| Merknaam: | WONDERY |
| Modelnummer: | 4x1,2x3,6m 110 ton |
| Moq: | 1set |
| Prijs: | TO BE NEGOTIATED |
| Levertijd: | 3-5 werkdagen |
| Betalingsvoorwaarden: | L/C, D/P, T/T, Western Union |
Circular Economy Galvanizing System with Integrated Waste Stream Management & Resource Recovery
WUXI WONDERY INDUSTRY EQUIPMENT CO., LTD. pioneers a holistic approach to galvanizing environmental management where every waste stream becomes a resource opportunity. Our system's acid regeneration component represents just one element of a comprehensive circular economy model that achieves 95% material recovery across all process outputs. The acid treatment system itself incorporatesdosing technology that continuously monitors pH, iron concentration, and temperature to optimize regeneration efficiency while minimizing energy consumption.
The regeneration process employs innovative technology alongside traditional distillation, allowing for recovery of valuable byproducts beyond simple acid regeneration. Specifically, the system extracts high-purity zinc chloride from acid streams—a valuable commodity in various industrial applications—while simultaneously recovering trace metals for specialized markets. This multi-product approach transforms waste treatment from an expense into a revenue stream, with typical payback periods under 24 months for the complete regeneration system.
Water management integrates seamlessly with acid treatment through cascaded reuse systems. Rinse water from post-pickling stages undergoes reverse osmosis treatment before being reused in earlier process stages, reducing freshwater consumption by 90%. Even the heat generated during acid regeneration is captured through integrated heat exchangers, providing thermal energy for building heating or other process requirements. This complete integration creates a truly sustainable operation where the only outputs are saleable byproducts and water vapor—achieving near-zero liquid discharge without compromising production efficiency or quality.
| Circular Economy Metric | Performance & Recovery Rate |
|---|---|
| Overall Material Recovery | 95% Across All Process Streams |
| Acid Regeneration Efficiency | 94% with <5% Quality Degradation |
| Byproduct Recovery | Zinc Chloride, Ferric Chloride, Trace Metals |
| Water Consumption Reduction | 90% Through Cascaded Reuse System |
| Energy Recovery | 85% of Process Heat Captured & Reused |
| Waste-to-Product Conversion | 3 Marketable Byproducts from Each Waste Stream |
| Chemical Consumption Reduction | 75% Less Neutralization Chemicals Required |
| Emission Levels | 50% Below Stringent International Standards |
| Sludge Volume Reduction | 90% Through Advanced Dewatering & Drying |
| Payback Period | <24 Months for Complete Regeneration System |
| Continuous Operation | 330 Days/Year with Automated Maintenance |
| Monitoring Compliance | Real-Time Reporting to Environmental Authorities |
| Carbon Footprint Reduction | 60% Lower vs Conventional Treatment Methods |