Polyacrylamide for Oil and Gas

High viscosity, good thickening, flocculation and rheology modification

Polyacrylamide for water treatment

Wastewater treatment flocculant, sludge dewatering agent

Polyacrylamide for papermaking

Paper Retention Aids, Paper Strengthening Agents, Paper Dispersants

POLYACRYLAMIDE PRODUCTS

CPAM

main application：

As a sludge thickener, it is mainly used in industrial solid-liquid separation processes, including sedimentation, thickening, thickening and sludge separation processes. The main applications are municipal sludge treatment, papermaking, food processing, petrochemical, metallurgy, mining separation, printing and dyeing, sugar and papermaking and industrial wastewater treatment. In the paper industry, it is used as a dry strength improvement, retention aid and drainage aid to improve the quality of various papers, save costs and increase production capacity. Recently, chemical oilfield materials are used, such as antioxidant cellulose flocculants, acidification thickeners, petroleum wastewater treatment, etc.

APAM

main application：

1. Industrial wastewater treatment

2. Municipal wastewater treatment

3. Papermaking additives

4. EOR

5. Plugging agent

6. Enhanced oil recovery

Features：

1. Flocculants: PAM creates suspended neutrals, linking suspended bridge particles together for settling.

2. Drilling fluid coating agent: high temperature resistance, salt resistance, strong chemical stability.

3. Anti-friction agent: PAM can effectively reduce the friction force when the fluid/mud flows, the dosage is small, and the performance can be improved by 50%-80%.

4. Thickener: PAM is a high molecular polymer with high viscosity, low friction, good sand suspension ability, low fluid loss and good viscosity stability.

PHPA is the abbreviation of partial amidoamide, which is a kind of plant mud additive. Can be used in industrial and oil/gas equipment. Can be used in fresh and salt water but requires high temperatures. Ideal for: Shale stabilization, viscosity, gradient reduction, flow loss control and lubrication.