Executed at an international manufacturing facility operating in the specialty chemicals sector, this project demanded a custom-engineered approach tailored strictly to the specific product and process conditions, far beyond off-the-shelf standard machinery.
The primary objective of the project was to achieve precision dewatering of sodium metabisulfite—a compound inherently highly aggressive and corrosive—ensuring minimum product loss and maximum process reliability.
Technical Details and Our Process-Specific Engineering Approach
Aggressive chemicals like sodium metabisulfite can cause rapid corrosion, structural deformation, and performance degradation in standard equipment:
Process-Specific Modified Design: Accounting for the chemical's reactive nature and the plant's specific operational parameters, a modified machinery configuration was developed—reinforced with specialized alloys across the housing, bowl, and internal components.
Cross-Border Operational Success: Operating smoothly despite the challenging and variable infrastructure conditions of international industrial zones, the system was fully commissioned at peak capacity following successful site testing.
Key Deliverables and Added Value
Minimum Product Loss and High Yield: Through precision separation that preserves the physical and chemical structure of the product, product loss during the dewatering stage is reduced to near-zero levels.
Maximum Operational Continuity: Thanks to the material architecture resistant to corrosive effects, a continuous and stable operation is achieved across the plant's continuous process line.
Proof of Tailored Engineering: Our capability to engineer custom solutions fully compatible with the client’s specific process needs has been proven once again through an international project.
