This server does not currently have a deployable release on Glama. Follow the repository's setup instructions to install and configure it for your MCP client, including any required credentials and local dependencies.
Dynamic Airway Closing Pressure ($P_{\text{cl}}$) and Static Recoil Pressure ($P_{\text{st}(L)}$) Analyzer based on Mead's Equal Pressure Point (EPP) physiological formulation.
flowchart TD
A[Pleural Pressure P_pl & Static Recoil P_st] --> B[Alveolar Pressure P_alv = P_pl + P_st]
C[Expiratory Airflow & Upstream Resistance] --> D[Frictional Drop: Delta P = Flow * R_us]
B & D --> E[Intrabronchial Pressure P_bronchial]
E & A --> F[Transmural Gradient: P_tm = P_bronchial - P_pl]
F --> G[Equal Pressure Point & Dynamic Closure Risk Assessment]Zero PIP Dependencies: Implemented strictly with Python Standard Library (math, json, sys, typing).
Mead's EPP Physics: Models the transition from effort-dependent to effort-independent flow limitation.
Dynamic Collapse Prevention: Identifies premature peripheral airway closure and gas trapping.
Dual Architecture: Native Python import and Model Context Protocol (MCP) JSON-RPC 2.0 stdio server.
Related MCP server: Respiratory Inertance & Dynamic Compliance Skill
python example_usage.pyApache-2.0
This server cannot be deployed
Deterministic physics runtime with a proof on every answer: 61 models, open and keyless over MCP.
Engineering calculation MCP server for oil and gas engineering applications.
Remote MCP server for deterministic educational practice-assessment score conversions.
**UNE Maritime Decarbonization & Compliance Gateway** is a production-grade, deterministic Model Context Protocol (MCP) server engineered for maritime shipping operators, charterers, compliance auditors, and AI agents managing EU environmental regulations. Strictly modeled on **Regulation (EU) 2023/1805 (FuelEU Maritime, Annexes I–IV)** and **Directive (EU) 2023/959 (EU ETS Maritime)**, the gateway guarantees audit-grade calculations with inter-process SHA-256 cryptographic state proofs. ### Core Capabilities & Statutory Tools (7) * **`lookup_fuel_wtw_emission_factor`**: Statutory Well-to-Wake (WtW), WtT, TtW, and LCV factors under FuelEU Maritime Annex II default tables (VLSFO, LNG, Biofuels, e-Methanol, e-Ammonia). * **`calculate_voyage_ghg_intensity`**: Multi-leg voyage GHG intensity solver adhering to FuelEU Annex I, enforcing Article 2 scope coverage (100% intra-EU, 50% extra-EU voyages) and UN/LOCODE port consistency. * **`calculate_fueleu_banking_borrowing`**: Article 20 deficit borrowing and surplus banking engine, verifying statutory 2% caps, consecutive-year constraints, and statutory 1.1× carbon penalty interest. * **`optimize_fueleu_pool_allocation`**: Article 21 compliance pooling optimizer solving fleet allocations to eliminate non-compliance penalties on China–Europe and global trade lanes. * **`calculate_fueleu_maritime_penalty`**: Statutory cash penalty calculation based on the Annex IV formula ($€2,400$/t VLSFO-eq reference rate with multi-year non-compliance escalators). * **`calculate_maritime_ets_surrender`**: EU ETS allowance (EUA) liability calculation implementing phased-in surrender obligations (40% in 2024, 70% in 2025, 100% in 2026+) and dynamic $N+1$ regulatory surrender deadlines (Sept 30). * **`provision_free_api_key`**: Developer provisioning engine delivering sandbox API keys for verifier XML manifests and BIMCO clause liability auditing. ### Key Highlights * **Cryptographic Determinism**: Every computation yields an immutable `result_hash` that remains constant across process restarts and environment redeployments. * **Ultra-low Latency**: Sub-millisecond execution times with zero external API dependencies for raw regulatory computations. * **Streamable HTTP Endpoint**: Publicly accessible via standard JSON-RPC 2.0 at `https://maritime.une.education/mcp.php`.
