Al-Hameedi Abo Taleb T, Alkinani Husam H, Dunn-Norman Shari, Alkhamis Mohammed M, Feliz Justin D
Missouri University of Science and Technology, USA.
Data Brief. 2019 Dec 7;28:104945. doi: 10.1016/j.dib.2019.104945. eCollection 2020 Feb.
The oil and gas industry is moving towards more environmentally friendly practices. The environmental regulations regarding drilling waste management and disposal are motivating the industry to be more efficient with drilling operations. Environmentally friendly drilling fluid additives used in drilling operations reduces not only the negative implications on the environment but also reduces costs. This paper provides an experimental dataset of utilizing biodegradable waste materials as environmentally friendly drilling fluid additives. The data were collected through experimental evaluations of several waste materials including Potato Peels Powder (PPP), Mandarin Peels Powder (MPP), Fibrous Food Waste Material (FFWM), Palm Tree Leaves Powder (PTLP), Grass Powder (GP), and Green Olive Pits' Powder (GOPP). The data presented herein are the raw results of the experiments, which were conducted to examine the ability of the biodegradable waste materials to improve the water-based drilling fluids. The data include the effects of adding these waste materials on different drilling fluid properties such as mud weight, filtration, pH, and the rheology. The mud weight was measured using mud balance, the filtration data were collected using API filter press for both low/high pressure and temperature, the pH was measured using pH meter, and the rheology was characterized using viscometer. The dataset is potentially useful to assist researchers working on developing environmentally friendly drilling fluid additives.
石油和天然气行业正在朝着更环保的做法发展。有关钻井废物管理和处置的环境法规促使该行业提高钻井作业的效率。钻井作业中使用的环保钻井液添加剂不仅减少了对环境的负面影响，还降低了成本。本文提供了利用可生物降解废料作为环保钻井液添加剂的实验数据集。这些数据是通过对几种废料进行实验评估收集而来的，包括土豆皮粉（PPP）、橘子皮粉（MPP）、纤维状食品废料（FFWM）、棕榈树叶粉（PTLP）、草粉（GP）和绿橄榄核粉（GOPP）。本文呈现的数据是实验的原始结果，这些实验旨在检验可生物降解废料改善水基钻井液的能力。数据包括添加这些废料对不同钻井液性能的影响，如泥浆比重、过滤、pH值和流变学。泥浆比重使用泥浆天平测量，过滤数据使用API压滤机在低/高压和温度条件下收集，pH值使用pH计测量，流变学使用粘度计进行表征。该数据集可能有助于从事开发环保钻井液添加剂的研究人员。
