Project Overview
A coastal construction site located in a rapidly developing region was facing significant challenges with managing wastewater generated by its workers and construction activities. The site’s proximity to the coastline added an additional environmental concern, as untreated wastewater could contaminate the surrounding marine ecosystem. To address these issues, the construction company partnered with Liding to implement a reliable and environmentally friendly wastewater treatment solution. The optimized FRP Sewage Treatment Plant was selected for its flexibility, efficiency, and compact design.
System Design and Features
The Liding?johkasou type sewage treatment plant adopts the AAO+MBBR process, it features an integrated design, flexible selection, short construction period, strong operational stability, and stable effluent that meets the standard, was an ideal fit for the coastal construction site.This system offers several key features:
1. Low energy consumption and low noise:?The aeration adopts Sino Japanese joint venture fans,?which have high air volume, low energy consumption, and?low noise.
2. Low operating costs:?Low operating cost per ton of water and long service life of?FRP ?berglass material.
3. Automatic operation:?Adopting automatic control, fully automatic unmanned?operation 24 hours a day. An independently developed?remote monitoring system that monitors data in real-time.
4. High degree of integration and ?exible selection:?Integrated and integrated design, ?exible selection, short?construction period.?There is no need to mobilize large-scale human and material?resources on site, and the equipment can operate stably?after construction.
5. Advanced technology and good processing e?ect:?The equipment uses ?llers with a larger speci?c surface?area, which increases the volumetric load.?Reduce land area, have strong operational stability, and?ensure stable e?uent meets standards.
Implementation
The Liding FRP Sewage Treatment Plant was installed on the construction site, with the system handling up to 70 cubic meters of wastewater per day. The integrated?design made it easy to transport to the site and quickly install, allowing the project to maintain a tight schedule. The plant was connected to the site's existing wastewater collection system, effectively treating sewage before discharge into the nearby marine environment.
Outcomes and Benefits
1. Environmental Protection: The system successfully treated construction-site wastewater to meet environmental discharge standards, protecting the surrounding marine ecosystem from pollution.
2. Efficient and Cost-Effective: The modular design allowed for a quick installation and ensured that operational costs were kept low, providing an affordable solution for the construction company.
3. Minimal Maintenance: The smart monitoring system enabled remote operation and maintenance, reducing the need for frequent on-site visits and minimizing downtime.
4. Scalability: The modular design of the system allows for easy expansion as the construction site grows or additional wastewater treatment capacity is needed.
Conclusion
The optimized Liding FRP Sewage Treatment Plant proved to be a perfect solution for wastewater management at the coastal construction site. Its compact, efficient, and environmentally friendly design helped meet regulatory requirements while minimizing the impact on the local ecosystem. This case highlights the versatility of Liding’s wastewater treatment systems, which can be deployed in various challenging environments, from urban construction sites to remote coastal areas, ensuring effective wastewater treatment wherever it is needed.
Post time: Feb-12-2025