Product Details

community drink water treatment machinery

Company Profile

Our company is a professional and high-tech enterprise who engaged in water treatment, water reuse, waste water treatment and desalination.

Our main products contain: mechanical filter, active carbon filter, water softener, electrodialysis, ultrafiltration, reverse osmosis, nanofiltration, ion exchanger, EDI, steel, stainless steel container and various water treatment agent. These technologies are widely apply to electric powder, petroleum, chemistry, steel, metallurgy, pharmacy, electron, food and so on. Moreover, our company can also provide equipment upgrading and suitable environmental sewage treatment, which depends on customer's demands and situation.

Company upholds technology and quality as the foothold unremitting search for water treatment equipment and process innovation; to save energy and environmental protection as a design goal, and strive to achieve the recycling of water resources; put integrity, win-win as idea of cooperation, solving all kinds of water quality problems for the all of users. Our company is willing to unite with all the friends in the same boat together, create brilliant!

Application of our water treatment system

1. Electricity- boiler Industry

2. Food and beverage Industry

3. Pharmaceutical preparation industry

4. Village, school, community safe drinking water equipment

5. Electron chemical industrial equipment

6. Papermaking industrial equipment

7. Industrial wastewater treatment equipment

8. Seawater desalination industry

9. Water reuse industry

Product Indroduction

Our main product includes pretreatment, mechanical filter, active carbon filter, water softener, electrodialysis, ultrafiltration, reverse osmosis, nanofiltration, ion exchanger, EDI. Detailed introduction of main techniques is as below.

Technique		Image	Introduction
Pretreatment			Pretreatment is mainly to remove suspended solids in water, colloidal material, microorganisms, some organic matter and active chlorine. Pretreatment directly influences the main technical and economic results of the follow-up process and long-term safe operation. Major equipment: Multi-media filters, activated carbon filters, in addition to iron and manganese filters, self cleaning filters, security filters, softeners, etc. It is applied to the purification of surface water, ground water, swimming pool water, running water and other water bodies, and can be used as front-end processing water treatment systems and water reuse terminal processing.
Membrane Processing	Ultrafiltration		A pressure membrane separation technique, with a molecular weight cutoff statement in practical applications, it is used to separate macromolecules, colloids, suspended solids and other small molecules in solution. Application areas includes food, beverage, bio-medicine, electricity, heat, iron and steel, chemicals, and industrial wastewater treatment and reuse and so on.
	Nanofiltration		It has a high removal rate for small organic molecules of aqueous solutions; its molecular weight cutoff is in the range of 800-1000, so it's called nanofiltration. Application:Remove the hardness of groundwater: remove organic, color of surface water; oil and water separation; glycol recovery; organic, inorganic liquid separation, concentration; natural medicines separation, concentration; both concentrated.
	Reverse Osmosis		Also known as RO, a membrane separation using pressure difference as the driving force to separate solvent from the solution. Applications: Preparation of space, water, pure water, distilled water; early preparation of medicine, electronics and other industries of water; concentrated chemical process, separation, purification and distribution of water preparation; boiler feed water, dematerialized water; seawater, brackish water desalination; paper making, electroplating, printing and dyeing, food industry, water and waste water treatment; urban waste water treatment.
Desalination	Mixed ion exchanger		Also known as mixed bed, is to put a certain proportion of anion and cation exchange resin into the same switching device, exchange and remove ions in the fluid. Application areas, high purity water system in electricity, heat, chemical, food, pharmaceutical, electronics and other industries. Applications: Water desalination, water and concentrated salt refined dairy products, fruit juice deacidification refined purified, concentrated material, purification, separation and other physical and chemical processes, waste water, waste water treatment and recycling pf precious metals, electronics, pharmaceutical, chemical, power, food, beverage and printing industries water treatment.
Desalination	EDI (Electro-deioni-zation)		Also known as continuous electrical desalination technology, it scientifically integrated electrodialysis and ion exchange technology, by the function of selectivity through of anion and cation exchange membrane, and role of the ion exchange resin to exchange ions in water to achieve directional migration of iron in water under the action of the electric field, so as to achieve deep purification desalination of water. Applications: semiconductor and electron industry -ultrapure water, biology and pharmaceutical industry - purified water, electricity, heating, chemical,steel -boiler feedwater; surface coating, replacing various distilled water, and other industries who have a high requirement of water purity.

Equipment Introduction

1. Chemical water treatment

(1) The latest environmental and no-polluted chemical water treatment process

The basic process: Pretreatment + dual-stage reverse osmosis + EDI membrane equipment

Process Product quality: conductivity>15MΩ• cm (25 ℃), hardness 0mol/L/L, silica <20 ug/L, PH value 6-9, SDI values 0, TOC <0.5ppm.

System features and advancement:

Small footprint, product quality and stability, deionized comprehensive, fully automated operation can be achieved, can achieve 24 hours of continuous operation; No acid regeneration system, no chemical regeneration, does not produce acid waste water, no waste acid alkaline wastewater treatment system; when replacing part of the membrane block does not affect the entire system, run cost less than traditional techniques, be able to adapt the high demand for the country’s future environmental protection.

Chemical water treatment is used in electric power, heat, iron and steel, metallurgy, building materials, chemical industries.

(2) The traditional chemical water treatment process

The basic process: Pretreatment + Reverse Osmosis + in addition to carbon filter + ion exchange

Process Product quality: Conductivity >5MΩ• cm (25 ℃), hardness 0mol/L, silica <20 ug/L, PH value 6-9, SDI values 0, TOC <0.5ppm.

Chemical water treatment is used in electric power, heat, iron and steel, metallurgy, building materials, chemical industries.

2. Purified Water Treatment

The basic process: Pretreatment + dual-stage reverse osmosis + EDI membrane equipment

Use standard: GMP, FDA, COS latest standards

Process Product quality: Resistivity <0.5us/CM (25℃),conductivity <2.0us/CM (25℃), microbial 10CFU / 100ML, endotoxin 0.25EU / Ml, E. coli count 0, PH value 6-9, SDI values 0, TOC <0.5ppm.

Technological features and advanced nature

Suitable for all freshwater water quality, can be produced qualified purified water, the process has no chemical pollution, and is the most advanced water purification technology, suitable for sub-central reverse osmosis treatment plant water polishing system terminal station.

Water purification equipment is mainly used in medical transfusion, pharmaceutical preparations, medical dialysis, and biological preparations.

3. Ultrapure Water Treatment

The basic process: Pretreatment + dual-stage reverse osmosis + EDI Membrane device + polishing mixed bed

Process Product quality: Conductivity >16MΩ• cm (25 ℃), total number of colonies <1 , E. coli 0, silica <20 ug/L, PH value 6-9, SDI values 0, TOC <.5ppm.

The basic process: Pretreatment + dual-stage reverse osmosis + EDI Membrane device

Process Product quality: Conductivity >16MΩ• cm (25 ℃), total number of colonies <1 , E. coli 0, siO2<20 ug/L, PH value 6-9, SDI values 0, TOC <0.5ppm

Ultrapure water is applied to the manufacturer of high purity materials, nano-materials, fine chemicals, optoelectronic industry, semiconductor materials, integrated circuits, semiconductor components, solar photovoltaic, air appliances, LED screen.

Water purification equipment is mainly used in medical transfusion, pharmaceutical preparations, medical dialysis, and biological preparations.

4. Pure Water Treatment

The basic process: Pretreatment + Reverse Osmosis

Process Product quality: Conductivity <10us/ cm (25 ℃), the total number of colonies <20, E. coli count <3/100ml, pathogens ( mean intestinal bacteria and pathogenic cocci) may not be detected, yeast bacteria, fungi may not be detected, PH value 6-9, SDI values 0, TOC <0.5ppm.

Pure water treatment is used in food, beverage, community dual water supply, ocean fresh drinking water and other fields.

5. Reclaimed Water Treatment

Middle Water is reclaimed water to achieve the specified targets of the country after the wastewater purification, can be reused within a certain range. Usually people called running water up water, call sewage water down water, while the water in between, so called middle water.

Nanofiltration and reverse osmosis membrane system form an integrated membrane system, with deep processing and reuse, the system is technologically advanced, easy to operate, good environmental.

Technological features and advanced nature

Industrial wastewater, recycled water “zero emissions; capable of handling high hardness, high salt water and micro-polluted water; saving sewage charges, high return rate.

Middle water reuse is applied to municipal sewage treatment; electricity, heat system-boiler feed water, cooling water circulating; petrochemical field- circulating cooling water reuse, clean water; food, beverage industry- production formula with water, cleaning water; wastewater the depth of the treatment and reuse.

6. Sewage Treatment

Generally divided into production wastewater treatment and domestic sewage treatment. Production sewage includes industrial wastewater, agricultural and medical sewage effluent, and the domestic sewage is generated from daily life, refers to a complex mixture of various forms of inorganic and organic matter.

The method of sewage treatment can generally be grouped into physical, chemical and biological method.

Sewage treatment is used in construction, agriculture, transportation, and energy, chemical, environmental protection, urban landscape, medical, food, and daily life.

After-sales

* Water treatment process design

* Testing equipment and testing of special membrane

* Straight drinking fountains machine of the unit used, integrating of sterilization, desalination, heating

* Traditional water treatment, EDI transformation plan and equipment modification

* EDI membrane block replacement while offering various brands of EDI block repair

* Providing maintenance of various water treatment after sales

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