| SMJH-1 (ref. 1) |
Not mentioned |
| SDL-1 (ref. 30) |
SDL-1 had no significant effect on the rheology of freshwater and saltwater drilling fluids |
| ARC Eco-Lube43
|
Not mentioned |
| WCOME bio-lubricant42
|
Not mentioned |
| F-1 (ref. 44) |
F-1 did not affect the AV and PV of water-based drilling fluids |
| Castor oil-based phospholipid lubricant6
|
Castor oil-based phospholipid lubricant will cause a significant increase in PV, YP, and gel before and after the aging of drilling fluid, especially YP, which can improve the rock-carrying ability of the drilling fluid |
| BLC-1/BLC-2 (ref. 46) |
Neither BLC-1 nor BLC-2 affected the rheological properties of the drilling fluid |
| JDLUB-1 (ref. 48) |
JDLUB-1 is compatible with common drilling fluid additives within 130 °C, and would not cause the deterioration of drilling fluid rheological properties |
| Biodiesel-based lubricant BL3
|
Whether it is freshwater drilling fluid or seawater drilling fluid, the AV change caused by BL is less than 5 mPa s, that is, the rheological effect of BL on drilling fluid is negligible |
| E167 (ref. 41) |
E167 only caused a slight increase in AV and YP in freshwater or saltwater drilling fluids |
| Alkyl glycerol ethers51
|
Not mentioned |
