Arsenic Removal Plant
Arsenic contamination in groundwater is one of the major disastrous issues faced by every human being. Low concentrations of arsenic in drinking water produced severe health effects. Considering arsenic toxicology and hazards we have developed an effective arsenic removal plant treatment that reduces the arsenic content efficiently.
We offer precision designed and highly functional range of Iron and Arsenic Removal Plants. With these plants designed to deliver optimum functionality, the plants are manufactured in compliance to defined industrial standards and are well recognized for their precision construction and high accuracy in functioning. These Arsenic Removal Plants have high demand in domestic and foreign markets and are in accordance with international quality standards. With the plants helping in effectively removing contaminants like manganese, iron and arsenic from both surface as well as ground water sources, the processes involved include removing contaminants through
- Retention of precipitate
- Catalytic oxidation
Strengths of Our Systems: We have with us experience and equipment support to successfully serve the needs of following processes
- These systems are designed to achieve higher removal efficiency
- Systems backed by services regarding installation and commissioning of plants
- Iron & arsenic removal plants backed by latest technology features to extract only fresh and healthy water that is free from pathogens and harmful micro-organisms with maximum concentration of oxygen in it
- Bringing effective decrease in the Iron ratio in contaminated water
- Low power consumption
- Easy to operate and install
- Enhances overall service life
Methods used for Arsenic removal : The processes involved for removing of arsenic include :
- Oxidation/reduction
- Precipitation
- Adsorption & ion exchange
- Coagulation/Filtration
- Lime Softening
- Activated Alumina
- Solid/liquid separation
- Physical exclusion
- Biological removal processes
Used for removing : These plants are designed to effectively remove traces of following elements from water :
- Copper
- Zinc
- Nickel
- Lead
- Tin
- Cadmium
- Iron
- Arsenic
- Fluoride
- Boron
- Mercury
Usage : Some of the end usage areas of these Iron and Arsenic Removal Plants include:
- Community purposes in rural areas
- Residences
- Office buildings
- Schools
- Colleges
- Educational institutes
- Hotels
- Restaurants
- Resorts
- Hospitals
- Others medical institutes
- Municipality water supply
- Paper mills
- Cotton mills
- Chemical plants
- Pharmaceutical
