Page 390 - Standard Handbook Petroleum Natural Gas Engineering VOLUME2

356 Reservoir Engineering

262. Ramsay, H. J., Jr., and Guerrero, E. T., “The Ability of Rate-Time Decline
Curves to Predict Production Rates,”J. Pet. Tech. (Feb. 1969), pp. 139-141.
263. Russell, D. G., and Prats, M., “Performance of Layered Reservoirs with
Crossflow-Single-Compressible-Fluid Case,” Soc. Pet. Eng. J. (March 1962),
pp. 53-67.
264. Russell, D. G., and Prats, M., “The Practical Aspects of Interlayer Crossflow,”
J. Pet Tech. @ne 1962), pp. 589-594.
265. Poston, S. W., and Blasingame, T. A., ‘Microcomputer Applications to
Decline Curve Analysis,” Geobyte (Summer 1986), pp. 64-73.
266. Gentry, R. W., “Decline-Curve Analysis,”J. Pet. Tech. (Jan. 1972), pp. 3841.
267. Fetkovich, M. J., “Decline Curve Analysis Using Type Curves” J. Pet. Tech.
(June 1980), pp. 1065-1077.
268. Fetkovich, M. J., et al., ‘Decline Curve Analysis Using Type Curves: Case
Histories,” paper SPE 13169 presented at the SPE 1984 Annual Technical
Conf. & Exhib., Houston, Sept. 16-19.

Reserve Estimates

269. “Society Adopts Proved Reserves Definitions,” J. Pet. Tech. (Nov. 1981),
pp. 2113-2114.
270. “Reserve Definitions Appoved,” J. Pet. Tech. (May 1987), pp. 576-578.
271. Guidelines for Application of the Definitions for Oil and Gas Reserves,
Monograph 1, the Society of Petroleum Evaluation Engineers, Houston (1988).
272. Garb, F. A., “Oil and Gas Reserves, Classification, Estimation and Evalua-
tion,” J. Pet. Tech. (March 1985), pp. 373-390.
273. Crichlow, H. B., Mob Reservoir Engineering-A Simulation Approach, Prentice
Hall, Inc., New Jersey (1977).
274. Hudson, E. J., and Neuse, S. H., “Cutting Through the Mystery of Reserve
Estimates,” Oil €3 GasJ. (March 25, 1985), pp. 103-106.
275. Hudson, E. J., and Neuse, S. H., ‘Depletion Stage Determines Most Effective
Methods for Reserve-Estimate Integrity,” Oil & Gas J. (April 1, 1985),
pp. 80-91.
Secondary Recovery

Fluid Movement In Waterflooded Reservoirs
276. Langnes, G. L., Robertson, J. O., Jr., and Chilingar, G. V., Secondary ficmmy
and Carbonate Reservoirs, American Elsevier Publishing Co., New York (1972).
277. Improved Oil Recovery, Interstate Oil Compact Commission, Oklahoma City
(March 1983).
278. Willhite, G. P., WaterfZooding, SPE, Richardson, TX (1986).
279. Singh, S. P., and Kiel, 0. G., “Waterflood Design (Pattern, Rate, and
Timing),” paper SPE 10024 presented at the SPE 1982 Intl. Pet. Exhibition
& Tech. Symposium, Bejing, China, March 18-26.
280. Muskat, M., and Wyckoff, R. D., “A Theoretical Analysis of Waterflooding
Networks,” Trans., AIME, Vol. 107 (1934), pp. 62-76.
281. Dyes, A. B., Caudle, B. H., and Erickson, R. A., ‘Oil Production After
Breakthrough-As Influenced by Mobility Ratio,” Trans., AIME, Vol. 201
(1954), pp. 81-86.
282. Craig, F. F., Jr., Geffen, T. M., and Morse, R. A., “Oil Recovery Performance
of Pattern Gas or Water Injection Operations from Model Tests,”J. Pa. Tech.
(Jan. 1955), pp. 7-15; Tmns., AIME, Vol. 204.