Industrial systems
A robust pressure-vessel system configured for compatible industrial transfer duties.
Explore the solutionBy material
An engineered fit for industrial liquids.
Assess a pressure-vessel transfer system for compatible non-hazardous process liquids and selected formulations.
Understand the material. Define the duty.
Start with the safety data sheet, chemical compatibility and the effect of compressed-air contact. Standard air transfer is not a blanket replacement for pumps handling solvents, flammable liquids or oxygen-sensitive materials.
What the system design addresses
Define corrosion allowance where applicable, wetted materials, seat and seal selection, pressure protection, vent handling and plant hazard requirements before a configuration is offered.
The data that makes selection accurate.
| Data group | Details to provide |
|---|---|
| Product properties | Viscosity at operating temperature, density, Brix where applicable, solids or crystals, foaming and air-contact restrictions. |
| Transfer conditions | Required average and peak flow, horizontal distance, elevation, pipe diameter, bends, back pressure and receiver conditions. |
| Utilities & hygiene | Available air pressure and sustained capacity, power supply, cleaning method, material requirements and applicable site standards. |
Build the right solution.
Pneumatic vs. gear & lobe pumps
Compare the transfer principle, maintenance profile and whole-system operating cost.
Explore the solutionSystem selection guide
Prepare the process data for a focused technical proposal.
Explore the solutionTechnical questions, answered
Can it replace every gear or rotary lobe pump?
Replacement is application-specific. We check viscosity at operating temperature, solids, air compatibility, flow stability, pressure drop, hygiene and total compressed-air cost. Metering duties, oxygen-sensitive products and hazardous fluids need separate review.
Does a dual-vessel system guarantee constant flow?
Alternating vessels can support continuous feeding and reduce transfer interruptions. Instantaneous outlet flow is not automatically constant. Valve transitions, air supply, pipeline resistance and receiver design must be evaluated for the required flow profile.
START WITH THE DUTY
Your material. Your route.
Your transfer system.
Share your process conditions. SINOSEN will help define the vessel arrangement, controls and site interfaces.