Our Technologies
Our unique competences in disc stack and centrifugal separation technology
High-Efficiency Centrifugal Gas–Solid Separation
Fine particles in process gas cause product loss, contaminate downstream equipment and overload filters. Our separator removes them directly from the gas flow: in a rotating disk stack, high centrifugal acceleration drives the solids out. Separation is continuous, in a compact footprint.
This White Paper, High-Efficiency Centrifugal Gas–Solid Separation presents our compact centrifugal separator for removing fine solid particles from industrial gas streams.
Tests have shown a cut size below 1 µm and efficiencies above 99% under selected operating conditions, on powders ranging from minerals to very low-density silica. The technology has also been evaluated with customer material through confidential industrial testing.
Key uses are product recovery, equipment protection, filter load reduction and process gas cleaning, across fine chemicals, pharmaceuticals, battery materials, minerals, metals and powder processing.
Centrifugal Separation & Disk Stack Technology for Industrial Gas Cleaning Applications
How do you efficiently separate micron-sized droplets, aerosols, and fine particles from industrial gas streams while maintaining compact and reliable system design?
This white paper, Centrifugal Separation & Disk Stack Technology for Industrial Gas Cleaning Applications, examines the principles, design, and industrial applications of centrifugal and disk stack separation technologies, one of the most powerful approaches for achieving high-performance separation within a compact footprint. By connecting separation science, hydrodynamics, and real-world engineering, the paper provides practical insights into how centrifugal separation can support industrial gas treatment, particle control, and emerging carbon-capture applications.
G Dev specializes in centrifugal separation, gas treatment, and process engineering, translating fundamental separation science into practical industrial solutions. By combining expertise in particle transport, hydrodynamics, separator design, and process integration, we support the development of efficient and scalable technologies for gas cleaning, carbon capture, particle recovery, and advanced separation applications.
Scaling Industrial Carbon Capture for Large-Scale Deployment
Industrial carbon capture must be designed for deployment, not only for performance. In the first G Dev White Paper Series publication, Scaling Industrial Carbon Capture Through Gas–Liquid Contactor Innovation we examine why absorber design is one of the most important engineering levers in solvent-based post-combustion capture.
The paper explores how industrial realities such as pressure drop, footprint, fouling tolerance, maintainability, and retrofit constraints shape technology choice, and reviews the main gas–liquid contactor approaches used in the field. It also outlines G Dev’s perspective on intensified spray absorption with integrated centrifugal phase management as a compelling pathway toward compact, low-pressure-drop, and operationally robust carbon capture systems.
This paper is part of a broader G Dev white paper series on deployable gas-treatment technologies for industrial decarbonization and emissions control.