AZUD WATERTECH WW
| عنوان فارسی سری | عنوان انگلیسی سری |
|---|
Wastewater treatment plant AZUD WATERTECH WW, with MBBR (Moving Bed Bio Reactor) technology, to meet the environmental standards for discharge from urban and industrial wastewater.
- MBBR wastewater technology, biologically stable against load and _ow peaks and easy expandable with no need of civil works (only it is required to increase the carriers percentage in the biological reactor). The ratio treatment capacity/footprint is higher than a conventional system.
- Fully autonomous operation, ensuring the water quality and the maximum equipment protection. No need of quailed and permanent staff.
- Compact and modular plant, with simple and immediate installation and commissioning. Without civil works. Without setbacks.
- It is assembled in the plant, all the electromechanical and control equipment needed for the complete wastewater treatment.
- On surface installation, without complex diggings. Easy accessibility to all the elements of the system.
Technical Specifications
| Application | Hospital wastewater treatment, Human wastewater treatment, Municipal wastewater treatment for discharge to water sources, municipal sewage network or recycling, Wastewater treatment of hotels and residential complexes, Wastewater treatment of workshops and factories |
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| Technology | Primary Purification by Disc Filters – Mobile Bed Biofilm Reactors – (MBBR) – Chlorination System – Ultraviolet |
| Inlet | Municipal sewage |
| production capacity | 12 to 200 m3/h |
| Applicable ranges | Drainage in public water sources, Wastewater recycling |
| installation method | Inside the container |
| Advantage | Ability to increase capacity by adding modular other wastewater treatment systems, Ability to install on the ground without the need for construction operations, Compressed system for minimal space, with the ability to move and transport easily, Excellent performance and compatible with input load changes, Flexibility in all types of wastewater treatment capabilities, Maximum efficiency and production capacity compared to the occupied space |
