Frequency-Dependent Streaming Potentials: A Review

Table 2

Predicted transition frequency (from (11)), for dynamic streaming potential, for samples of porosity 𝜙, formation factor 𝐹, and permeability 𝑘₀, from (1) calculated in the present study, and measured by (2) Taherian et al. [67], (3) Morgan et al. [68], (4) Fatt [69], (5) Wyble [70], (6) Dobrynin [71], (7) Chierici et al. [72], and (8) Yale [73].

Sample	𝜙 [%]	𝐹	𝑘0 [m^2]	𝑓𝑐 [Hz]
Fontainebleau sandstone^1	20	25	2×10^−12	3.2 kHz
Fontainebleau sandstone^1	15	45	8×10^−13	4.4 kHz
Fontainebleau sandstone^1	10	102	2.5×10^−13	6.2 kHz
Sandstone-S22^2	31.2	6	2.7×10^−12	9.7 kHz
Sandstone-S47^2	20	14.4	8.5×10^−13	13 kHz
Boise^8	26	12	9×10^−13	14.7 kHz
Berea sandstone500^8	20	20	4.9×10^−13	16.2 kHz
Sandstone-S42^2	19.7	14.7	6.7×10^−13	16.2 kHz
Sandstone-S45^2	21	11.7	7.2×10^−13	18.8 kHz
Fahler 162^8	3	294	2.7×10^−14	20 kHz
Sandstone-S43^2	21.2	13	5.1×10^−13	23.5 kHz
Pliocene 41^7	21	144.9	4.2×10^−14	26.1 kHz
Pliocene 35^7	20	156.2	3.7×10^−14	27.5 kHz
Berea sandstoneC2H^3	19.8	15.1	3.8×10^−13	27.7 kHz
Sandstone-S50^2	18.3	17.2	3.1×10^−13	30 kHz
Triassic38^7	21	12.6	4×10^−12	31.4 kHz
Triassic34^7	20	13.9	3.5×10^−13	32.7 kHz
Berea sandstoneB2^3	20.3	15.2	2.64×10^−13	39.7 kHz
Sandstone-S5^2	26.4	8.7	4.1×10^−13	45 kHz
Sandstone-S35^2	18.75	17.4	2×10^−13	46.5 kHz
Massillon DH^8	16	23.8	1.3×10^−13	51.4 kHz
Cambrian 16^7	14	312.5	9.5×10^−15	53.6 kHz
Fontainebleau sandstone^1	5	412	6.5×10^−15	59.4 kHz
Berea sandstoneD1^3	18.5	18.4	1.3×10^−13	66.5 kHz
Tensleep1^4	15	18.9	1.2×10^−13	70.3 kHz
Tertiary 807^8	22	14.9	1.5×10^−13	71.1 kHz
Cambrian 6^7	8.1	90.9	2.3×10^−14	76.1 kHz
Torpedo^6	20	41.7	4.5×10^−14	84.9 kHz
Miocene 7^7	8.3	384.6	4.4×10^−15	94 kHz
Cambrian 14^7	11	52.6	3.2×10^−14	94.5 kHz
Sandstone Triassic27^7	18	20	7.2×10^−14	110.5 kHz
Sandstone-S9^2	20.9	12	1×10^−13	126.2 kHz
Triassic26^7	18	17.2	6.8×10^−14	135.7 kHz
Sandstone-S6^2	22.8	10.6	8.3×10^−14	180.7 kHz
Berea 100H^8	17	17.2	4.9×10^−14	188.4 kHz
Sandstone S15^2	21.8	13.9	4.5×10^−14	256.7 kHz
Kirkwood^5	15	40	1.2×10^−14	331.6 kHz
Indiana DV^8	27	12	3×10^−14	440.3 kHz
Island Rust A1^3	14.6	52.5	5.2×10^−15	579 kHz
Bradford^5	11	90	2.5×10^−15	700.3 kHz
Austin chalk^3	23.6	22.7	9.7×10^−15	763 kHz
Massillon DV^8	19	27.8	6.9×10^−15	830.4 kHz
Sandstone-S34^2	21.35	13.7	1.1×10^−14	1.06 MHz
Sandstone S44^2	15.7	24.5	4.2×10^−15	1.5 MHz
Indiana L. SA1^3	18	29.2	1.9×10^−15	2.9 MHz
Tennessee A1^3	5.5	180.3	2.3×10^−16	3.8 MHz
AZPink (Coconino)^3	10.3	62.4	6.3×10^−16	4.04 MHz
Leuders L.SA1^3	15.2	41.5	7.1×10^−16	5.3 MHz
Sandstone-S40^2	10.9	130	1.9×10^−16	6.4 MHz
Sandstone-S23^2	18.8	40.7	4.8×10^−16	8.1 MHz
Fahler 189^8	1.9	714.3	2×10^−17	11.1 MHz
Penn blue A1^3	3.9	219	6.2×10^−17	11.7 MHz
AZChoclate2^3	9.5	159.3	5.8×10^−17	17.2 MHz
Fahler 161^8	2.3	416.7	1×10^−17	38.2 MHz
Fahler 142^8	7.6	164	2×10^−17	48.5 MHz
Sandstone S21^2	12.1	65	3×10^−17	81.7 MHz
Fahler 154^8	4.6	263.1	7×10^−18	86.4 MHz
Fahler 192^8	4.4	128.2	9×10^−18	137.9 MHz