Matches in SemOpenAlex for { <https://semopenalex.org/work/W3180272700> ?p ?o ?g. }
- W3180272700 endingPage "1181" @default.
- W3180272700 startingPage "1163" @default.
- W3180272700 abstract "Basil seed, containing anionic heteropolysaccharides in its outer pericarp, swells as gelatinous hydrocolloid when soaked in water. In this study, basil seed powder (BSP) was used as a multifunctional additive for water-based drilling fluids. The chemical composition, water absorbency, rheological properties of aqueous suspension of BSP were tested. The effect of BSP on the rheological and filtration of bentonite-based drilling fluid before and after thermal aging was investigated. The inhibition characteristics were evaluated by linear swelling, shale cuttings dispersion and shale immersion test. Lubricity improvement by BSP was measured with extreme pressure lubricity test. The results revealed that incorporation of BSP into bentonite suspension improved rheological and filtration properties effectively after thermal aging of 120 °C. BSP exhibited superior inhibitive capacity to xanthan and synergistic effect with KCl. BSP could reduce friction by forming hydration layer. The nanoscale three-dimensional network structures enable BSP to maintain high water retention and absorb strongly on bentonite and metal surface, contributing to enhanced rheology, filtration, inhibition and lubrication properties. The versatile characteristic of BSP, as well as biodegradation makes it a promising additive using in high performance water-based drilling fluid and a potential alternative to conventional synthetic polymers." @default.
- W3180272700 created "2021-07-19" @default.
- W3180272700 creator A5005357638 @default.
- W3180272700 creator A5035203844 @default.
- W3180272700 creator A5043353032 @default.
- W3180272700 creator A5051928492 @default.
- W3180272700 creator A5086619845 @default.
- W3180272700 creator A5088239865 @default.
- W3180272700 date "2021-08-01" @default.
- W3180272700 modified "2023-10-14" @default.
- W3180272700 title "Application of sustainable basil seed as an eco-friendly multifunctional additive for water-based drilling fluids" @default.
- W3180272700 cites W1429744501 @default.
- W3180272700 cites W1479766803 @default.
- W3180272700 cites W1975786869 @default.
- W3180272700 cites W1982982082 @default.
- W3180272700 cites W1983262554 @default.
- W3180272700 cites W2001104876 @default.
- W3180272700 cites W2018808743 @default.
- W3180272700 cites W2019171957 @default.
- W3180272700 cites W2029661527 @default.
- W3180272700 cites W2046697918 @default.
- W3180272700 cites W2060762334 @default.
- W3180272700 cites W2063933595 @default.
- W3180272700 cites W2074473190 @default.
- W3180272700 cites W2079768296 @default.
- W3180272700 cites W2082151448 @default.
- W3180272700 cites W2091346652 @default.
- W3180272700 cites W2093807774 @default.
- W3180272700 cites W2094185254 @default.
- W3180272700 cites W2100699652 @default.
- W3180272700 cites W2146847266 @default.
- W3180272700 cites W2176803326 @default.
- W3180272700 cites W2247833870 @default.
- W3180272700 cites W2281248909 @default.
- W3180272700 cites W2325850529 @default.
- W3180272700 cites W2328783063 @default.
- W3180272700 cites W2333475423 @default.
- W3180272700 cites W2341851173 @default.
- W3180272700 cites W2346820920 @default.
- W3180272700 cites W2494833857 @default.
- W3180272700 cites W2520853040 @default.
- W3180272700 cites W2584786257 @default.
- W3180272700 cites W2591520751 @default.
- W3180272700 cites W2728832491 @default.
- W3180272700 cites W2751289153 @default.
- W3180272700 cites W2754440358 @default.
- W3180272700 cites W2766685921 @default.
- W3180272700 cites W2779372357 @default.
- W3180272700 cites W2789127256 @default.
- W3180272700 cites W2789812604 @default.
- W3180272700 cites W2800497287 @default.
- W3180272700 cites W2805803683 @default.
- W3180272700 cites W2884413106 @default.
- W3180272700 cites W2892967926 @default.
- W3180272700 cites W2902743314 @default.
- W3180272700 cites W2907859850 @default.
- W3180272700 cites W2925181873 @default.
- W3180272700 cites W2965679472 @default.
- W3180272700 cites W2969371597 @default.
- W3180272700 cites W2972615215 @default.
- W3180272700 cites W2982870622 @default.
- W3180272700 cites W2992524790 @default.
- W3180272700 cites W3001374763 @default.
- W3180272700 cites W3016782339 @default.
- W3180272700 cites W3030790368 @default.
- W3180272700 cites W3033931516 @default.
- W3180272700 cites W3037588798 @default.
- W3180272700 cites W963901277 @default.
- W3180272700 cites W2985802403 @default.
- W3180272700 doi "https://doi.org/10.1016/j.petsci.2021.05.005" @default.
- W3180272700 hasPublicationYear "2021" @default.
- W3180272700 type Work @default.
- W3180272700 sameAs 3180272700 @default.
- W3180272700 citedByCount "16" @default.
- W3180272700 countsByYear W31802727002022 @default.
- W3180272700 countsByYear W31802727002023 @default.
- W3180272700 crossrefType "journal-article" @default.
- W3180272700 hasAuthorship W3180272700A5005357638 @default.
- W3180272700 hasAuthorship W3180272700A5035203844 @default.
- W3180272700 hasAuthorship W3180272700A5043353032 @default.
- W3180272700 hasAuthorship W3180272700A5051928492 @default.
- W3180272700 hasAuthorship W3180272700A5086619845 @default.
- W3180272700 hasAuthorship W3180272700A5088239865 @default.
- W3180272700 hasBestOaLocation W31802727001 @default.
- W3180272700 hasConcept C105795698 @default.
- W3180272700 hasConcept C127413603 @default.
- W3180272700 hasConcept C128489963 @default.
- W3180272700 hasConcept C152068911 @default.
- W3180272700 hasConcept C155672457 @default.
- W3180272700 hasConcept C159985019 @default.
- W3180272700 hasConcept C171250308 @default.
- W3180272700 hasConcept C178790620 @default.
- W3180272700 hasConcept C184608416 @default.
- W3180272700 hasConcept C184651966 @default.
- W3180272700 hasConcept C185592680 @default.
- W3180272700 hasConcept C191897082 @default.
- W3180272700 hasConcept C192562407 @default.
- W3180272700 hasConcept C200990466 @default.