Wastewater
Ferric chloride
Iron chloride is an efficient and inexpensive flocculant for the treatment of urban and industrial wastewater. It has significant effects on precipitation of heavy metals and sulfides, decolorization, deodorization, oil removal, sulfides, decolorization, deodorization, oil removal, sterilization, phosphorus removal, and reduction of effluent sterilization, phosphorus removal, and reduction of effluent COD and BOD. And compared to polymeric iron sulfate and COD and BOD. And compared to polymeric iron sulfate and polymeric aluminum chloride, the processing cost will be polymeric aluminum chloride, the processing cost will be lower
Trade Name | Chemistry | Form |
|---|---|---|
SB-FCCP | Ferric chloride | Dry |
SB-FCCL | Ferric chloride | Liquid |
Ferrous chloride
1. Ferrous chloride can be used to produce water purification material ferric chloride, which is the basic raw material for polymeric ferric chloride.
2. Directly used for pollution and wastewater treatment, it has a wide range of applications in printing and dyeing, electroplating, and leather wastewater treatment.
3. Catalysts in the organic dye industry, mordants in the textile industry, and colorants for marble, granite, and agate.
4. It has a significant treatment effect on various types of electroplating leather wastewater, with a removal rate of nearly 100% for various heavy metal ions in the wastewater,
low treatment cost, and is an ideal agent for wastewater treatment.
5. It has strong decolorization ability and is suitable for the treatment of dyes, dye intermediates and wastewater in the printing and dyeing industry. It can simplify the water treatment process shorten the water treatment cycle and reduce the cost of water treatment. This product uses pure raw materials and a unique production process, ensuring the quality of the products and low heavy metal ion content.
6. High purity ferrous chloride is and ideal raw material for producing water purifiers, iron salts , iron oxide red, and mordants, especially for wet process production of iron oxide red.
Trade Name | Chemistry | Form |
|---|---|---|
SB-FSCP | Ferrous chloride | Dry |
SB-FSCL | Ferrous chloride | Liquid |
Polyferric sulfate
Polyferric sulfate has a strong ability to neutralize the charge on suspended particles, reduce the potential of micelles, stabilize the gel with a higher potential, and hydrolyze into flocculent hydroxyl iron compounds. And it has strong adsorption capacity, making it an efficient polymer flocculant. Compared to polyaluminum chloride, polymeric ferric sulfate has a stronger ability to remove COD and can also remove a special heavy metal, antimony.
Trade Name | Chemistry | Form |
|---|---|---|
SB-PFSP | Poly ferric sulfate | Dry |
SB-PFSL | Poly ferric sulfate | Liquid |
Ferrous Sulfate
The main uses of ferrous sulfate in sewage treatment are as a flocculant, reducing agent, precipitant, etc.
1. As a reducing agent: Ferrous sulfate is a strong reducing agent that can reduce hexavalent chromium in the water containing chromium wastewater of electroplating plants to trivalent chromium, replacing expensive sodium sulfite, sodium bisulfite, sulfur dioxide, etc. The advantage is that it does not produce toxic and carcinogenic stimulating chlorides (mainly sulfur dihydrogen), and its price is low.
2. As a flocculant: Ferrous sulfate is widely used as a flocculant, which has the following advantages: fast settling speed, large sludge particles, small and dense sludge volume, good color removal effect (very suitable for the treatment of textile wastewater such as printing and dyeing and washing), no toxicity and beneficial biological growth (very suitable for use in subsequent sewage treatment systems with biochemical treatment processes), no need to change the original process, and low price, As a flocculant, ferrous sulfate can replace polyaluminum, basic aluminum chloride, polymeric iron, aluminum sulfate, ferric chloride, etc.
3. As a precipitant: it can form precipitates with sulfides, phosphates, etc. to remove/remove sulfides, phosphates, ions, etc., and treat sulfur containing wastewater from printing and dyeing plants with ferrous sulfate.
Trade Name | Chemistry | Form |
|---|---|---|
SB-FSSP | Ferrous sulfate | Dry |
SB-FSSL | Ferrous sulfate | Liquid |
Polyaluminum chloride
Polyaluminum chloride is an inorganic polymer coagulant that contains hydroxide ions. It has the ability to adsorb, condense, and precipitate insoluble impurities in water, as
well as multiple functions such as deodorization and sterilization of water sources. Compared to other coagulants, the addition of polyaluminum chloride results in
a higher rate of formation and sedimentation efficiency, effectively removing chromaticity, suspended solids, COD, BOD, and a series of heavy metal ions from wastewater.
An d it also has strong adaptability to various water qualities, and different water qualities need to be paired with products with different alkalinity levels. Based on years of industry
experience, Sinoblue can provide customers with different compound type s of polyaluminum chloride to achieve the best usage effect.
Application field:
1. Sterilization and deodorization
2. Industrial circulating water
3. Industrial wastewater
4. Domestic sewage
5. Mine wastewater
6. Oilfield Reinjection Water
7. Metallurgical wastewater
8. Coal washing water
9. Leather wastewater
10. Paper making
11. Printing and dyeing textiles
12. Steel casting
Trade Name | Chemistry | Form |
|---|---|---|
SB-PARP | Polyaluminum chloride | Dry |
SB-PARL | Polyaluminum chloride | Liquid |
SB-PAYP | Polyaluminum chloride | Dry |
SB-PAYL | Polyaluminum chloride | Liquid |
Organic flocculant
Polyaluminum chloride is an inorganic polymer coagulant that contains hydroxide ions. It has the ability to adsorb, condense, and precipitate insoluble impurities in water, as well as multiple functions such as deodorization and sterilization of water sources. Compared to other coagulants, the addition of polyaluminum chloride results in a higher rate of formation and sedimentation efficiency, effectively removing chromaticity, suspended solids, COD, BOD, and a series of heavy metal ions from wastewater. An d it also has strong adaptability to various water qualities, and different water qualities need to be paired with products with different alkalinity levels. Based on years of industry experience, Sinoblue can provide customers with different compound type s of polyaluminum chloride to achieve the best usage effect.
Application field:
1. Sterilization and deodorization
2. Industrial circulating water
3. Industrial wastewater
4. Domestic sewage
5. Mine wastewater
6. Oilfield Reinjection Water
7. Metallurgical wastewater
8. Coal washing water
9. Leather wastewater
10. Paper making
11. Printing and dyeing textiles
12. Steel casting
Trade Name | Chemistry | Form |
|---|---|---|
SB-PAPD | Organic+Inorganic | Liquid |
Polyacrylamide
Application field:
1. Paper making
2. Oil extraction
3. Water treatment
4. Coal mining
5. Biopharmaceuticals
6. Construction industry
7. Food processing
7. Food processing
8. Soil amendment
8. Soil amendment
Code | Chemistry | Form |
|---|---|---|
FLOC-CWE | CPAM | Emulsion |
FLOC-CWP | CPAM | Dry |
FLOC-NWE | NPAM | Emulsion |
FLOC-NWP | NPAM | Dry |
FLOC-AWE | APAM | Emulsion |
FLOC-AWP | APAM | Dry |
Defoamer
This product is an efficient defoaming agent that has both instantaneous defoaming and persistent defoaming inhibition effects. It is mainly used in fabric dyeing and finishing processes, such as defoaming or defoaming inhibition of color paste, defoaming during chemical fiber sizing, and defoaming inhibition in coating, papermaking, and water treatment processes.
Features:
1. Low dosage, high efficiency in defoaming and anti foaming
ability.
2. The ability to control foam quickly and persistently.
3. Efficient defoaming ability.
4. Efficient adaptability, suitable for different aqueous systems,
and possessing acid and alkali resistance, high and low
temperature resistance, and other properties.
5. Excellent dispersion, convenient to use in water systems.
Code | Chemistry | Form |
|---|---|---|
SB-NSD | Defoamer | Emulsion |
SB-OSD | Defoamer | Emulsion |
Trichloroisocyanuric acid (TCCA)
Code | Appearance | Effective chlorine content (%≥) | Moisture content (%≤) | PH(1%) |
|---|---|---|---|---|
SB-TAQP | White | 88 | 1.0 | 2.6 ~3.2 |
SB-TAFC | White | 89 | 0.8 | 2.6 ~ 3.2 |
SB-TAHS | White | 90 | 0.5 | 2.6 ~3.2 |
Sodium Dichloroisocyanurate (DCCNA)
Code | Appearance | Effective chlorine content (%≥) | Moisture content (%≤) | PH(1%) |
|---|---|---|---|---|
SB-SDQP | White | 56 | 7.0 | 5.5~7.0 |
SB-SDFC | White | 58 | 5.0 | 5.5~7.0 |
SB-SDHS | White | 60 | 3.0 | 5.5~7.0 |
Heavy Metal catcher
This product is suitable for heavy metal wastewater in complex and chelating states. It can quickly react with various heavy metal ions such as Hg, Cd, Cu, Pb, Mn, Ni, Zn, Cr3+, etc. in the wastewater at room temperature and a wide pH range, generating ins oluble flocculent precipitates and large alum flowers, thereby achieving the goal of capturing and removing heavy metal ions.
Features:
1. Stability
This product forms a stable polymer with heavy metal ions,
which will not precipitate heavy metal ions in strong acidic
and alkaline environments. The heavy metal chelates are
also very stable in the temperature range of 100 ° C to 300 °
C. Under natural environmental conditions, the polymer can
maintain long term stability, ensuring the environmental
friendliness of subsequent sludge.
2. Sensitivity
It is very effective for trace metal ions in wastewater, and can reduce the content of toxic heavy metal ions in wastewater to 0.001mg/L.
Applicable scope:
1. Conventional heavy metal wastewater, such as heavy metal ion capture in industries such as mining, metal ion capture in industries such as mining, electroplating, electronics, and circuit boards.
2. Capture of heavy metal ions in radioactive wastewater such as nuclear power plant reactors, uranium thorium such as nuclear power plant reactors, uranium thorium hydrometallurgy plants, billion yuan, isotope experimental reactors, and production reactors.
3. Environmental Star
This product is a sulfur--free polymer, so it will not cause free polymer, so it will not cause secondary pollution to the environment.
Code | Chemistry | Form | PH | Specific Gravity |
|---|---|---|---|---|
SB-TX | Organic Polymer | Liquid | 9.5~12.5 | 1.17~1.19 |
Deodorant
This product is a natural plant deodorant
Function:
1. Promote the decomposition of organic pollutants, reduce COD and BOD, and purify water quality
2. Improving the purification capacity of sewage treatment systems
3. Eliminating environmental odor and inhibiting the proliferation of harmful pathogens
Nutrients for biological water treatment
⚫ Aerobic strain
⚫ Anaerobic strain
⚫ Nitrifying strain
⚫ Denitrification strain
⚫ Ammonia nitrogen degrading strain
⚫ Cod Degrading strain
⚫ Degreasing strain
code | Appearance | Content | Form |
|---|---|---|---|
SB-LBPLT | Green | ≥99% | Solution |
Decolorizing flocculant
This product is a quaternary ammonium cationic polymer compound, also known as dicyandiamide formaldehyde condensation resin, which has functions such as decolorization, flocculation, and COD removal.
Application:
1. The unique decolorization ability is mainly applied to the decolorization treatment of high chromaticity wastewater in dye factories. The suitable dye varieties are active, acidic, and dispersed
dyes, with a decolorization rate of about 95% and a COD removal rate of about 70%.
2. It can also be used for the treatment of industrial wastewater such as textiles, printing and dyeing, ink, etc
Code | Appearance | Solid content | Dynamic viscosity (cps | PH(25%) |
|---|---|---|---|---|
SB-LSD07 | Light yellow | ≥50 | 30~200 | 2.0~5.0 |
SB-LSD05 | Light yellow | ≥50 | 30~200 | 2.0~5.0 |
SB-LSD03 | Light yellow | ≥50 | 5~200 | 2.0~5.0 |
SB-LSD01 | Light yellow | ≥50 | 30~200 | 2.0~5.0 |
Phosphorus remover
This product is an inorganic polymer composite flocculant that combines phosphorus removal and flocculation. It can quickly neutralize the negative charge on the surface of colloidal particles in water, and also play a bridging, adsorption, and net trappin g role between ions. When used in conjunction with heavy metal capture agents, it can effectively play a synergistic role in removing heavy metals.
Code | Appearance | Content | PH |
|---|---|---|---|
SB-LYFS | Yellow Dry | ≥99% | ≤4 |
Nutrients for biological water treatment
1. Aerobic strain
Aerobic agents have a good degradation function on organic matter in water bodies. Due to the strong resistance of spore bacteria to external harmful factors, the sewage treatment system has a high resistance to load shocks and strong processing capacity. When the concentration of sewage changes significantly, the system can also operate normally, ensuring stable discharge of effluent; Aerobic agents can effectively remove BOD, COD, in sedimentation tanks, and increase the number and diversity of protozoa; Quickly start and restore the system, improve its processing capacity and impact resistance, effectively reduce the production of residual sludge, reduce the use of coagulants and other chemicals, and save electricity.
2.Anaerobic strain
Anaerobic agents can hydrolyze insoluble organic matter in water into soluble organic matter, converting difficult to biodegrade macromolecular organic matter into easily biodegradable small molecule substances, thereby improving the biodegradability of wastewater and laying the foundation for subsequent biochemical treatment. Anaerobic agents are also compounded with highly active biological enzymes, such as amylase, protease, and lipase, which can assist bacterial strains in quickly decomposing and transforming organic matter,
and improve the rate of hydrolysis and acidification; Improve the methane production rate and efficiency of anaerobic systems and reduce the content of solid suspended solids in water
3.Nitrifying strain
Product Features
◼ This product can rapidly reproduce in the biochemical system and hang a film on the filler, converting ammonia nitrogen and nitrite in sewage into harmless nitrogen and releasing it from the water body, thereby achieving the effect of rapid degradation of ammonia nitrogen and total nitrogen , reducing odor release, inhibiting the growth of spoilage bacteria reducing the production of biogas ammonia and hydrogen sulfide and reducing atmospheric pollution.
◼This product can shorten the domestication time and film formation time of activated sludge by adding nitrifying bacteria, accelerate the startup of sewage treatment system, reduce the
residence time of sewage, and improve the overall treatment capacity.
◼
Adding nitrifying bacteria to the sewage treatment process can improve the sewage ammonia nitrogen treatment efficiency by more than 60% on the original basis without changing
the treatment process, and reduce the treatment cost. It is an environmentally friendly and efficient microbial agent.
4. Denitrification strain
◼lt has high treatment efficiency for nitrate and nitrite, improves denitrification efficiency, and maintains long term stability of nitrification in the system.
◼@Denitrification bacteria can quickly recover from the chaotic state of denitrification caused by shock load and sudden factors.
◼@Minimize the influence of the system with insufficient safety factor on nitrogen removal and nitrification.
5. Ammonia nitrogen degrading strain
Advantages:
⚫Accelerate the removal of ammonia nitrogen in water by coordinating multiple microbial communities to enhance efficiency.
⚫ It contains biological enzymes that can quickly decompose dead sludge and reduce aerobic sludge discharge by more than 50%.
⚫The cost of treating one ton of water is very low through the proliferation of bacterial strains.
⚫Can quickly recover from faults caused by loads and toxins.
Two characteristics:
◼10 billion effective bacterial grams.
◼The effective temperature is 8 4 4 ° C, and the ideal temperature is 25 -3 5 ° C.3 5 ° C.
◼The appearance is gray powder.
6.Degreasing strain
This bacterial a gent is a kind of strain that can resist and degrade oil pollution. It can effectively degrade vegetable oil, animal oil and various industrial oils. The main components are organic hydrocarbon degrading strain, micrococcus, enzymes, nutrients, etc.