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SkillsMP has collected 101 skills from equinor/neqsim. Open a skill to review its source and details.
equinor/neqsimShowing 21 of 101 collected skills.
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…
Water hammer and liquid hammer screening workflow for NeqSim. USE WHEN: evaluating fast valve closures, pump trips, check-valve slam, hydraulic surge, STID/P&ID route extraction, tagreader event windows, or MCP runWaterHammer studies. Covers WaterHammerPipe,…
Maintain consistency for recurring field, facility, and design cases across PaperLab books. Use when a book uses a repeated scenario as a teaching thread and assumptions must not drift silently.
Aggregate PaperLab audit outputs into chapter readiness scores and a release dashboard. Use when deciding which chapters are ready, need minor revision, need major revision, or block a release.
Build prerequisite graphs for PaperLab books. Use when checking chapter order, concept introduction, learning path coherence, glossary coverage, and whether students meet concepts before they are used or assessed.
Audit equations, dimensions, symbols, notation, and formula variants in PaperLab books. Use when technical chapters contain equations, units, and engineering correlations that must remain consistent across chapters.
Review and design PaperLab exercise sets with intentional progression from conceptual checks to calculation, design, uncertainty, and capstone tasks.
Audit PaperLab figures for accessibility, readability, engineering plotting conventions, print safety, and style consistency across chapters.
Design safe interactive HTML labs from PaperLab notebooks, with bounded inputs, static fallbacks, and student prompts. Use when turning computational examples into guided learning activities.
Map PaperLab learning objectives to sections, figures, notebooks, examples, exercises, and assessments. Use when verifying that a chapter or whole book delivers on its stated student outcomes.
Map standards-heavy PaperLab statements to standard, revision, clause or paraphrased requirement, and evidence strength. Use for professional engineering chapters with API, DNV, ISO, IEC, ASME, NORSOK, or regulations.
Final production review for PaperLab books across HTML, PDF, DOCX, and ODF. Use for responsive layout, page breaks, equation rendering, table overflow, caption style, running headers, figure placement, and release-candidate polish.
Edit PaperLab book chapters for narrative flow, chapter arc, section order, transitions, recurring case threads, and controlled repetition. Use when a chapter is technically correct but still feels like assembled lecture notes.
Pinch analysis and heat integration — composite curves, ΔTmin selection, MER targeting, grand composite, HEN synthesis, retrofit. USE WHEN: a task involves reducing utility cost, evaluating heat recovery, sizing utility duties, or comparing process…
OCR-based text extraction from PDFs (scanned documents, P&IDs, vendor datasheets, engineering drawings) using OCRmyPDF, Tesseract, and pytesseract. USE WHEN: a PDF has no embedded text layer (scanned), pymupdf returns empty/low text, or the user explicitly…
Utility system specification — steam levels (HP/MP/LP), cooling water (CW supply/return ΔT), instrument air dryness, fuel gas composition, nitrogen purity, demineralized water, refrigeration. USE WHEN: a task requires utility duty consolidation,…
Physics explanations for common NeqSim results. USE WHEN: users ask 'why' about simulation results, when explaining unexpected behavior, or when adding educational context to notebooks and reports. Maps common engineering phenomena to plain-language…
Model calibration and data reconciliation workflow for NeqSim digital twins. USE WHEN: reducing model-vs-plant mismatch, tuning process model parameters from historian data, reconciling noisy measurements, or building validation reports for calibrated…
Agent-to-agent communication schema for NeqSim. USE WHEN: composing multi-agent pipelines where one agent's output feeds another agent's input. Defines structured result formats for fluid definitions, simulation results, and design outputs that agents can…
Input validation rules for NeqSim simulations. USE WHEN: setting up thermodynamic systems, process equipment, or running simulations. Catches physically impossible or suspect inputs before simulation runs, saving time and providing corrective guidance.
Regression baseline management for NeqSim. USE WHEN: modifying solver logic, property correlations, or EOS implementations. Ensures changes don't silently degrade accuracy. Covers creating baseline fixtures, writing regression tests, and detecting accuracy…