Identify Additional IWEL and SWEL Items
In particular, add entries from WECON, WGRUPCON and, WVFPEXP and fix an incorrect item attribution for the WTEST 'reason' parameter. Thanks to [at]tskille for invaluable assistance in identify these items.
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Bård Skaflestad
@@ -39,15 +39,64 @@ namespace Opm { namespace RestartIO { namespace Helpers { namespace VectorItems
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Status = 10, // Well status
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VFPTab = 11, // ID (one-based) of well's current VFP table.
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EconWorkoverProcedure = 14, // Economic limit workover procedure (WECON(7)).
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// 0 => No action taken ("NONE"),
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// 1 => Close worst-offending connection ("CON"),
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// 2 => Close worst-offending connection and
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// all other connections below this ("+CON"),
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// 3 => Shut/stop well ("WELL"),
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// 6 => Plug well ("PLUG").
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PreferredPhase = 15, // Well's preferred phase (from WELSPECS)
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item18 = 17, // Unknown
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XFlow = 22,
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item25 = 24, // Unknown
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item32 = 31, // Unknown
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WTestCloseReason = 39,
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WTestConfigReason = 42,
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WTestRemaining = 45,
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XFlow = 22, // Whether or not well supports cross flow.
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// 0 => Cross flow NOT supported
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// 1 => Cross flow IS supported.
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WGrupConControllable = 24, // Well controllable by group (WGRUPCON(2))
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// -1 => YES, 0 => NO
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EconLimitEndRun = 29, // Whether or not to end simulation run at next report time
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// if well is shut or stopped for any reason (WECON(8)).
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// 0 => No, 1 => Yes.
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item32 = 31, // Unkown
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WGrupConGRPhase = 32, // Phase to which well's guiderate applies (WGRUPCON(4))
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// 0 => None/defaulted,
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// 1 => Oil,
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// 2 => Water,
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// 3 => Gas,
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// 4 => Liquid,
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// 5 => Surface flow rate of injecting phase (injectors only),
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// 6 => Reservoir fluid volume rate.
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WTestCloseReason = 39, // Dynamic reason for closing a well
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// 0 => Flowing or manually SHUT/STOPped
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// 3 => Well closed for Physical reasons (P)
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// 5 => Well closed for Economic reasons (E)
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// 6 => Well closed for Group/Field reasons (G)
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// 9 => Well closed for THP design limit (D)
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WTestConfigReason = 40, // Which checks to perform when deciding to
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// close a well in WTEST (WTEST(3)).
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//
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// Product of prime factors representing individual reasons.
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// 2 => Physical (P),
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// 3 => Economic (E),
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// 5 => Group or Field (G),
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// 7 => THP design limit (D),
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// 11 => Test connections individually (C).
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//
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// Example: PEG = 2 * 3 * 5 = 30
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// PEGDC = 2 * 3 * 5 * 7 * 11 = 2310
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WTestRemaining = 45, // Remaining number of times well can be tested (WTEST(4)).
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// 0 => Unlimited number of tests
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// >0 => Well can be tested at most this many more times
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item48 = 47, // Unknown
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HistReqWCtrl = 49, // Well's requested control mode from
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@@ -55,6 +104,16 @@ namespace Opm { namespace RestartIO { namespace Helpers { namespace VectorItems
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LiftOpt = 53, // Well's lift gas injection to be calculated by optimisation or not
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THPLookupVFPTable = 54, // How to look up VFP table values for THP controlled wells
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// (WVFPEXP(2)). 0 => Implicit, 1 => Explicit.
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EconLimitQuantity = 55, // Quantity to which well's economic limits apply (WECON(10))
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// 0 => Well's flow rate ("RATE")
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// 1 => Well's potential flow rates ("POTN")
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EconWorkoverProcedure_2 = 66, // Secondary economic limit workover procedure (WECON(12)).
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// Usually just a copy of EconWorkoverProcedure.
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MsWID = 70, // Multisegment well ID
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// Value 0 for regular wells
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// Value 1..#MS wells for MS wells
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@@ -76,9 +135,23 @@ namespace Opm { namespace RestartIO { namespace Helpers { namespace VectorItems
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// = 2 for MSW wells and DF (WELSEGS item 7)
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CloseWellIfTHPStabilised = 86, // Whether or not to close well
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// if operating in "stabilised"
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// part of VFP curve (WVFPEXP(3))
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// 0 => No, 1 => Yes
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PreventTHPIfUnstable = 93, // Whether or not to prevent well
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// changing from rate control to THP
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// control if constrained to operate
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// on unstable side of VFP curve.
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// WVFPEXP(4).
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// 0 => No,
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// 2 => YES1,
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// 3 => YES2.
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CompOrd = 98, // Well's completion ordering scheme.
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LiftOptAllocExtra = 144
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LiftOptAllocExtra = 144,
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};
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namespace Value {
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@@ -147,6 +220,61 @@ namespace Opm { namespace RestartIO { namespace Helpers { namespace VectorItems
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Auto = 3,
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};
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namespace WGrupCon {
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enum Controllable : int {
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Yes = -1,
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No = 0,
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};
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enum GRPhase : int {
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Defaulted = 0,
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Oil = 1,
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Water = 2,
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Gas = 3,
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Liquid = 4,
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SurfaceInjectionRate = 5,
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ReservoirVolumeRate = 6,
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};
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} // namespace WGrupCon
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namespace WVfpExp {
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enum Lookup : int {
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Implicit = 0,
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Explicit = 1,
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};
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enum class CloseStabilised : int {
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No = 0,
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Yes = 1,
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};
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enum class PreventTHP : int {
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No = 0,
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Yes1 = 2,
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Yes2 = 3,
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};
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} // namespace WVfpExp
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namespace EconLimit {
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enum WOProcedure : int {
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None = 0, // NONE
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Con = 1, // CON
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ConAndBelow = 2, // +CON
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StopOrShut = 3, // WELL
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Plug = 6, // PLUG
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};
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enum EndRun : int {
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No = 0, // Run continues if well shut/stopped
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Yes = 1, // Run terminates if well shut/stopped
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};
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enum Quantity : int {
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Rate = 0, // Apply limits to actual flow rates ("RATE")
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Potential = 1, // Apply limits to potential flow rates ("POTN")
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};
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} // namespace EconLimit
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} // Value
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} // IWell
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@@ -165,13 +293,25 @@ namespace Opm { namespace RestartIO { namespace Helpers { namespace VectorItems
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DatumDepth = 9, // Well's reference depth for BHP
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Alq_value = 10, // Well's artificial lift quantity
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DrainageRadius = 17, // Well's drainage radius - item 7 from WELSPECS
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EfficiencyFactor1 = 24, // Item2 from WEFAC; this value is repeated at two locations.
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EfficiencyFactor2 = 31, // Item2 from WEFAC
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WTestInterval = 32,
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EconLimitMinOil = 12, // Well's minimum oil production rate economic limit (WECON(2))
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EconLimitMinGas = 13, // Well's minimum gas production rate economic limit (WECON(3))
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EconLimitMaxWct = 14, // Well's maximum water cut economic limit (WECON(4))
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EconLimitMaxGor = 15, // Well's maximum gas/oil ratio economic limit (WECON(5))
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DrainageRadius = 16, // Well's drainage radius (WELSPECS(7))
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WGrupConGuideRate = 17, // Well's guide rate (WGRUPCON(3))
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EconLimitMaxWgr = 18, // Well's maximum water/gas ratio economic limit (WECON(6))
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EfficiencyFactor1 = 24, // Well's efficiency factor (WEFAC(2))
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EfficiencyFactor2 = 31, // Well's efficiency factor (WEFAC(2), copy of EfficiencyFactor1)
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WTestInterval = 32, // Well's WTEST interval (WTEST(2))
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HistLiqRateTarget = 33, // Well's historical/observed liquid
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// rate target/limit
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WTestStartupTime = 39,
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WTestStartupTime = 39, // Well's WTEST startup time (WTEST(5))
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HistGasRateTarget = 54, // Well's historical/observed gas rate
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// target/limit
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@@ -182,7 +322,14 @@ namespace Opm { namespace RestartIO { namespace Helpers { namespace VectorItems
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LOmaxRate = 56, // Well's maximum lift gas rate
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LOweightFac = 57, // Well's wighting factor for preferential allocation of lift gas
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LOminRate = 67, // Well's mimimum lift gas rate
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LOincFac =115,
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EconLimitMaxWct_2 = 71, // Well's secondary maximum water cut economic limit (WECON(11)).
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EconLimitMinLiq = 82, // Well's minimum liquid production rate economic limit (WECON(14)).
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WGrupConGRScaling = 84, // Guide rate scaling factor (WGRUPCON(5))
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LOincFac = 115,
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TracerOffset = 122, // Tracer data start at this index
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};
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