Newberry EGS Demonstration: Well 55-29 Stimulation Data
Department of Energy
@usgov.doe_gov_newberry_egs_demonstration_well_55_29_stimulation_69fae
Department of Energy
@usgov.doe_gov_newberry_egs_demonstration_well_55_29_stimulation_69fae
The Newberry Volcano EGS Demonstration in central Oregon, a 3 year project started in 2010, tests recent technological advances designed to reduce the cost of power generated by EGS in a hot, dry well (NWG 55-29) drilled in 2008. First, the stimulation pumps used were designed to run for weeks and deliver large volumes of water at moderate well-head pressure. Second, to stimulate multiple zones, AltaRock developed thermo-degradable zonal isolation materials (TZIMs) to seal off fractures in a geothermal well to stimulate secondary and tertiary fracture zones. The TZIMs degrade within weeks, resulting in an optimized injection/ production profile of the entire well. Third, the project followed a project-specific Induced Seismicity Mitigation Plan (ISMP) to evaluate, monitor for, and mitigate felt induced seismicity. Stimulation started October 17, 2012 and continued for 7 weeks, with over 41,000 m3 of water injected. Two TZIM treatments successfully shifted the depth of stimulation. Injectivity, DTS, and seismic analysis indicate that fracture permeability in well NWG 55-29 was enhanced by two orders of magnitude.
This submission includes all of the files and reports associated with the geophysical exploration, stimulation, and monitoring included in the scope of the project.
Organization: Department of Energy
Last updated: 2025-01-11T21:47:15.805701
Tags: 55-29, casing, catalog, daily-report, diverter-injection, diverter-material, diverters, drilling, egs, flow, geochemistry, geophysical-logs, geophysics, geothermal, groundwater-monitoring, hydraulic, lithology, log, microseismic-monitoring, microseismicity, monitoring, newgen, publications, report, seismic, seismicity, stimulation, stimulation-data, temperature, temperature-monitoring, tracer-injection-and-groundwater-monitoring, tzim, water, well, well-construction, whp
CREATE TABLE foulger_consulting_newberry_egs_moment_tensors (
"date" TIMESTAMP,
"time" VARCHAR,
"lat" DOUBLE,
"long" DOUBLE,
"easting" DOUBLE,
"northing" DOUBLE,
"depth_km_asl" DOUBLE,
"depth_m_bgs" BIGINT,
"depth_ft_asl" DOUBLE,
"depth_ft_bgs" DOUBLE,
"mag" DOUBLE,
"t_trend" DOUBLE,
"t_plunge" DOUBLE,
"i_trend" DOUBLE,
"i_plunge" DOUBLE,
"p_trend" DOUBLE,
"p_plunge" DOUBLE,
"k" DOUBLE,
"t" DOUBLE,
"scaler_mo" DOUBLE,
"mxx" DOUBLE,
"mxy" DOUBLE,
"myy" DOUBLE,
"mxz" DOUBLE,
"myz" DOUBLE,
"mzz" DOUBLE,
"qual" VARCHAR
);CREATE TABLE micro_seismic_array_installation_data (
"name" VARCHAR,
"type" VARCHAR,
"longitude" DOUBLE,
"latitude_w" DOUBLE,
"easting" DOUBLE,
"northing" DOUBLE,
"surface_el" DOUBLE,
"hole_lock" DOUBLE,
"elevation" DOUBLE,
"n" DOUBLE,
"subsection" VARCHAR,
"road" VARCHAR
);CREATE TABLE static_pressure_and_temperature_profile_october_2008 (
"depth_m" DOUBLE -- DEPTH(M),
"temp_c" DOUBLE -- TEMP(C),
"depth_ft" BIGINT -- DEPTH(FT),
"temp_f" DOUBLE -- TEMP(F),
"press_psia" DOUBLE -- PRESS(PSIA)
);CREATE TABLE well_55_29_tracer_injection_information (
"tracer" VARCHAR,
"injection_date" VARCHAR,
"amount_kg" BIGINT -- Amount(kg)
);CREATE TABLE well_55_29_wellbore_deviation_data (
"md_ft" BIGINT,
"tvd_ft" DOUBLE,
"drift_n_ft" DOUBLE,
"drift_e_ft" DOUBLE,
"northings_m" DOUBLE,
"eastings_m" DOUBLE
);CREATE TABLE whp_flow (
"date" TIMESTAMP,
"time" VARCHAR,
"cum_days" BIGINT,
"cum_hours" DOUBLE,
"whp" VARCHAR,
"pump_inlet_flow" DOUBLE,
"downhole_flow" VARCHAR
);Anyone who has the link will be able to view this.