TNO Intern

Commit 6d5f362f authored by Hen Brett's avatar Hen Brett 🐔
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Cleaning up

parent 37a501b9

README.md

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## ThermoGIS Scenario Configuration Files



If you have a valid configuration file, you can parse a utc_properties class using the method: `instantiate_utc_properties_from_xml`, a stripped back example configuration file is found in `resources/example_utc.xml`.

Most of these parameters are not used by this python API, but are required in the Java code.

If you have a valid configuration file, you can parse a utc_properties class using the method: `instantiate_utc_properties_from_xml`.

Examples of valid configuration files are found in `tests/resources/test_input/scenarios`.

The vast majority of the parameters in the xml are not used by this python API; but are required by the ThermoGIS java code, unfortunately they are still needed in the xml file to enable parsing.



These are the parameters required in the XML file:

The minimum parameters which are required in the XML file are:



| #   | Parameter Name                                                           |

|-----|--------------------------------------------------------------------------|

resources/example_utc.xml

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<?xml version="1.0" encoding="utf-8"?>

<project ATES="false">

	<input_data_directory>C:</input_data_directory>

	<results_directory>C:</results_directory>

	<output_maps_for_petrel>0</output_maps_for_petrel>

	<max_number_of_processors_for_calculations>10</max_number_of_processors_for_calculations>

	<property_grids__in_input_data_directory__stacked_grids_will_be_created_>

		<row_1>Permeability;no;_perm.nc</row_1>

		<row_2>PermeabilityLNSD;no;_ln_perm_sd.nc</row_2>

		<row_3>Porosity;no;_poro.nc</row_3>

		<row_4>Thickness;no;_thick.nc</row_4>

		<row_5>ThicknessSD;no;_thick_sd.nc</row_5>

		<row_6>Depth;no;_top.nc</row_6>

		<row_7>NetToGross;no;_ntg.nc</row_7>

		<row_8>Temperature;yes;__temperature.nc</row_8>

		<row_9>HCAccum;yes;_hc_accum.nc</row_9>

		<row_10>BoundaryShapefile;yes;__BoundaryShapefile.shp</row_10>

	</property_grids__in_input_data_directory__stacked_grids_will_be_created_>

	<aquifer_files__in_input_data_directory_>

		<row_1>__ntg_points.shp;__ntg_points.shp</row_1>

		<row_2>__poro_points.shp;__poro_points.shp</row_2>

		<row_3>__perm_points.shp;__perm_points.shp</row_3>

	</aquifer_files__in_input_data_directory_>

	<aquifers_to_calculate>SLDND, SLDNA, SLDN_STACKED, </aquifers_to_calculate>

	<pvalues_to_calculate>10, 30, 50, 90</pvalues_to_calculate>

	<scale_factor_for_h_and_lnk_standard_deviations>1.0</scale_factor_for_h_and_lnk_standard_deviations>

	<minimum_production_temperature>20.0</minimum_production_temperature>

	<heating_return_temperature>30.0</heating_return_temperature>

	<maximum_cooling_temperature_range>100.0</maximum_cooling_temperature_range>

	<exclude_hydrocarbon_areas>1.0</exclude_hydrocarbon_areas>

	<use_boundary_shapefile>0.0</use_boundary_shapefile>

	<validate_input_grids>0</validate_input_grids>

	<validate_output_grids>1</validate_output_grids>

	<optimize_well_distance>1.0</optimize_well_distance>

	<minimum_well_distance>100.0</minimum_well_distance>

	<maximum_well_distance>3000.0</maximum_well_distance>

	<lifetime>50.0</lifetime>

	<max_tvd_stepout_factor>1.0</max_tvd_stepout_factor>

	<rock_density>2700.0</rock_density>

	<rock_heat_capacity>1000.0</rock_heat_capacity>

	<allowed_temperature_drop_as_fraction_of_deltat>0.1</allowed_temperature_drop_as_fraction_of_deltat>

	<maximum_flow>500.0</maximum_flow>

	<well_distance>1500.0</well_distance>

	<hydraulic_gradient_injection_water__sodm_max_inj_pres_>0.105</hydraulic_gradient_injection_water__sodm_max_inj_pres_>

	<minimum_pump_pressure>1.0</minimum_pump_pressure>

	<maximum_pump_pressure>300.0</maximum_pump_pressure>

	<tolerance_of_utc_increase___bar_>0.0</tolerance_of_utc_increase___bar_>

	<temperature_from_input_grids>0.0</temperature_from_input_grids>

	<use_3d_temperature_voxet_model>1.0</use_3d_temperature_voxet_model>

	<temperature_voxet_file>C:/restart.vo</temperature_voxet_file>

	<temp_gradient__surface_temp__below__also_used_>31.0</temp_gradient__surface_temp__below__also_used_>

	<surface_temperature>10.0</surface_temperature>

	<kh_cutoff__speed_up_calculation_>1.0</kh_cutoff__speed_up_calculation_>

	<anistropy__kv_kh__for_doubletcalc1d>3.0</anistropy__kv_kh__for_doubletcalc1d>

	<salinity_at_surface__ppm_>0.0</salinity_at_surface__ppm_>

	<salinity_gradient__ppm_m_>46.67</salinity_gradient__ppm_m_>

	<pump_efficiency>0.6</pump_efficiency>

	<pump_depth>300.0</pump_depth>

	<calculation_segment_length>50.0</calculation_segment_length>

	<outer_diameter__open_aquifer_section_>8.5</outer_diameter__open_aquifer_section_>

	<inner_diameter__cased_surface_top_aquifer_section_>8.5</inner_diameter__cased_surface_top_aquifer_section_>

	<casing_roughness>1.38</casing_roughness>

	<well_trajectory_curvature_scaling_factor__0__vert_wells_>1.1</well_trajectory_curvature_scaling_factor__0__vert_wells_>

	<injector_skin>-1.0</injector_skin>

	<producer_skin>-1.0</producer_skin>

	<economic_lifetime>30.0</economic_lifetime>

	<drilling_time>2.0</drilling_time>

	<annual_load_hours>6000.0</annual_load_hours>

	<annual_opex_base>0.0</annual_opex_base>

	<annual_opex_per_unit_power>100.0</annual_opex_per_unit_power>

	<annual_opex_per_unit_energy_produced>0.19</annual_opex_per_unit_energy_produced>

	<annual_opex_based_on_capex>0.0</annual_opex_based_on_capex>

	<opex_electricity_purchase_price_for_operations>8.0</opex_electricity_purchase_price_for_operations>

	<well_costs_base>0.25</well_costs_base>

	<well_costs_depth__along_hole__factor>700.0</well_costs_depth__along_hole__factor>

	<well_costs_depth_2__along_hole__factor>0.2</well_costs_depth_2__along_hole__factor>

	<well_costs_scaling>1.3</well_costs_scaling>

	<capex_base_expenses__excl_wells_>3.0</capex_base_expenses__excl_wells_>

	<capex_variable_expenses__excl_wells_>300.0</capex_variable_expenses__excl_wells_>

	<capex_contingency>15.0</capex_contingency>

	<tax_rate>25.0</tax_rate>

	<interest_on_loan>5.0</interest_on_loan>

	<inflation>1.5</inflation>

	<required_return_on_equity>14.5</required_return_on_equity>

	<debt_equity>80.0</debt_equity>

	<use_orc>0.0</use_orc>

	<heat_conversion_efficiency>1.0</heat_conversion_efficiency>

	<parasitic_power_fraction_of_net_power>0.0</parasitic_power_fraction_of_net_power>

	<base_temperature>10.0</base_temperature>

	<use_kestin_viscosity>0.0</use_kestin_viscosity>

	<maximum_depth_for_calculations>6000.0</maximum_depth_for_calculations>

	<stimulate_well_s_>0.0</stimulate_well_s_>

	<added_skin_injector__negative_increases_flow_>-3.0</added_skin_injector__negative_increases_flow_>

	<added_skin_producer__negative_increases_flow_>-3.0</added_skin_producer__negative_increases_flow_>

	<maximum_kh_value_for_stimulation>20.0</maximum_kh_value_for_stimulation>

	<stimulation_capex__for_both_wells_>0.5</stimulation_capex__for_both_wells_>

	<use_heat_pump>0.0</use_heat_pump>

	<calculate_cop>1.0</calculate_cop>

	<_minimum__injection_temperature>20.0</_minimum__injection_temperature>

	<goal_temperature>70.0</goal_temperature>

	<coefficient_of_performance>4.0</coefficient_of_performance>

	<heat_pump_capex>200.0</heat_pump_capex>

	<heat_pump_annual_opex>10.0</heat_pump_annual_opex>

	<include__non_sde__electric_power_in_output>0.0</include__non_sde__electric_power_in_output>

	<alternative_heating_price>2.8</alternative_heating_price>

	<application_mode>0.0</application_mode>

	<rosim_settings_file__must_contain__aquifer__layer_></rosim_settings_file__must_contain__aquifer__layer_>

	<ates_aquifer_anisotropy>5.0</ates_aquifer_anisotropy>

	<thermal_radius_factor>2.0</thermal_radius_factor>

	<ates_charge_temperature>80.0</ates_charge_temperature>

	<ates_injection_production_period__max_182_days_>120.0</ates_injection_production_period__max_182_days_>

	<rosim_simulation_time__constant_power_after_>5.0</rosim_simulation_time__constant_power_after_>

	<use_power_from_last_rosim_year_for_all_years>0.0</use_power_from_last_rosim_year_for_all_years>

	<ates_minimum_flow_rate__speed_up_calculation_>0.0</ates_minimum_flow_rate__speed_up_calculation_>

	<ates_minimum_depth__speed_up_calculation_>0.0</ates_minimum_depth__speed_up_calculation_>

	<ates_maximum_depth__speed_up_calculation_>500.0</ates_maximum_depth__speed_up_calculation_>

	<ates_filter_fraction__of_aquifer_thickness_>0.8</ates_filter_fraction__of_aquifer_thickness_>

	<ates_clogging_velocity>0.3</ates_clogging_velocity>

	<ates_membrane_filter_index>1.0</ates_membrane_filter_index>

	<ates_depth_multiplication_factor>0.01</ates_depth_multiplication_factor>

	<input__power_utc__scenario_name__must_exist_>BaseCase</input__power_utc__scenario_name__must_exist_>

	<aquifers_for_potential_calculation>SLDND, SLDNA, SLDN_STACKED, </aquifers_for_potential_calculation>

	<probability_maps__basename__treshold_value_>npv:0, utc:5, power:1, cop:10, kh:5, flowr:100, h:20</probability_maps__basename__treshold_value_>

	<unit_technical_cost_cutoff>5.1</unit_technical_cost_cutoff>

	<unit_technical_cost_cutoff_deep>6.5</unit_technical_cost_cutoff_deep>

	<depth_for_deep_unit_technical_cost_cutoff>4000.0</depth_for_deep_unit_technical_cost_cutoff>

	<p_value_potential_category_1>50.0</p_value_potential_category_1>

	<p_value_potential_category_2__0__not_used_>30.0</p_value_potential_category_2__0__not_used_>

	<p_value_potential_category_3__0__not_used_>10.0</p_value_potential_category_3__0__not_used_>

	<p_value_potential_category_4__0__not_used_>0.0</p_value_potential_category_4__0__not_used_>

	<additional_p_values_for_the_power_probability_map_and_the_recoverable_heat_maps>90</additional_p_values_for_the_power_probability_map_and_the_recoverable_heat_maps>

	<power_value_for_power_probability_map>10.0</power_value_for_power_probability_map>

	<surface_temperature_hip>10.0</surface_temperature_hip>

	<rock_density_hip>2700.0</rock_density_hip>

	<rock_heat_capacity_hip>1000.0</rock_heat_capacity_hip>

	<exclude_hc_areas_for_recov_heat>1.0</exclude_hc_areas_for_recov_heat>

	<min_prod_temperature__potential__recoverable_heat>0.0</min_prod_temperature__potential__recoverable_heat>

	<aquifer_identifier_for_overview_resources__empty__all_>stacked</aquifer_identifier_for_overview_resources__empty__all_>

	<well_distance__0__from__calc_power_utc_>0.0</well_distance__0__from__calc_power_utc_>

	<doublet_geographical_sorting_factor>1.0</doublet_geographical_sorting_factor>

	<annual_resource_load_hours>6000.0</annual_resource_load_hours>

	<doublet_lifetime>30.0</doublet_lifetime>

	<delete_resources_within_shapefile_s___per_aquifer_>0.0</delete_resources_within_shapefile_s___per_aquifer_>

	<delete_shapefiles__in_input_grids_directory_>

		<row_1>shapefile.shp;license header;aquifer name header</row_1>

	</delete_shapefiles__in_input_grids_directory_>

	<classify_resources_by_shapefile_s_>0.0</classify_resources_by_shapefile_s_>

	<classify_shapefiles__in_input_grids_directory_>

		<row_1>shapefile.shp;output name</row_1>

	</classify_shapefiles__in_input_grids_directory_>

	<stochastic_resources__p90_p50_p10_needed_>0.0</stochastic_resources__p90_p50_p10_needed_>

	<number_of_stochastic_realisations>1000.0</number_of_stochastic_realisations>

	<minimum_unit_technical_cost_cutoff>3.0</minimum_unit_technical_cost_cutoff>

	<maximum_unit_technical_cost_cutoff>8.0</maximum_unit_technical_cost_cutoff>

	<minimum_unit_technical_cost_cutoff_deep>4.0</minimum_unit_technical_cost_cutoff_deep>

	<maximum_unit_technical_cost_cutoff_deep>10.0</maximum_unit_technical_cost_cutoff_deep>

	<stochastic_calculation_parameters>

		<row_1>aquiferName;10;0;1</row_1>

	</stochastic_calculation_parameters>

	<input__calc_potential__scenario_name__must_exist_>BaseCase</input__calc_potential__scenario_name__must_exist_>

	<aquifers_to_use_in_overview_calculation>SLDN_STACKED, </aquifers_to_use_in_overview_calculation>

	<mask_file__for_output_geometry_>/data/InputData/ahn2_250m_filled.nc</mask_file__for_output_geometry_>

	<xy_grid_size_factor_for_mask_grid>1</xy_grid_size_factor_for_mask_grid>

	<max_undefined_cells__of_surrounding_4__for_interp_overview>3.0</max_undefined_cells__of_surrounding_4__for_interp_overview>

	<p_value_overview_potential_category_1>50.0</p_value_overview_potential_category_1>

	<p_value_overview_potential_category_2__0__not_used_>30.0</p_value_overview_potential_category_2__0__not_used_>

	<p_value_overview_potential_category_3__0__not_used_>10.0</p_value_overview_potential_category_3__0__not_used_>

	<p_value_overview_potential_category_4__0__not_used_>0.0</p_value_overview_potential_category_4__0__not_used_>

	<power_category_1>5.0</power_category_1>

	<power_category_2__0__not_used_>7.5</power_category_2__0__not_used_>

	<power_category_3__0__not_used_>10.0</power_category_3__0__not_used_>

	<power_category_4__0__not_used_>20.0</power_category_4__0__not_used_>

	<additional_p_values_for_the_overview_power_probability_map_and_recoverable_heat_maps>90</additional_p_values_for_the_overview_power_probability_map_and_recoverable_heat_maps>

	<power_value_for_overview_power_probability_map>10.0</power_value_for_overview_power_probability_map>

	<input_scenario_name>BaseCase</input_scenario_name>

	<aquifers_to_use_in_voi_calculation>RO_STACKED</aquifers_to_use_in_voi_calculation>

	<minimum_npv_for_portfolio_repeat>1.0</minimum_npv_for_portfolio_repeat>

	<upward_and_downward_change_of_pos>15.0</upward_and_downward_change_of_pos>

	<general_upward_change_of_pos>5.0</general_upward_change_of_pos>

	<maximum_number_of_failures>2.0</maximum_number_of_failures>

	<repeat_potential_in_portfolio>10.0</repeat_potential_in_portfolio>

	<output_grid_file_type___zmap___asc___nc_>.nc</output_grid_file_type___zmap___asc___nc_>

	<remove_padding_from_input_grids>1</remove_padding_from_input_grids>

</project>
 
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resources/filter_tags.py

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import xml.etree.ElementTree as ET



# Your allowed tags from the list:

allowed_tags = [

    "input_data_directory",

    "results_directory",

    "comparison_directory",

    "compare_results",

    "output_maps_for_petrel",

    "max_number_of_processors_for_calculations",

    "copy_aquifer_files",

    "validate_input_grids",

    "validate_output_grids",

    "aquifers_to_calculate",

    "output_scenario_name",

    "temperature_from_input_grids",

    "exclude_hydrocarbon_areas",

    "use_boundary_shapefile",

    "output_grid_file_type___zmap___asc___nc_",

    "pvalues_to_calculate",

    "temperature_voxet_file",

    "surface_temperature",

    "temp_gradient__surface_temp__below__also_used_",

    "max_undefined_cells__of_surrounding_4__for_interp",

    "xy_grid_size_factor_for_thickness_grid__integer_",

    "remove_padding_from_input_grids",

    "use_heat_pump",

    "heating_return_temperature",

    "rosim_settings_file__must_contain__aquifer__layer_",

    "scale_factor_for_h_and_lnk_standard_deviations",

    "calculate_cop",

    "application_mode",

    "goal_temperature",

    "unit_technical_cost_cutoff",

    "unit_technical_cost_cutoff_deep",

    "depth_for_deep_unit_technical_cost_cutoff",

    "calculate_mean_over_last_nyears_for_efficiency__energyin_and_energyout_",

    "rosim_simulation_time__constant_power_after_",

    "maximum_depth_for_calculations",

    "ates_minimum_depth__speed_up_calculation_",

    "ates_maximum_depth__speed_up_calculation_",

    "minimum_production_temperature",

    "kh_cutoff__speed_up_calculation_",

    "stimulate_well_s_",

    "maximum_kh_value_for_stimulation",

    "maximum_cooling_temperature_range",

    "_minimum__injection_temperature",

    "ates_charge_temperature",

    "use_kestin_viscosity",

    "economic_lifetime",

    "ates_minimum_flow_rate__speed_up_calculation_",

    "include__non_sde__electric_power_in_output",

    "use_values_from_last_rosim_year_for_all_years",

    "maximum_flow",

    "ates_charge_temperature",

    "ates_aquifer_anisotropy",

    "ates_filter_fraction__of_aquifer_thickness_",

    "salinity_at_surface__ppm_",

    "salinity_gradient__ppm_m_",

    "ates_injection_production_period__max_182_days_",

    "ates_clogging_velocity",

    "ates_membrane_filter_index",

    "ates_depth_multiplication_factor",

    "thermal_radius_factor",

    "maximum_pump_pressure",

    "minimum_pump_pressure",

    "hydraulic_gradient_injection_water__sodm_max_inj_pres_",

    "optimize_well_distance",

    "minimum_well_distance",

    "maximum_well_distance",

    "lifetime",

    "max_tvd_stepout_factor",

    "rock_heat_capacity",

    "rock_density",

    "allowed_temperature_drop_as_fraction_of_deltat",

    "well_distance",

    "pump_efficiency",

    "pump_depth",

    "calculation_segment_length",

    "casing_roughness",

    "added_skin_injector__negative_increases_flow_",

    "added_skin_producer__negative_increases_flow_",

    "stimulation_capex__for_both_wells_",

    "calculate_cop",

    "coefficient_of_performance",

    "heat_pump_capex",

    "heat_pump_annual_opex",

    "alternative_heating_price",

    "economic_lifetime",

    "drilling_time",

    "tax_rate",

    "interest_on_loan",

    "inflation",

    "required_return_on_equity",

    "debt_equity",

    "tolerance_of_utc_increase___bar_",

    "annual_load_hours",

    "annual_opex_base",

    "annual_opex_per_unit_power",

    "opex_electricity_purchase_price_for_operations",

    "annual_opex_per_unit_energy_produced",

    "annual_opex_based_on_capex",

    "well_costs_scaling",

    "well_costs_base",

    "well_costs_depth__along_hole__factor",

    "well_costs_depth_2__along_hole__factor",

    "capex_base_expenses__excl_wells_",

    "capex_variable_expenses__excl_wells_",

    "capex_contingency",

    "well_trajectory_curvature_scaling_factor__0__vert_wells_",

    "use_orc",

    "heat_conversion_efficiency",

    "parasitic_power_fraction_of_net_power",

    "base_temperature"

]





def filter_xml(input_file, output_file):

    tree = ET.parse(input_file)

    root = tree.getroot()



    # Remove all children not in allowed_tags

    for child in list(root):

        if child.tag not in allowed_tags:

            root.remove(child)



    tree.write(output_file, encoding='utf-8', xml_declaration=True)



if __name__ == "__main__":

    filter_xml("example_utc.xml", "filtered_output.xml")
 
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tests/resources/test_input/scenarios/defaultprops

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Property                       Type       Value

--------------------------------------------------------------------------

inputDataDir                   String     ""

resultsDir                     String     ""

comparisonDir                  String     ""

compareResults                 boolean    false

petrelOutputDir                File       null

nThreads                       int        1

isAtes                         boolean    false

checkCopiedFiles               boolean    true

validateInputGrids             boolean    true

validateOutputGrids            boolean    true

aquifers                       List       [NMVFS, NMVFV, NMRFT, NMRFV, NLFFS, NLFFD, NLLFR, NLLFS, KNGLG_KNGLS, KNNSG, KNNSL, KNNSY, KNNSB, KNNSR, KNNSF_KNNSP, SLDNA, SLDND, RNROF, RNSOB, RBMH, RBMDU, RBMDL, RBMVU, RBMVL, RBSHN, ROSL_ROSLU, ROSLL, DCH, DCD]

propertyGridInfos              List       [PropertyGridInfo[name=Permeability, optional=false, postfix=__k.zmap], PropertyGridInfo[name=PermeabilityLNSD, optional=false, postfix=__k_lnsd.zmap], PropertyGridInfo[name=Porosity, optional=false, postfix=__phi.zmap], PropertyGridInfo[name=Thickness, optional=false, postfix=__thick.zmap], PropertyGridInfo[name=ThicknessSD, optional=false, postfix=__thick_sd.zmap], PropertyGridInfo[name=Depth, optional=false, postfix=__top.zmap], PropertyGridInfo[name=NetToGross, optional=false, postfix=__ntg.zmap], PropertyGridInfo[name=Temperature, optional=true, postfix=__temperature.zmap], PropertyGridInfo[name=HCAccum, optional=true, postfix=__hc_accum.zmap], PropertyGridInfo[name=BoundaryShapefile, optional=true, postfix=__BoundaryShapefile.shp]]

copyAquiferFilesInfo           List       [AquiferFile[postfix=__ntg_points.shp, newPostfix=__ntg_points.shp], AquiferFile[postfix=__poro_points.shp, newPostfix=__poro_points.shp], AquiferFile[postfix=__perm_points.shp, newPostfix=__perm_points.shp], AquiferFile[postfix=__points_QC.shp, newPostfix=__points_QC.shp]]

scenario                       String     basecase

scenSuffix                     String     ""

tempFromGrid                   boolean    false

excludeHCaccum                 boolean    true

useBoundingShape               boolean    false

gridExt                        String     .nc

pValues                        double[]   [D@c46bcd4

tempVoxet                      Voxet      null

surfaceTemperature             double     10.0

tempGradient                   double     31.0

undefinedCellsAllowed          int        3

levelOfDetail                  int        4

removePaddingFromInputGrids    boolean    true

useHeatPump                    boolean    false

dhReturnTemp                   double     30.0

atesRosimTemplateFile          File       null

scaleSD                        float      1.0

calculateCop                   boolean    true

hpApplicationMode              boolean    false

hpDirectHeatInputTemp          double     70.0

utcCutoff                      double     5.1

utcCutoffDeep                  double     6.5

utcDeepDepth                   double     4000.0

atesNYearsToAverage            int        1

atesRosimYears                 int        5

maxdepth                       double     6000.0

atesMinDepth                   double     0.0

atesMaxDepth                   double     500.0

minProdTemp                    double     20.0

khCutoff                       double     1.0

useStimulation                 boolean    false

stimKhMax                      double     20.0

maxCoolingTempRange            double     100.0

hpMinimumInjectionTemperature  double     15.0

atesChargeTemp                 double     80.0

econLifetimeYears              int        15

atesMinFlow                    double     0.0

hpIncludeElectHeatInPower      boolean    false

setAllValuesToFinalRosimYear   boolean    false

maxFlow                        double     500.0

chargeTemp                     double     80.0

anisotropy                     double     5.0

filterFraction                 double     0.8

salinitySurface                double     0.0

salinityGradient               double     46.67

injProdDays                    int        120

cloggingVel                    double     0.3

membraneFilterIndex            double     1.0

depthMultFactor                double     0.01

thermalRadiusFactor            double     2.0

maxPump                        double     300.0

minPump                        double     1.0

hyGradient                     double     0.105

optimWellDist                  boolean    true

optimDist_wellDistMin          double     100.0

optimDist_wellDistMax          double     3000.0

optimDist_lifetime             int        50

maxTvdStepoutFactor            double     1.0

optimDist_cpRock               double     2700.0

optimDist_rhoRock              double     1000.0

optimDist_coolingFraction      double     0.1

defaultWellDistance            double     1500.0

pumpEfficiency                 double     0.6

pumpDepth                      double     300.0

segmentLength                  double     50.0

outerDiameter                  double     8.5

innerDiameter                  double     8.5

roughness                      double     1.38

skinInjector                   double     -1.0

skinProducer                   double     -1.0

stimAddSkinInj                 double     -3.0

stimAddSkinProd                double     -3.0

stimulationCapex               double     0.5

hpCalcCop                      boolean    true

imposedCop                     double     3.0

hpCapex                        double     600.0

hpOpex                         double     60.0

hpAlternativeHeatingPrice      double     2.8

useKestinViscosity             boolean    false

economicLifetime               int        15

drillingTime                   int        2

taxRate                        double     25.0

interestLoan                   double     5.0

inflation                      double     2.0

equityReturn                   double     7.0

debtEquity                     double     80.0

ecnEIA                         double     0.0

toleranceUtcIncrease           double     0.0

loadHours                      double     6000.0

opexBase                       double     0.0

opexPerPower                   double     100.0

elecPurchasePrice              double     8.0

opexPerEnergy                  double     0.19

opexPerCapex                   double     0.0

wellCostScaling                double     1.5

wellCostConst                  double     0.25

wellCostZ                      double     700.0

wellCostZ2                     double     0.2

capexConst                     double     3.0

capexVariable                  double     300.0

capexContingency               double     15.0

wellCurvScaling                double     1.1

useORC                         boolean    false

heatExchangerEfficiency        double     1.0

heatExchangerParasitic         double     0.0

heatExchangerBasetemp          double     10.0
 
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