Rheological and Filtration Performances of Rhizophora mucronata Tannin Water-Based Drilling Fluid

Muhayyidin, A.H.M.; Bakar, Noor Fitrah Abu; Sauki, Arina; Ghazali, Nurul Aimi; Jan, B.M.; Ibrahim, Wan Asma; Naïmi, Foad

doi:10.1016/j.matpr.2019.06.361

Cited by 11 publications

(5 citation statements)

References 15 publications

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“…Reference [65] studied the rheological and filtration properties of WBDF when Rhizophora mucronata tannin was used as a deflocculant. At a maximum post-ageing temperature of 177˚C, the formulated mud-rheological properties such as plastic viscosity, yield point, 10 sec gel strength and 10 min gel strength tend to decrease significantly by 28.2 percent, 33.3 percent, 33.3 percent and 27.3 percent, respectively.…”

Section: Unmodified Tannin-based Deflocculantsmentioning

confidence: 99%

Tannin-Based Deflocculants in High Temperature High Pressure Wells: A Comprehensive Review

Fokuo¹,

Aggrey²,

Rockson³

et al. 2021

ACES

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Clay deflocculants that are commonly used in water-based muds under high temperature high pressure (HTHP) oilwell drilling conditions have been found to contain chromium which is toxic. Tannin-based deflocculants are regarded as a more environmentally friendly and suitable alternative to the chrome-based deflocculants. However, tannin-based deflocculants have not been studied extensively and understood completely, and for the past two years, there have not been many active pieces of research in the area. To advance research in the area, there is a need to critically and holistically review research works that have been done so far on tannin-based deflocculants as drilling mud additives to identify research challenges and opportunities. This review paper provides an overview of tannin-based deflocculants used in water-based muds under HTHP drilling conditions, including the various forms, thermal stability, deflocculating ability and environmental acceptance of the deflocculant. The review revealed that under HTHP conditions, modified and unmodified tannin-based deflocculants both deflocculate water muds well and are thermostable. However, only a few studies have been conducted on their usage as deflocculants at temperatures of 150˚C or above. The research gaps identified if pursued could advance the use of tannin-based deflocculants as green substitutes for the conventional chrome-based deflocculants.

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Section: Unmodified Tannin-based Deflocculantsmentioning

confidence: 99%

Tannin-Based Deflocculants in High Temperature High Pressure Wells: A Comprehensive Review

Fokuo¹,

Aggrey²,

Rockson³

et al. 2021

ACES

View full text Add to dashboard Cite

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“…Currently in the field of drilling fluids, widely used environmentally friendly additives mainly indicate natural materials, such as lignin, tannin, starch, cellulose, and their derivatives. Lignin sulfonate (Pourmahdi et al, 2023;Su et al, 2022), tannin (Muhayyidin et al, 2018;Pérez and Colina, 2015) have a certain adsorption properties on clay, and they usually manifest viscosity reduction and filtration loss properties. Modified starch (Dias et al, 2015), polyanionic cellulose (Jia et al, 2022), β-cyclodextrin polymer microsphere (Zhong et al, 2020), and others can improve the viscosity and decrease the fluid loss.…”

Section: Introductionmentioning

confidence: 99%

Effect of concentration and functional group of cellulose nanocrystals on the rheological and filtration properties of water-based drilling fluids at various temperatures

Peng,

Zhang,

et al. 2024

Cellulose

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Cellulose nanocrystals (CNCs) have great application potential as environmentally friendly and multifunctional additives in drilling fluids. But their practical performance and utilization principles still need to further clarify. This paper investigated the effectiveness of two kinds of typical CNCs, including carboxylated cellulose nanocrystals (C-CNC) and sulfonated cellulose nanocrystals (S-CNC), on the rheological and filtration properties of water-based drilling fluids (WBDFs) under different concentrations. The results indicated that at room temperature, 150℃, and 180℃, both of C-CNC and S-CNC could be used as rheology modifiers for bentonite WBDFs, and 1.0% of C-CNC performed the best outstanding viscosity-increasing effect and shearthinning behavior. The fitting results of rheological models showed that all of the samples are closest to the Hersche-Bulkley model. Under room temperature and 150℃, C-CNC and S-CNC with higher concentrations (1.0%) had a better fluid loss reduction effect. However, at 180℃, C-CNC and S-CNC with lower concentration (0.5%) showed superior filtration property, while 1.0% of C-CNC and S-CNC unexpectedly increased the fluid loss. In the whole, C-CNC performed better properties in rheological modification and fluid loss reduction than S-CNC. Microstructure analysis demonstrated the dispersion stability of C-CNC was better, and these nanoparticles easily adsorbed onto bentonite and exhibited strong gel formation capacity. The addition of CNCs with high concentrations was beneficial for decreasing the zeta potential of WBDFs and improving their colloidal stability at 150℃, while it would produce adverse influence when the temperature was raised to 180℃. It was referred that the stiff network among bentonite, CNCs, and immobilized water molecules was destroyed to varying degrees after aging at high temperatures. Especially when a higher concentration of CNC existed, CNCs particles were greatly easier to attract each other, agglomerate, and form many permeation channel, thereby resulting in decrease of the viscosity and increase of the fluid loss. Therefore, it was suggested that the use of CNCs should be determined according to their characteristics, formation temperature, and other actual operation conditions.

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“…Over time, drilling industry has shifted from using commercial polymers to agromaterials containing cellulose as filtrate loss control agents in drilling fluids. Some of the literature reported additives include but not limited to agarwood waste, rice husk, dates, grass powder, shell powder, wood powder, pistachio shell powder, mandarin peels powder, fibrous food waste material, palm tree leaves powder, green olive pits' powder, groundnut husk, psyllium husk, and date pits (Azizi et al 2013;Okon et al 2014;Dagde and Nmegbu 2014;Salmachi et al 2016;Hossain and Wajheeuddin 2016;Davoodi et al 2018;Haider et al 2019;Aggrey et al 2019;Muhayyidin et al 2019;Al-Hameedi et al 2020). Azizi et al (2013) evaluated the efficacy of agarwood waste as a filtrate control material and compared it with a formulation containing a regular fluid loss control agent (starch).…”

Section: Introductionmentioning

confidence: 99%

“…A locally sourced date seed powder was used as a filtrate control agent that proved its applicability as a filtrate control additive for both fresh that salt water-based muds (Amanullah et al 2016). Muhayyidin et al (2019) investigated the rheological and filtration parameters of a water-based mud containing Rhizophora Mucronate tannin as a deflocculant and fluid loss additive under high pressure and high temperature (HPHT) conditions. It was discovered that it can be utilized to control filtrate loss in both LPLT and HPHT conditions.…”

Section: Introductionmentioning

confidence: 99%

Experimental study on water-based mud: investigate rheological and filtration properties using cupressus cones powder

Ali

Ahmad

Ganat

2022

J Petrol Explor Prod Technol

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Improper drilling fluid parameters may induce a variety of issues, including insufficient cuttings transport, limited solids suspension, poor hole cleaning, and excessive filtrate invasion to the formation. Controlled and optimized drilling fluids rheology is considered the key parameter to solve severe drilling problems encountered during drilling operations. Oil-based muds have numerous applications, but owing to some economic, environmental, and operational challenges, drilling companies are looking for new additives to enhance the characteristics of water-based muds for improved performance. However, the longer exposure of some WBM additives degrades them, which leads to insignificant mud characteristics. In this study, micro-sized naturally occurring agro-material namely cupressus cones powder (CCP) has been assessed as a potential additive in WBM for the first time to enhance the mud performance by improving its rheological and filtration properties. The objective of this study is to prepare a drilling fluid using abundantly available cupressus cones powder and investigate its effects on mud properties. The rheological and filtration characteristics of the drilling muds were determined based on API standards. A series of experiments have been performed to evaluate the impact of CCP loading on the rheology and fluid loss characteristics of drilling mud. The concentration of CCP was varied from 1 to 7 ppb. The findings of rheological characteristics demonstrated that altering the CCP loading enhanced the plastic viscosity, yield point, and gel strength of water-based drilling mud. The optimal concentration for PV was recorded in the range of 2–4 ppb, while the optimum value of YP was obtained at 6 ppb. Moreover, the temperature affected the viscosity and filtration of the mud, whereas the CCP containing muds were found salt resistant. The percent decrease in filtrate volume at 25, 121, and 150 °C was noted as 50, 59.6, and 62%, respectively. The effectiveness of the CCP was also observed from the SEM analysis. This study described the use of a locally available agro-waste material as a potential mud additive.

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Rheological and Filtration Performances of Rhizophora mucronata Tannin Water-Based Drilling Fluid

Cited by 11 publications

References 15 publications

Tannin-Based Deflocculants in High Temperature High Pressure Wells: A Comprehensive Review

Tannin-Based Deflocculants in High Temperature High Pressure Wells: A Comprehensive Review

Effect of concentration and functional group of cellulose nanocrystals on the rheological and filtration properties of water-based drilling fluids at various temperatures

Experimental study on water-based mud: investigate rheological and filtration properties using cupressus cones powder

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