Agent Claude Code
Performs root cause analysis on process equipment — compressor trips and vibration, pump and compressor efficiency loss, separator carryover, heat-exchanger fouling and U-value degradation, cooling-water and cooling-medium performance loss, valve and capacity limitations — using NeqSim's diagnostics framework, which…
Agent Claude Code
Routes engineering requests to the most appropriate NeqSim specialist agent. Analyzes the user's question, classifies it by domain, and delegates to the right agent — or composes multi-agent pipelines for complex cross-discipline tasks. Use this when you're unsure which agent to pick.
Agent Claude Code
Performs process safety simulations — vessel depressurization/blowdown, relief valve sizing (API 520/521), trapped-liquid fire rupture screening, fire case modeling, source term generation for consequence analysis (PHAST/FLACS/KFX), safety envelope calculations (hydrate, MDMT, CO2 freezing), and risk analysis with…
Agent Claude Code
Takes a process simulation task description and delivers a complete, tested Jupyter notebook. Uses neqsimdevsetup for local development and produces Colab-compatible output. This is the fast path for getting working process simulation notebooks.
Agent Claude Code
Solves process-engineering problems using the NeqSim Java API with proportional depth: quick answer-first calculations, notebook-backed studies, or full reports. Delivers auditable task folders with validation evidence, runner-executed notebooks/scripts, and reports when needed. When NeqSim lacks a needed capability…
Agent Claude Code
Reviews NeqSim process systems, calculations, and extracted technical documents against standards and technical requirements such as DNV-ST-F101 pipeline screening, DNV-RP-F101 corroded-pipeline screening, DNV-RP-F104 CO2-pipeline envelope screening, DNV-RP-F105 free-span screening, DNV-RP-F109 on-bottom stability…
Agent Claude Code
Reads and extracts structured engineering data from technical documents and engineering images — equipment data sheets, design basis, heat & mass balance tables, technical requirements, well test reports, inspection reports, piping specifications, material certificates, standards documents, P&ID drawings, mechanical…
Agent Claude Code
Creates and configures NeqSim thermodynamic fluids and generates, plots, interprets, or troubleshoots PT phase envelopes. Selects the EOS, adds components, sets mixing rules, runs flash calculations, calculates dew/bubble curves, cricondenbar, cricondentherm, and critical points, and diagnoses Michelsen continuation…
Agent Claude Code
Reads Honeywell UniSim Design / Aspen HYSYS .usc files via COM automation and converts them to running NeqSim ProcessSystem / ProcessModule models. Extracts fluid packages, components, operations (55+ typed operation handlers including columns via AttachedFeeds/AttachedProducts, reactors, electrolyzers, fired heaters…
Agent Claude Code
Coordinates screening-level utility-system DESIGN with NeqSim — sizes fired steam boilers, deaerators, vapour-compression refrigeration, on-site nitrogen generation, and multi-pressure steam networks, aggregates plant utility demands from a run flowsheet, and runs the agentic closed loop that optimizes a two-stage…
Skill Claude CodeCodex
Interpret flash algorithm convergence metrics, identify patterns, and produce.
Skill Claude CodeCodex
Interpret Gibbs energy minimization convergence metrics, analyze Jacobian.
Skill Claude CodeCodex
PaperLab skill for book creation workflows in scientific writing and book production.
Skill Claude CodeCodex
Create a structured test matrix for comparing flash algorithm performance.
Skill Claude CodeCodex
Create a structured test matrix for evaluating Gibbs energy minimization.
Skill Claude CodeCodex
PaperLab skill for figure discussion workflows in scientific writing and book production.
Skill Claude CodeCodex
Create matplotlib figures that meet journal submission standards: correct fonts.
Skill Claude CodeCodex
Apply journal-specific formatting rules to transform a manuscript from Markdown.
Skill Claude CodeCodex
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 pass to each other.
Skill Claude CodeCodex
Agentic closed-loop optimization of large multi-area NeqSim ProcessModel plants with convergence gating and equipment introspection. USE WHEN: an agent must optimize a live full-plant flowsheet (setpoints, compressor pressures, heater temperatures, routing fractions) across years/scenarios with surge/RVP/spec…
Skill Claude CodeCodex
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.
Skill Claude CodeCodex
Autonomous observe-hypothesize-predict-test-discriminate loop for operational anomalies. USE WHEN: solving a PEPR action, root-cause or operational study where the symptom, driver or important relationships are NOT given up front. Uses neqsim.process.diagnostics.RelationshipGraph for lead-lag relationship discovery…
Skill Claude CodeCodex
Structured inventory of NeqSim's capabilities by engineering discipline. USE WHEN: checking what NeqSim can do, planning implementations, assessing gaps for engineering tasks, or routing work to the right agent. Covers thermodynamics, process equipment, PVT, standards, mechanical design, flow assurance, safety, and…
Skill Claude CodeCodex
CO2 capture, transport, storage (CCS) and hydrogen systems patterns for NeqSim. USE WHEN: modeling CO2 pipelines, injection wells, impurity effects on phase behavior, CO2 dense phase transport, hydrogen blending, electrolysis, or any CCS/H2 value chain analysis. Covers CO2 phase behavior, impurity management, well…
At most 3 mods per repository are shown here, and a mod shipped inside a plugin is left to that plugin's page — the rest are on their repository pages: