Transforming Industries with Precision
Harnessing the power of advanced tomography for real-world challenges
Our innovative solutions redefine how industries operate
Our innovative solutions redefine how industries operate. From optimising material transport to improving safety and sustainability, Process Flow Intelligence brings precision and efficiency to the most demanding environments.
Use Cases
deep-sea nodule collection
Reliable solutions for nodule collection operations up to 4.5 km below the surface.
Use Cases
deep-sea mining
Reliable solutions for nodule-collection operations up to 4.5 km below the surface.
Dredging
- Benefit: Optimize slurry transport and reduce environmental impact.
- How It’s Used: ERT technology monitors slurry flow, ensuring efficient material handling and minimising waste.
- Why PFI: Proven solutions with field-tested reliability in high-volume dredging projects.
Terrestrial Mining
- Benefit: Increase efficiency and minimise downtime in harsh conditions.
- How It’s Used: Monitor flow regimes and solids concentration to optimise hydraulic transport of mining by-products.
- Why PFI: Durable, non-nuclear systems tailored for rugged mining environments.
Deep-Sea Nodule Collection
- Benefit: Reliable solutions for nodule collection operations up to 4.5 km below the surface.
- How It’s Used: Measure nodule collection rates and sediment plumes to enhance operational efficiency while minimising environmental impact.
- Why PFI: Pioneering subsea solutions with proven success in extreme pressure environments (e.g., Patania II).
Tunnelling
- Benefit: Track flow patterns and enhance project outcomes underground.
- How It’s Used: Real-time visualisation of material transport during excavation processes.
- Why PFI: Tailored technology that supports efficient project delivery in confined and complex underground conditions.
Downloadable Resources
Case Study
DEME-GSR: Discover how Process Flow Intelligence solutions supported groundbreaking research in deep-sea nodule collection.
Case Study
Optimising Hydraulic Conveying: A Case Study on Using Electrical Resistance Tomography (ERT) for Slurry Flow Monitoring.
Contact us
For more information please get in touch with a member of our team.
TELEPHONE
Address
Dickinson House,20 Dickinson Street,Manchester,M1 4LF