Dyln Water Technologies

Water Treatment Plant Description

A Water Treatment Plant is a facility designed to purify water, making it safe for human consumption, industrial use, or environmental discharge. These plants play a crucial role in maintaining public health, supporting economic activities, and preserving ecosystems by treating raw water from sources like rivers, lakes, reservoirs, or underground wells.

Key Processes in a Water Treatment Plant:

1. Intake and Screening

   • Purpose: Remove large debris such as leaves, branches, and trash.
   • Methods: Coarse screens or mechanical rakes.

2. Coagulation and Flocculation

   • Purpose: Bind fine particles into larger aggregates (flocs).
   • Methods: Chemicals like alum or ferric chloride are added to destabilize particles.

3. Sedimentation

   • Purpose: Separate solid particles from the water by gravity.
   • Process: Flocs settle at the bottom of large sedimentation tanks.

4. Filtration

   • Purpose: Remove remaining suspended solids, pathogens, and impurities.
   • Types of Filters: Sand filters, membrane filters, or activated carbon filters.

5. Disinfection

   • Purpose: Eliminate harmful microorganisms.
   • Common Disinfectants: Chlorine, ozone, or ultraviolet (UV) light.

6. pH Adjustment

   • Purpose: Ensure the water has a neutral pH to prevent corrosion in distribution systems.

7. Storage and Distribution

   • Treated water is stored in reservoirs or tanks and distributed through a network of pipes to consumers.

Types of Water Treatment Plants:

1. Drinking Water Treatment Plants: Focus on providing potable water.
2. Wastewater Treatment Plants: Treat sewage or industrial wastewater before discharge.
3. Desalination Plants: Remove salt and minerals from seawater or brackish water.
4. Specialized Industrial Plants: Address unique water treatment needs for industries.

Environmental and Safety Considerations:

• Proper disposal or recycling of sludge and other byproducts.
• Minimizing energy and chemical use.
• Ensuring compliance with local and international water quality standards.

Water treatment plants are vital for ensuring access to clean water, preventing waterborne diseases, and supporting sustainable water management practices worldwide.

A water chiller is a device used to lower the temperature of water. Most chillers use refrigerant in a closed loop system to facilitate heat exchange from water where the refrigerant is then pumped to a location where the waste heat is transferred to the atmosphere.

Additional Information:

• Production Capacity: 1000LTR
• Delivery Time: 12 DAY

Pouch packaging machines are a type of machine that is used to package products in pouches. There are many different types of pouch packaging machines, but all of them have the same basic function- to package products in pouches

Additional Information:

• Production Capacity: 3000 to 3500 pr hr
• Delivery Time: 1 week

Urea stored in around 50kg-1000kg bags from the mezzanine floor is fed in to the blending tank in regulated proportion as per the blending process. 32.5% of Urea and balance DM water is mixed thoroughly in blending tank and blended until the desire quality of Adblue® product specifications are obtained.

Additional Information:

• Production Capacity: 1000LPH
• Delivery Time: 20 day

Nanofiltration is a filtration process using a nanoporous membrane that is used in waters with low total dissolved solids. The purpose is to remove polyvalent ions, in addition to disinfecting it by retaining organic matter

What is Iron removal Filter or water treatment for Iron removal?

Iron is naturally occurring elements in the earth layer. Iron leaves a reddish-brown colour in the water. The taste of iron content in the water is unpleasant and stains clothing. Hence Iron removal filter or water treatment for Iron removal Filter is mandatory. Iron normally present in water in solvent structure as the ferrous iron (bivalent iron in broke down structure Fe2+ or Fe(OH)+) or complexed structure like the ferric iron (trivalent iron: Fe3+ or hastened as Fe(OH)3). The event of iron in water can likewise have a modern inception ; mining, iron and steel industry, metals erosion, and so forth.

Process of  Iron Removal using Iron removal Filter or water treatment for Iron removal?

When all is said in done, iron doesn’t present a risk to human wellbeing or the earth, however it brings disagreeableness of a stylish and organoleptic nature. For sure, iron gives a rust shading to the water, which can recolor cloth, clean offices or even nourishment industry items. Iron likewise gives a metallic taste to water, making it horrendous for utilization. It can likewise be at the birthplace of consumption in channels sewers, because of the improvement of microorganisms, the ferrobacteries.

 In circulated air through water, the redox capability of the water is, for example, it permits an oxidation of the ferrous iron in ferric iron which hastens then in iron hydroxide, Fe(OH)3, in this way permitting a characteristic expulsion of broke up iron.

4 Fe2+ 3 O2 – > 2 Fe2O3

 Fe2O3 + 3 H2O – > 2Fe(OH)3