top of page

KleanFR

The Smart Self-Breaking Friction Reducer

Clean Fractures. Clear Flow. Maximum Output.

KleanFR™ is a next-generation, self-destructive friction reducer designed for high-efficiency hydraulic fracturing. 
It delivers powerful friction reduction during pumping and then transitions into automatic cleanup mode, eliminating 
the need for external breakers or post-treatment additives. 

​

The result: Cleaner fractures, Restored permeability, and Sustained production performance.

Why KleanFR™?

Traditional friction reducers often leave polymer residue that 
blocks pores and reduces conductivity. 

Klean
FR™ solves this with self-destructive polymer 
technology, activated under certain reservoir conditions. As 
it breaks down, molecular weight drops, leaving no residue 
on rocks or proppants, ensuring natural flowback and complete 
fracture cleanup—without intervention.

Game-Changing Performance

KleanFR™ keeps your reservoir clean and productive. By 
eliminating polymer residue, reducing fines migration, and 
preserving fracture conductivity, it ensures maximum flow and 
long-term well performance—while minimizing microbial risks 
for a cleaner, more efficient operation.

Key Benefits
Minimize Damage during Fracturing: 

Full polymer cleanup with no residue, gel films, or proppant pack damage. 

Enhanced flowback efficiency:

Degraded fragments allow natural flow restoration.

Operational reliability: 

Effective across wide salinity and temperature 
ranges. 

Ensures Open Pores for IOR/EOR:

Keeps pore open with maximize IOR efficiency. 

Operational reliability: 

An estimated 8-20% increase in oil production with reduction of formation damage.

KleanFR™ — Cleaner Wells, Smarter Fracturing

For technical data sheets, laboratory results, or field trial support, contact us today!

TO CONTACT OUR TECHNICAL OR SALES TEAM PLEASE CALL OR EMAIL US:

Tel: +1 800 878 1694

Email: info@zlpam.com

5599 San Felipe St. 

Houston, Texas 77056, USA

Linked in.png

© 2025 BY ZL CHEMICALS

ALTERNATIVELY YOU CAN FILL THE FOLLOWING CONTACT FORM:

Thanks for submitting!

bottom of page