Project Details
| Size | 18 m³/day |
| Location | Sri Lanka |
| Completed | 2019 |
Project Delivery
| Features | Fast, underground installation on site |
| Supported by video guidance from the ClearFox® team | |
| Treatment Modules | ClearFox® SBR |
| Chlorine dosing for disinfection |
Project Results
| Before | After | |
| BOD | 500 mg/l | <30 mg/l |
Discussion
Situation
A restaurant with an affiliated sweet shop in Sri Lanka needed an SBR wastewater treatment system. The wastewater was to be treated in such a way that the customer could discharge it into the environment without hesitation after treatment. The restaurant and the confectionery shop produce a daily wastewater volume of about 18 m³. The biological oxygen demand is 500 milligrams per litre. The reason for this is the water produced in the kitchen as well as the cleaning water from the restaurant and the sweet shop. Thus, the wastewater mainly contains fats, oils, sugar, and cleaning agents. A ClearFox® SBR wastewater treatment system is the best solution for this.
Problem
The challenge in this project was to reduce the biological oxygen demand to 30 milligrams per litre. As awareness for a clean environment is growing in Sri Lanka, compliance with all regulations was particularly important. Sri Lanka is an island, so much of the wastewater flows directly into the Indian Ocean. Furthermore, the customer asked for support from the ClearFox® service team, as they had no previous experience with the installation of an SBR wastewater treatment system.
Solution
To be able to install the ClearFox® SBR wastewater treatment system, the customer built an underground concrete tank with a volume of 22 m³. Since the customer had no previous experience in installing SBR systems, the ClearFox® team created an installation video. The instructions clearly showed which steps the customer had to follow, and which process phases the system uses to clean the wastewater.
The ClearFox® SBR system is a particularly reliable solution for biological wastewater treatment. Through the aeration system in an underground concrete tank, which is specially tailored to the customer’s wastewater, the plant supplies the microorganisms in the wastewater with oxygen. This allows them to grow and form an activated sludge, which reliably removes all impurities from the wastewater. To be able to discharge the wastewater into the environment, the customer decided to add chlorine for further disinfection.
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