ArticleParaffin Inhibition and Pour Point Depression of Waxy Crude Oil Using Newly Synthesized Terpolymeric Additives
ArticleParaffin Inhibition and Pour Point Depression of Waxy Crude Oil Using Newly Synthesized Terpolymeric Additives
ArticleDevelopment of Novel Terpolymes and Evaluating Their Performance as Pour Point Depressants and Paraffin Inhibitors for Waxy Crude Oil
ArticleDevelopment of Novel Terpolymes and Evaluating Their Performance as Pour Point Depressants and Paraffin Inhibitors for Waxy Crude Oil
ArticleEffect of solid contents and the ratio of EVA/ Octadecylacrylate blends on Paraffin Inhibition and pour point temperature of waxy crude oil
ArticleEffect of solid contents and the ratio of EVA/ Octadecylacrylate blends on Paraffin Inhibition and pour point temperature of waxy crude oil
ArticleSynthesis and Performance Evaluation of Newly Synthesized Waxy Crude Oil Dispersants and Inhibitors Using Styrene Based Copolymers
ArticleSynthesis and Performance Evaluation of Newly Synthesized Waxy Crude Oil Dispersants and Inhibitors Using Styrene Based Copolymers
ArticleSynthesis and Evaluation of Poly (isobutylene-alt-maleic anhydride)-co-Poly (ethylene glycol) and its Copper Oxide Nanocomposite for Enhancing the Performance of Water-based Drilling Fluids in HPHT Wells
ArticleSynthesis and Evaluation of Poly (isobutylene-alt-maleic anhydride)-co-Poly (ethylene glycol) and its Copper Oxide Nanocomposite for Enhancing the Performance of Water-based Drilling Fluids in HPHT Wells
ArticleSynthesis and Evaluation of Polymeric Dispersant Based on Vegetable Oils Their Application as Cutting Fluid
ArticleSynthesis and Evaluation of Polymeric Dispersant Based on Vegetable Oils Their Application as Cutting Fluid
ArticleSynthesis, Characterization, and Performance of New Polymeric Nonionic Surfactants as Flow Improvers and Wax Dispersants for Waxy Crude Oil
ArticleSynthesis, Characterization, and Performance of New Polymeric Nonionic Surfactants as Flow Improvers and Wax Dispersants for Waxy Crude Oil
ArticleNovel Homo-and Co-polymers Based on 7-Methacryloyloxy-4-methylcoumarin: Synthesis, Antimicrobial Activity, Pour-Point Depressants and Their Effects on the Rheology of the Waxy Crude Oil
ArticleNovel Homo-and Co-polymers Based on 7-Methacryloyloxy-4-methylcoumarin: Synthesis, Antimicrobial Activity, Pour-Point Depressants and Their Effects on the Rheology of the Waxy Crude Oil