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Charles C. Templeton

Researcher at Royal Dutch Shell

Publications -  15
Citations -  254

Charles C. Templeton is an academic researcher from Royal Dutch Shell. The author has contributed to research in topics: Aqueous solution & Solubility. The author has an hindex of 10, co-authored 15 publications receiving 245 citations. Previous affiliations of Charles C. Templeton include Shell Oil Company.

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Journal ArticleDOI

Pressure-temperature relationship for decomposition of sodium bicarbonate from 200 to 600.degree.F

TL;DR: The equilibrium dissociation pressure of initially dry sodium bicarbonate (nahcolite) was experimentally determined between 200 and 600/sup 0/F as discussed by the authors, and the pressure exceeded 6000 psia in the Green River oil shale formation in Colorado.
Patent

Increasing the clay dissolving capability of a buffer-regulated mud acid

TL;DR: The clay dissolving capability of an aqueous mud acid solution of weak acid, weak acid salt and fluoride salt (of the type described in the E A Richardson US Pat No 3,889,753) can be increased by including in the solution a partial salt of an aminopolyacetic acid chelating or complex-forming agent as discussed by the authors.
Journal ArticleDOI

Solubility of anhydrite in several aqueous salt solutions between 250.degree. and 325.degree.

TL;DR: The solubility of anhydrite in several aqueous salt solutions has been determined for temperatures between 250/sup 0/ and 325/sup 1/C and at pressures just above the vapor pressure as discussed by the authors.
Journal ArticleDOI

Determinations of thorium and uranium in sedimentary rocks by two independent methods

TL;DR: In this article, two independent methods for the determination of uranium and thorium-to-uranium ratios are described, one based on γ-ray spectral analysis and the other based on total α-activity and fluorometric uranium determinations.
Journal ArticleDOI

Higher-pH acid stimulation systems

TL;DR: Two types of high-pH (4 to 6), mild-acting acidizing systems have been developed for in-depth rock matrix stimulation of both sandstone and carbonate reservoirs: self-generating (SG) which utilizes the hydrolysis of an ester (or other acid producers) to generate low concentrations of H/sup +/, and buffer-regulated (BR), which utilizes an organic acid buffered with its ammonium salt as mentioned in this paper.