Views: 0 Author: Site Editor Publish Time: 2023-05-24 Origin: Site
A prominent pharmaceutical company in Zhejiang Province specializes in producing bulk drugs and pharmaceutical intermediates. To address the challenge of high salinity and high COD (Chemical Oxygen Demand) wastewater generated from their production processes, VNOR has designed a state-of-the-art treatment system. This system incorporates three-effect evaporation crystallization and low boiling point pretreatment equipment, aiming to enhance the efficiency and sustainability of wastewater management.
The core of this project is the development and implementation of advanced evaporation and crystallization technology tailored to treat high salinity and high COD wastewater. The initiative spans three key phases, each marked by significant advancements in capacity and operational efficiency. Starting from a treatment capacity of 100 tons/day in the first phase, the project aims to implement low boiling point pretreatment technology by the third phase, thus optimizing performance and environmental sustainability.
This project signifies a crucial collaboration between VNOR and the pharmaceutical company. The partnership underscores a mutual commitment to environmental stewardship and technological innovation in treating challenging wastewater types. Through this collaboration, the project not only addresses local environmental concerns but also sets a benchmark for sustainable practices across the industry.
Ensuring exceptional quality and efficiency, the project introduces cutting-edge solutions for high salinity and high COD wastewater treatment. This involves adopting three-effect evaporation and low boiling point pretreatment technology, designed to reduce energy consumption and enhance operational efficiency. The detailed technical specifications reflect a rigorous standard of quality and innovation, ensuring the system's ability to handle varying loads and its use of advanced materials resistant to corrosive conditions.
The project integrates several key innovations aimed at optimizing efficiency and sustainability, including:
Tube-type Forced Circulation Evaporator
This design separates the heating and evaporating processes, minimizing scaling and enhancing the evaporation rate.
Corrosion Prevention
Specialized materials and designs prevent equipment corrosion, extending the life and reliability of the system.
Anti-Clogging Measures
Patented flow systems and preventive measures ensure uninterrupted operation and ease of maintenance.
These measures exemplify the project's forward-thinking approach to overcoming the unique challenges of treating high salinity and high COD wastewater.
Long-term Maintenance and Support
To ensure the long-term success and sustainability of the wastewater treatment system, long-term maintenance and support are crucial. This includes easy-to-maintain designs, remote monitoring capabilities, and predictive maintenance protocols. These measures ensure that the system not only meets current environmental standards but is also adaptable to future challenges and innovations.
By transforming high salinity and high COD wastewater into manageable forms, this project contributes significantly to the local economy and environmental protection efforts in Zhejiang Province. VNOR stands ready to help other companies embrace sustainable practices, improve their environmental impact, and explore cutting-edge solutions for wastewater treatment and resource recovery. Together, we can explore innovative solutions tailored to your needs.
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