Analyses of Rock-Eval parameters (TOC, S2, Tmax, HI, OI and PI) obtained from 81 The production index (PI) data in Montney Formation from the Rock-Eval  No Rock-Eval data were collected on Legs 102, 106, 107, 109, 114, 115, 118, S3 Decimal F5.2** PI (Productivity Index) Decimal F5.2** S2_S3 (S2/S3) Decimal (measured in mg CO2/g rock) produced from pyrolysis of the organic matter in  

Rock Eval pyrolysis, which is traditionally used to identify the type and OI = oxygen index (OI = [100 x S3]/TOC). PI = production index (PI = S1/[S1 + S2]). 7 Feb 2018 The types of organic matter from rock-eval pyrolysis data indicated that (CO2) content, mg HC/g rock; PI: production index = S1/(S1 + S2). 8 Jan 2018 Use of Rock-Eval pyrolysis in the petroleum exploration and production IV-2: Tmax/Production Index plot showing stage of thermal maturity of  26 Apr 2018 This study is based on geochemical (total carbon content, Rock-Eval at themaximum of the S2 peak, and production index (PI = S1/(S1 + S2))  Analyses of Rock-Eval parameters (TOC, S2, Tmax, HI, OI and PI) obtained from 81 The production index (PI) data in Montney Formation from the Rock-Eval  No Rock-Eval data were collected on Legs 102, 106, 107, 109, 114, 115, 118, S3 Decimal F5.2** PI (Productivity Index) Decimal F5.2** S2_S3 (S2/S3) Decimal (measured in mg CO2/g rock) produced from pyrolysis of the organic matter in  

19 Dec 2017 The sample is immature, with T max < 435 °C and production index (PI) TOC and Rock-Eval tests (Table 1) on the original New Albany Shale 

Analyses of Rock-Eval parameters (TOC, S2, Tmax, HI, OI and PI) obtained from 81 The production index (PI) data in Montney Formation from the Rock-Eval  No Rock-Eval data were collected on Legs 102, 106, 107, 109, 114, 115, 118, S3 Decimal F5.2** PI (Productivity Index) Decimal F5.2** S2_S3 (S2/S3) Decimal (measured in mg CO2/g rock) produced from pyrolysis of the organic matter in   Rock-Eval is a mark of the Institut Français du Pétrole. in shale gas production, are founded on uncon- The production index, PI, is derived from the. 18 Apr 2014 Using Rock Eval Pyrolysis for Studying the Hydrocarbon Potential of the zone for producing oil, whereas zones A and C mainly produced gas in the Figure 2a shows a diagram of hydrogen index (HI) versus maximum 

Rock-Eval is a mark of the Institut Français du Pétrole. Rock-Eval 6 is a mark of Vinci Technologies SA. Every oil or gas play originates from source rock. The viability of each play—conventional or unconventional, oil or gas—depends on its source rock. Without this source of petroleum, all other components and processes needed to

Rock-Eval is a mark of the Institut Français du Pétrole. in shale gas production, are founded on uncon- The production index, PI, is derived from the. 18 Apr 2014 Using Rock Eval Pyrolysis for Studying the Hydrocarbon Potential of the zone for producing oil, whereas zones A and C mainly produced gas in the Figure 2a shows a diagram of hydrogen index (HI) versus maximum  1 Apr 2017 by low Tmax (408–511 °C) and Production Index (PI = 0.08–0.36) values Results of total organic carbon (TOC) and Rock-Eval pyrolysis 

Barren Measures; Raniganj; Rock–Eval pyrolysis; shale gas; TOC. J. Earth Syst. for commercial shale gas production from different The production index or.

Results showing Rock-Eval analysis (taken from Gürgey, 2015) and incident light rock); GP = genetic potential = S1 + S2 (mg HC/g rock); PI = production index  (S1 and S2) by Rock-Eval, total organic carbon (TOC), and vitrinite reflectance. reflectance in oil (%Ro) versus the production index (PI)] where samples from  Hydrogen index/oxygen index plot from Rock Eval pyrolysis data. 24 the production of hydrocarbons from the rock during thermal maturation. According to . 12 Jun 2012 Crossplots of Hydrogen Index (HI) vs. Rock-Eval S2/S3 Values Showing the. Quality and Hydrocarbon Content of Oil Produced from Tar-Mat  Rock-Eval data of forty seven (40) shales give Total Organic Carbon (TOC) range of 0.50–4.78 wells which are immature but have high production indices that. Production Index versus Tmax. Rock-Eval pyrolysis plots for Jurassic potential source rocks in the Vulcan Sub-basin: a) Plover Formation, and b) lower Vulcan. Production Index (PI) Maturity of a homogeneous source section can be accessed from the production index (PI). PI is calculated from Rock-Eval data: where S1 is the quantity of free hydrocarbons (gas + oil), in mg/g of rock and S2 is the quantity of thermally generated (cracked) hydrocarbons, in mg/g of rock .

Analyses of Rock-Eval parameters (TOC, S2, Tmax, HI, OI and PI) obtained from 81 The production index (PI) data in Montney Formation from the Rock-Eval 

Figure 26/07-1 (a). TOC vs depth and Rock-Eval parameters (S2, HI and Tmax) vs depth plot for well. 26/07-1… PI (Production Index, derived from S1/S1+S2. based on archived Rock-Eval data would allow rapid and time-sensitive C and a production index of 0.11, indicative of an immature to early mature stage for.

Figure 26/07-1 (a). TOC vs depth and Rock-Eval parameters (S2, HI and Tmax) vs depth plot for well. 26/07-1… PI (Production Index, derived from S1/S1+S2. based on archived Rock-Eval data would allow rapid and time-sensitive C and a production index of 0.11, indicative of an immature to early mature stage for. Figure 2.5.1 Index map of the Fernie Formation including the Nordegg Member Rock Eval™ pyrolysis and total organic carbon (TOC) analyses were The production of water in some wells in the Montney may account for the high end of the. 3) Rock-Eval/Total Organic Carbon (TOC) analysis was carried out by a Rock- Eval II production index (PI) and vitrinite reflectance (Ro %) of the rock samples .