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SkillsMP has collected 101 skills from equinor/neqsim. Open a skill to review its source and details.
equinor/neqsimShowing 40 of 101 collected skills.
Reads and extracts structured engineering data from technical documents (PDFs, Word, Excel, CSV) and engineering images/drawings (P&IDs, vendor datasheets, mechanical arrangements, performance maps). USE WHEN: a user provides engineering documents or images —…
Implement and test NeqSim process-equipment runTransient support. USE WHEN: adding dynamic simulation behavior to any ProcessEquipmentInterface class, including inventory volume, pressure/level/temperature state, controller response, and JUnit regression…
Process controllability and operability — operating envelope mapping, turndown analysis, startup/shutdown sequencing, control valve sizing per ISA-75 (Fl, Fp, choked flow), rangeability, hunting/loop tuning, recycle stability. USE WHEN: a task involves…
Fire rupture study workflow for blocked-in liquid-filled pipe segments and blowdown pipe fire heat-up / time-to-rupture strain-rate screening. USE WHEN: a task asks for trapped liquid, blocked-in liquid, thermal expansion rupture, fire exposure without…
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…
Structured hazard-identification workflows — HAZOP worksheets with the seven IEC 61882 guidewords, deviation→calculation auto-population that maps each guideword/parameter deviation to the NeqSim calculator that quantifies its consequence (overpressure,…
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…
Screening-level utility-system DESIGN with NeqSim Java classes and the MCP designUtilities tool — fired steam Boiler, Deaerator, vapour-compression RefrigerationCycle, on-site NitrogenSystem generator, and multi-pressure SteamNetwork header cascade, plus the…
Interpret flash algorithm convergence metrics, identify patterns, and produce
Interpret Gibbs energy minimization convergence metrics, analyze Jacobian
PaperLab skill for book creation workflows in scientific writing and book production.
Create a structured test matrix for comparing flash algorithm performance
Create a structured test matrix for evaluating Gibbs energy minimization
PaperLab skill for figure discussion workflows in scientific writing and book production.
Create matplotlib figures that meet journal submission standards: correct fonts,
Apply journal-specific formatting rules to transform a manuscript from Markdown
Author scientifically rigorous chapters and papers where every quantitative claim is backed by a NeqSim simulation, regression test, or notebook. Covers the dual-boot setup cell, claim → test linkage, equation → Java method cross-references, units enforcement…
Extract and map engineering requirements from standards or approved standards
Define the PaperLab whole-book release workflow: audit order, blocker rules, render commands, artifact freshness checks, and release gate reporting.
Extract publishable paper candidates from PaperLab books, including case studies, benchmark suites, review syntheses, workflows, and teaching datasets.
Match PaperLab manuscripts to journals and position the title, abstract, novelty angle, article type, keywords, and cover letter for submission.
Verify NeqSim API references in PaperLab books against Java source, tests, notebooks, and documented setup patterns. Use for code snippets, method names, constructor signatures, units, and API claims in book chapters.
Define notebook baseline, tolerance, and stale-figure rules for PaperLab computational books. Use when notebooks generate figures, tables, or numeric claims that must remain stable as NeqSim and dependencies evolve.
Transform validated PaperLab papers into teachable book chapters, sections, worked examples, exercises, notebooks, and figure discussions.
Mine NeqSim and PaperLab repositories for publishable scientific papers, book chapters, benchmark notes, and review articles. Use when looking for the next high-impact PaperLab publication opportunity.
Build PaperLab reproducibility capsules with raw data, scripts, notebooks, command logs, environment records, seeds, manifests, and rerun instructions.
Audit PaperLab books for claim, figure, equation, notebook, citation, and unit traceability. Use when a book must become scientifically defensible and reproducible, especially for NeqSim-backed quantitative chapters.
Review and revise PaperLab book chapters so students can learn efficiently. Use for learning-objective alignment, prerequisite checks, worked examples, summaries, exercises, glossary consistency, and chapter-level pedagogy.
Execute NeqSim flash calculations in batch mode, collect metrics, and produce
Draft a publication-quality Methods section for a computational thermodynamics
Audit how concepts recur across PaperLab books so they are introduced, practiced, deepened, assessed, and reused without shallow repetition.
Check PaperLab mathematical derivations for assumptions, dimensional consistency, limiting cases, notation, and NeqSim implementation linkage.
Convert PaperLab research questions into falsifiable hypotheses, benchmark matrices, statistical tests, and acceptance criteria for computational papers.
Build instructor resources from PaperLab books: lecture outlines, slide plans, question banks, solution manuals, rubrics, labs, and exam variants.
Run a simulated multi-reviewer critique of PaperLab manuscripts and books, covering novelty, methods, evidence, reproducibility, figures, and journal fit.
Find and track public calls for papers, special issues, conferences, and themed collections relevant to PaperLab and NeqSim research topics.
Curate reference datasets for PaperLab validation, including source tracing, unit normalization, uncertainty notes, license status, and citation mapping.
Generate and audit worked examples from PaperLab equations, notebooks, benchmarks, and case studies with assumptions, units, solution steps, and checks.
Quantitative consequence analysis for oil & gas hazards — jet fire, pool fire, vapour cloud explosion (VCE), BLEVE, Gaussian plume and heavy-gas dispersion, probit-based fatality probabilities, individual and societal risk roll-up. USE WHEN: a task requires…
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.