutions. At KC8, we remain focused on delivering reliable, scalable, and impactful technologies to address the critical challenge of carbon emissions. Make sure you follow KC8 on LinkedIn to stay up to date with project updates.
