
Polyacrylamide gel
SKU: 186999|Made to order
850 ₸
ТОО СП Промсервис
ТОО СП Промсервис
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Polyacrylamide gel is used as a flotation reagent for the mining and mineral processing industry, treatment of water from industrial effluents, and drinking water preparation.
Polyacrylamide gel
PURPOSE: for water treatment. It is most widely used as a flocculant for effective purification of natural and wastewater, capture and separation of heavy metal ions and toxic substances, which helps solve environmental problems. The product is manufactured using traditional technology without the use of microorganisms.
For flocculation: Polyacrylamide gel is also used for flocculation in the mining and chemical, coal, gas and oil production industries, ferrous and non-ferrous metallurgy, for pulp and paper and textile industry enterprises, and in the production of putties and water-emulsion paints.
Quality indicators:
Indicator name Unit TU requirements Test result
of measurement Min. Max.
Mass fraction of main substance % 7.6 8.7 8.0
Kinematic viscosity of polyacrylamide
gel solution with mass fraction mm. sq./s 4.0 4.4 4.3
0.25% in sodium chloride solution with
mass fraction 3% at 30 deg. C
Copper oxide settling rate mm/s 7.0 8.7 8.5
Mass fraction of residual monomers
calculated per 1% of main substance, % 0.003 0.004 0.003
acrylamide
Total unsaturated compounds % 0.023 0.025 0.023
TRANSPORTATION AND STORAGE
Shelf life: 4 months from date of manufacture.
Safety requirements: Not dangerous (non-flammable, non-explosive), hazard class 4.
Storage: In closed warehouse premises at temperature not exceeding +35°C in closed containers to prevent drying out.
Transportation: By all types of transport in accordance with cargo transportation rules applicable to the given type of transport, provided the product is protected from precipitation.
Packaging: Non-returnable. P. e. containers 20…30 l.
CONSUMPTION RATES AND FEATURES
The polyacrylamide requirement for water treatment systems can be estimated based on the rate of 0.15 g/m³ of main substance content in the treated water. A working solution with a concentration of 0.1% of main substance content in water is prepared in advance. The gel is effective for treating heavily contaminated and turbid waters, as well as at low temperatures (around +4°C).
Granular water-soluble polyacrylamides
Polymers for processing plants, drilling operations, paper production, drinking water production, wastewater treatment.
Polyacrylamides are classified depending on purpose into: anionic, cationic, nonionic, amphoteric, and with different molecular weights.
Main application areas:
-Enhanced Oil Recovery
-Profile Control
-Drilling Mud Additives
to increase drilling mud viscosity and allow significant reduction of filtration losses of drilling mud and increase drilling productivity by 3-8. Due to reduced permeability of formations, wellbore wall stability also increases. The polymer can be used either independently or in combination with bentonite. During forced downtime, thanks to the thixotropic character of the drilling mud, the sludge will not settle. These polymers are effective for both fresh and seawater.
-Shale Stabilization
-Lost Circulation Control
-Mining and Mineral Processing Industry
for the following productions: coal, gold, silver, copper, lead, zinc, aluminum, uranium, titanium dioxide, nickel, phosphoric acid.
-Paper Production
-Wastewater Treatment
No specifications provided
Polyacrylamide gel is used as a flotation reagent for the mining and mineral processing industry, treatment of water from industrial effluents, and drinking water preparation.
Polyacrylamide gel
PURPOSE: for water treatment. It is most widely used as a flocculant for effective purification of natural and wastewater, capture and separation of heavy metal ions and toxic substances, which helps solve environmental problems. The product is manufactured using traditional technology without the use of microorganisms.
For flocculation: Polyacrylamide gel is also used for flocculation in the mining and chemical, coal, gas and oil production industries, ferrous and non-ferrous metallurgy, for pulp and paper and textile industry enterprises, and in the production of putties and water-emulsion paints.
Quality indicators:
Indicator name Unit TU requirements Test result
of measurement Min. Max.
Mass fraction of main substance % 7.6 8.7 8.0
Kinematic viscosity of polyacrylamide
gel solution with mass fraction mm. sq./s 4.0 4.4 4.3
0.25% in sodium chloride solution with
mass fraction 3% at 30 deg. C
Copper oxide settling rate mm/s 7.0 8.7 8.5
Mass fraction of residual monomers
calculated per 1% of main substance, % 0.003 0.004 0.003
acrylamide
Total unsaturated compounds % 0.023 0.025 0.023
TRANSPORTATION AND STORAGE
Shelf life: 4 months from date of manufacture.
Safety requirements: Not dangerous (non-flammable, non-explosive), hazard class 4.
Storage: In closed warehouse premises at temperature not exceeding +35°C in closed containers to prevent drying out.
Transportation: By all types of transport in accordance with cargo transportation rules applicable to the given type of transport, provided the product is protected from precipitation.
Packaging: Non-returnable. P. e. containers 20…30 l.
CONSUMPTION RATES AND FEATURES
The polyacrylamide requirement for water treatment systems can be estimated based on the rate of 0.15 g/m³ of main substance content in the treated water. A working solution with a concentration of 0.1% of main substance content in water is prepared in advance. The gel is effective for treating heavily contaminated and turbid waters, as well as at low temperatures (around +4°C).
Granular water-soluble polyacrylamides
Polymers for processing plants, drilling operations, paper production, drinking water production, wastewater treatment.
Polyacrylamides are classified depending on purpose into: anionic, cationic, nonionic, amphoteric, and with different molecular weights.
Main application areas:
-Enhanced Oil Recovery
-Profile Control
-Drilling Mud Additives
to increase drilling mud viscosity and allow significant reduction of filtration losses of drilling mud and increase drilling productivity by 3-8. Due to reduced permeability of formations, wellbore wall stability also increases. The polymer can be used either independently or in combination with bentonite. During forced downtime, thanks to the thixotropic character of the drilling mud, the sludge will not settle. These polymers are effective for both fresh and seawater.
-Shale Stabilization
-Lost Circulation Control
-Mining and Mineral Processing Industry
for the following productions: coal, gold, silver, copper, lead, zinc, aluminum, uranium, titanium dioxide, nickel, phosphoric acid.
-Paper Production
-Wastewater Treatment
850 ₸
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