equinor
Review Skills published by equinor, their source repositories, maintenance signals, and identity status.
- Skills
- 20
- Repository stars
- 147
- Identity status
- Source-linked
Provenance
Source and identity
- Profile type
- Creator
- Canonical name
- equinor
- Public sources
- 1
- License context
- Apache-2.0
Source entries
Agent Skills from equinor
Repository stars and maintenance signals provide context, but do not automatically become an individual Skill's quality score.
equinor/neqsim
neqsim-api-patterns
NeqSim API patterns and code recipes. USE WHEN: writing Java or Python code that uses NeqSim for thermodynamic calculations, process simulation, or property retrieval. Covers EOS selection, fluid creation, flash calculations, property access, equipment patterns, and unit conventions.
equinor/neqsim
neqsim-depressurization-mdmt
Emergency depressurization (blowdown) per API 521 §5.20 and minimum design metal temperature (MDMT) assessment per ASME UCS-66 / API 579 / EN 13445 — VU-flash transient inventory model, time-to-target-pressure, low-temperature embrittlement screening, and integration with PSV/flare loads. USE WHEN: a task requires sizing a blowdown valve, generating a P-vs-time curve for a vessel under fire / depressurization, checking MDMT against blowdown end-temperature, providing source terms for relief and
equinor/neqsim
neqsim-distillation-design
Distillation column design rules for NeqSim. USE WHEN: setting up distillation columns, troubleshooting convergence, selecting internals (trays/packing), sizing columns, or analyzing column performance. Covers DistillationColumn setup, solver selection, feed tray optimization, reflux ratio, and internals selection per industry standards.
equinor/neqsim
neqsim-dynamic-simulation
Dynamic simulation guidance for NeqSim. USE WHEN: running transient simulations, modeling startup/shutdown, tuning PID controllers, analyzing pressure/level dynamics, performing blowdown/depressurization, or setting up measurement devices and control loops. Covers runTransient, DynamicProcessHelper, controller tuning, and dynamic equipment configuration.
equinor/neqsim
neqsim-equipment-cost-estimation
Equipment and process CAPEX estimation — Turton/Peters/Ulrich/Seider correlations, CEPCI escalation, material/pressure factors, bare-module to grass-roots, AACE class 1-5, location factors, currency conversion, CostEstimateResult reconciliation, and mechanical-design-driven topsides/SURF/well rollups. USE WHEN: a task requires a +30%/-30% Class-3/4 estimate for equipment, a process flowsheet, topsides, SURF, wells, or reservoir-to-market CAPEX. Anchors on CostEstimationCalculator and ProcessCost
equinor/neqsim
neqsim-flow-assurance
Flow assurance analysis patterns for NeqSim. USE WHEN: predicting hydrate formation, wax appearance, asphaltene stability, CO2/H2S corrosion (NORSOK M-506, de Waard-Milliams, FeCO3 film), mineral scale (saturation index, scale kinetics, brine mixing / seawater incompatibility), scale/solids valve plugging & Cv/opening drift (ValveScaleDrift), scale/deposit remediation & dissolver/solvent/wash selection for cleaning fouled equipment (ScaleRemediationAdvisor), elemental sulfur (S8) deposition from
equinor/neqsim
neqsim-hydrogen-production
Hydrogen production routes (SMR/ATR/POX, blue-H2 WGS/capture/compression chains, electrolysis, ammonia cracking) with NeqSim. USE WHEN: modeling fired SMR reformers, ATR and POX syngas generators, water-gas shift, pressure-swing adsorption (PSA), CO2 capture/compression/export placeholders, H2 drying/compression/export, water electrolyzers (PEM/Alkaline/SOEC/AEM), stack I-V curves, hydrogen plant cost estimation, para/ortho hydrogen conversion, catalyst deactivation, or blue/green H2 flowsheets.
equinor/neqsim
neqsim-java8-rules
Java 8 compatibility rules for NeqSim. USE WHEN: writing or reviewing any Java code for NeqSim, including tests. Covers forbidden Java 9+ features, replacement patterns, API verification, and JavaDoc requirements. All NeqSim Java code MUST compile with Java 8.
equinor/neqsim
neqsim-pid-process-operations
Bidirectional P&ID/NeqSim workflow. USE WHEN: understanding P&ID symbols, converting P&ID topology into NeqSim simulations, generating governed DEXPI engineering packages from ProcessSystem or ProcessModel, linking tags to historian data, evaluating valve/equipment changes, or preparing water-hammer and blowdown/flare handoffs.
equinor/neqsim
neqsim-power-generation
Power generation patterns for NeqSim. USE WHEN: modeling gas turbines, steam turbines, HRSG, combined cycle systems, waste heat recovery, or calculating fuel gas consumption and thermal efficiency. Covers GasTurbine, SteamTurbine, HRSG, CombinedCycleSystem classes and heat integration with PinchAnalysis.
equinor/neqsim
neqsim-process-extraction
Extracts process simulation data from unstructured sources (text, tables, PFDs, data sheets, STID/E3D line lists) and converts it to NeqSim JSON builder format or PipingRouteBuilder route models. USE WHEN: a user provides a process description, PFD, operating data, line-list table, or design document and wants a running NeqSim simulation. Covers equipment mapping, stream wiring, route hydraulics, unit conversion, composition normalization, and confidence scoring.
equinor/neqsim
neqsim-process-safety
Process safety methodology — barrier management, PSFs/SCEs, HAZOP guidewords, LOPA worksheets, SIL determination per IEC 61511, integrated facility safety response, safety change revalidation, independent benchmarks, bow-tie analysis, risk-matrix scoring, TR3001 overpressure-protection studies, and trapped-liquid fire rupture screening. USE WHEN: a task requires barrier registers, hazard identification, layer-of-protection analysis, safety-integrity-level assignment for an SIF, integrated ESD/co
Pinned paths
Every entry links to a specific source path and commit when available.
Repository context
Activity, license, and repository-level popularity are shown as context.
Open the source
Inspect the public repository