Product Description
To introduce, we are manufacturers of non-biological distillery spent wash treatment plants (Xerodrop) and many other non conventional water & waste water treatment systems.
For Sugar factories and distilleries, Xerodrop can achieve ZERO SPENT WASH DISCHARGE without using Multi Effect Evaporators. Output from Xerodrop is recyclable colourless, odourless water.
Xerodrop does not contain membranes and hence operating cost is nominal.
Xerodrop needs NO CHEMICAL, NO BACTERIA, NO INCINERATION, NO AERATION, NO SECONDARY AIR POLLUTION!
Xerodrop recommends multi stage Bio-Methane Generation from spent wash, however raw spent wash also can be treated.
XERODROP is a product with almost zero or negligible supervision to effectively treat highly recalcitrant effluents. Product has given amazing results with challenging waste waters of distillery spent wash, tannery and paper & sugar mill effluents.
XERODROP has also provided extra ordinary results in treating highly toxic effluents such as that from pharmaceuticals, Dairies & food processing units, oil refineries, textiles and thermal power plants.
XERODROP Advantages :
- Offers effective removal of pollutants
- Always dependable
- More than 90% water recovery for recycling
- No smell, no noise, compact size
- No costly chemical addition
- Simplicity in operations
- Low operations & maintenance cost
- Low solid sludge generation
- Recovery of valuable soil nutrients from solid sludge revenue generation
Product Details:
| Grade standard | Reagent grade,technical grade,analytical grade,bio-tech grade |
| Packaging size | As per client |
| Physical state | Liquid |
| Usage | Industrial, Distillery |
| Application | Distillery Spent Wash |
| Plant Type | Wastewater Treatment Plant |
| Brand | XERODROP DSW |
| Industry | Distillery |
| Automation Grade | Semi-Automatic |
| Installation Type | Prefabricated,Containerized Plug & Play |
| Treatment Stages | Preliminary Treatment,Primary Treatment,Secondary Treatment,Disinfection |
| Water Source | Industrial Effluent |
| Capacity Inlet Flow Rate | 100 m3/hour,5000 m3/hour,10000 m3/hour,1000 m3/hour,500 m3/hour,2000 m3/hour |
| Feed Flow Rate | 100 m3/day,50 m3/day,2000 m3/day,1000 m3/day,500 m3/day |
Advanced Membrane-Based Treatment TechnologyExperience superior treatment through our membrane-based processes, including MBR, RO, and hybrid systems. These methods efficiently remove solids, organics, and color from distillery spent wash, delivering consistently high-quality effluent.
Customizable and Robust EngineeringEach plant is crafted to meet specific client requirements, with dimensions, membrane configurations, and capacities fully customizable. Options in mild steel and stainless steel construction ensure both durability and compatibility for different industrial settings.
Efficient Automation and ControlThe process is managed using a PLC-based control system, allowing seamless automation or semi-automated operations. Operators benefit from accurate control, reliable performance, and straightforward monitoring, enhancing overall efficiency.
FAQs of Distillery Spent Wash Treatment:
Q: How does the membrane-based treatment process work for distillery spent wash?
A: The process uses advanced membrane technologies such as MBR, RO, or hybrid systems to separate solids, organics, and color from the spent wash. Pre-treatment is required to optimize performance, and as the effluent passes through the membranes, high-quality water is recovered and contaminants are effectively removed.
Q: What are the main benefits of using an automatic spent wash treatment system?
A: Automatic systems provide reliable, consistent operation with minimal manual intervention. This increases efficiency, reduces operational errors, and ensures that treated water quality consistently meets Pollution Control Board standards.
Q: When is installation and commissioning provided for the treatment plant?
A: Installation and commissioning are provided after completion of the plants manufacturing, typically within a 23 month lead time. Our team ensures setup, testing, and personnel training for seamless operation at your site.
Q: Where can the distillery spent wash treatment plant be installed?
A: The plant is designed for installation at distillery locations or industrial sites generating spent wash. Its robust design accommodates varying feed flow rates and can be customized for available space and capacity needs.
Q: What is the typical usage and application of this treatment plant?
A: This system is intended for industrial effluent management, specifically designed to treat spent wash from distilleries, helping facilities comply with environmental regulations and enabling water reuse.
Q: What pre-treatment is required before using the membrane-based system?
A: Pre-treatment is necessary to remove large particulates and adjust pH levels, ensuring that the membranes perform efficiently and have a longer operational life.
Q: What is the range of plant capacities and how are dimensions decided?
A: Plant capacities range from 50 m3/day to 5000 m3/day. Dimensions, membrane quantity, and configuration are customized based on your treatment volume requirements and site specifications.