LIFT technology was commercialized in 2019 successfully and has been applied in various oil and gas fields in the world. It has been proved to be effective in cementing oil or gas wells with the following conditions and properties:

Temperature:	BHST 150-325oF (65-160oC)
Density:	12.0 ppg to 20.0 ppg (1.45 – 2.45 g/cm3)
Mix-water:	Fresh water
Compressive strength:	7-10 MPa/100oC temperature differential*72 hrs.
API fluid loss:	≤50 mL

Further information about field jobs is described in documented “Case History of LIFT Technology”.

Typical properties and thickening curve of LIFT slurries are shown in the following Table and Figure.

Item	Specification	Results with LIFT
Density, g/cm3	1.95	1.95
Dispersibility, cm	20-24	23
API fluid loss, ml (110℃*6.9MPa*30min)	<50	42
Initial thickness, Bc	<30	7
Thickening time, minutes (110℃*90MPa*50min)	240-270	270
Compressive strength, MPa (20℃*0.1MPa*48h)	>3.5	20.1

Polymeric retarder (KCM057), dispersant (KCM012S and KCM012L), and fluid loss control agent (KCM065S and KCM065L) in LIFT systems play the most important role in cementing long intervals. In addition, extenders (KCM019, KCM019R, KCM030A, KCM030B, KCM030C and KCM030D, KCM020, KCM020R, and KCM032) and expanding agents (KCM025LT, KCM025, KCM025HC, and KCM025H) are also used and compatible with major additives in LIFT systems.

The laboratory procedures, quality assurance program and guidelines for field mixing and handling of LIFT systems are described in LIFT fluid manual.

Refer to the technical sheet and SDS of the respective product for the health, safety and environmental information of each product.