Feeding Systems

At InVerTec, we understand that precise material feeding is the foundation of any reliable, integral process. We provide comprehensive engineering for feeding systems across all types of reactors and peripheral equipment, prioritizing strict safety, seamless implementation, and advanced automation.

Depending on the state of the feedstock, we engineer dedicated dosing and delivery networks adapted to specific customer requirements, integrating robust control loops to ensure absolute process stability.

Key capabilities

• High-precision gravimetric and volumetric dosing of bulk solids and powders
• Customized mechanical screw conveyors and pneumatic transport networks
• Continuous liquid injection via single- and two-phase spray nozzles
• Temperature-controlled evaporation and solid–liquid dispersion systems
• Automated Mass Flow Controller (MFC) gas dosing for standard and toxic media
• Real-time gas sensor monitoring and custom client-site installation

Technical Focus

• Solid Feeding: To achieve high-precision dosing of bulk materials and powders, we implement advanced gravimetric and volumetric feeding systems. Depending on the specific material properties and required throughput, we engineer customized mechanical screw conveyor systems as well as highly efficient pneumatic transport networks.
• Liquid Delivery & Atomization: We manage liquid feedstocks through highly controlled continuous delivery methods. For direct injection, we utilize standard and two-phase spray nozzles to guarantee superior atomization and droplet control. Furthermore, we design precise evaporation systems that strictly regulate temperature to maintain exact thermodynamic equilibrium, alongside complex dispersion systems that incorporate subsequent solid–liquid separation steps.
• Gas Management: Our gas feeding architectures rely on high-precision Mass Flow Controllers (MFCs) to safely manage a wide spectrum of media, from standard process gases to highly toxic reactive precursors. To guarantee overall process integrity and strict environmental safety, these networks are continuously monitored using advanced gas sensors that track real-time concentrations and system conditions.

Achievements

• In-House & On-Site Industrial Implementation: While our laboratory is fully equipped with a wide array of proven feeding technologies for R&D and pilot trials, we have extensive experience engineering, fabricating, and installing custom feeding setups directly at our clients’ industrial facilities.
• Closed-Loop Process Stability: Every feeding platform is delivered with tailored automation and real-time concentration and flow control loops, ensuring safe, pulse-free operation across laboratory, pilot, and production scales.