Clean CO2 Foam Shear Resistance Fracking Fluid Chemicals Fracturing Thickener BCG-8

Clean CO2 Foam High Temperature and Shear resistance Fracturing Thickener BCG-8

Application

The product mixes with water to form a viscoelastic fracturing fluid that can form stable foams with gaseous CO2. Product features: Clean without residue, high temperature resistance, shear resistance, shear dilution.

The fracturing fluid system is suitable for stimulation of medium-deep wells and strongly water-sensitive reservoirs, and the applicable temperature is 70-140 °C.

Operating guide

1. dosage:0.2% ~ 0.6%(w/v);or according to the needs of the formation condition.

2 .usage:Add water to the liquid mixing tank, and the jet gun inhaled the fracturing fluid thickener ( should be inhaled slowly, and better not to agglomerate or form fish eyes);After the thickener is added, stir for 20min, and the liquid should be stationary for 2 hours.

Notices

1 Use the paper plastic bag as the product packaging. Store in cool and dry place, Quality guarantee period:24 months;

2 Transport as non-dangerous Article, prevent sun and rain ;

3 Should be stored in a cool, ventilated and dry warehouse;

4 Do not store together with oil substances and ban hook;

5 Keep away from oil and heat source;

6 should be stacked 20cm from the ground and 20cm from the wall.

Company Service:

Our professional technical service team has been engaged in reservoir transformation, oilfield chemical additives research and technical services for a long time, and has rich experience in low to high temperature fracturing fluid research, deep well fracturing, foam fracturing, unconventional reservoir transformation, and thickened acid.

Since 2000, the team has been working on next-generation fracturing fluids and has achieved new results. In 2005, the experimental construction was carried out with phased results, and good stimulation effect was achieved.

At present, this new fracturing fluid is being continuously developed and upgraded, and the technical indicators are rapidly improved.