mcpField
E

EngScript Engineering MCP

Remote
@engscript.comScience & Education

About EngScript Engineering MCP

Engineering calculation MCP server for oil and gas engineering applications

Configuration

Remote servers need no local install. Pick your client, then copy the config or install in one click.

Endpointhttps://engscript.com/mcp
Copy install command
Claude CodeTerminal
Cursor.cursor/mcp.json
VS Code.vscode/mcp.json
Claude Desktopclaude_desktop_config.json
Windsurf~/.codeium/windsurf/mcp_config.json

Run commands in a terminal; paste JSON into the client’s MCP config and restart. Servers that need sign-in will prompt on first connect.

Tools

60
ParameterTypeRequiredDescription
PobjectYesPressure
P.unitenumYesMPa | MPag | N/m2 | N/m2g | atm | atmg | bar | barg | cmH2O(4C) | cmH2O(4C)g | inH2O(60F) | inH2O(60F)g | inHg(32F) | inHg(32F)g | inHg(60F) | inHg(60F)g | kPa | kPag | kg/cm2 | kg/cm2g | lbf/ft2 | lbf/ft2g | mmH2O | mmH2Og | mmHg(0C) | mmHg(0C)g | psi | psia | psig | torr | torrg
P.valuenumberYes
TobjectYesTemperature
T.unitenumYesC | F | K | R
T.valuenumberYes
HCarrayYesComponent list. Supported formulas or names: H2(hydrogen), CH4(methane), C2H2(acetylene), C2H4(ethylene), C2H6(ethane),C3H4(propadiene), C3H6(propene), C3H8(propane), C4H8(isobutylene), C4H10(n-butane), C5H12(pentane), C6H14(hexane), C7H16(heptane), C8H18(octane), C9H20(nonane), C10H22(decane),C11H24(undecane), C12H26(dodecane), C5H12O(MTBE), C6H6(benzene), C7H8(toluene), C8H10(o-xylene), Air, Ar(argon), N2(nitrogen), O2(oxygen), CO(carbon monoxide), CO2(carbon dioxide),H2O(water), HCl(hydrogen chloride), H2S(hydrogen sulfide), NH3(ammonia), NO2(nitrogen dioxide), N2O(nitrous oxide), N2O4(dinitrogen tetroxide), SO2(sulfur dioxide), SO3(sulfur trioxide), NaOH(sodium hydroxide). Names are case-insensitive.Examples: ['CH4','C2H6','C3H8'], ['Methane','Ethane','Propane'], ['methane','ethane','propane']
molearrayYesMole fractions or mole amounts corresponding to HC. Automatically normalized.
H_unitenumNoEnthalpy unitBtu/lb | Btu/lbm | J/g | J/kg | cal/g | cal/kg | kJ/g | kJ/kg | kcal/g | kcal/kg
S_unitenumNoEntropy unitBtu/lb-F | Btu/lb-R | Btu/lbm-F | Btu/lbm-R | J/g-C | J/g-K | J/kg-C | J/kg-K | cal/g-C | cal/g-K | cal/kg-C | cal/kg-K | kJ/g-C | kJ/g-K | kJ/kg-C | kJ/kg-K | kcal/g-C | kcal/g-K | kcal/kg-C | kcal/kg-K
U_unitenumNoInternal energy U unitBtu/lb | Btu/lbm | J/g | J/kg | cal/g | cal/kg | kJ/g | kJ/kg | kcal/g | kcal/kg
k_unitenumNoThermal conductivity k unitBtu/hr-ft-F | Btu/hr-ft-R | Kcal/m-hr-C | Kcal/m-hr-K | W/m-C | W/m-K
Cp_unitenumNoHeat capacity Cp unitBtu/lb-F | Btu/lb-R | Btu/lbm-F | Btu/lbm-R | J/g-C | J/g-K | J/kg-C | J/kg-K | cal/g-C | cal/g-K | cal/kg-C | cal/kg-K | kJ/g-C | kJ/g-K | kJ/kg-C | kJ/kg-K | kcal/g-C | kcal/g-K | kcal/kg-C | kcal/kg-K
Cv_unitenumNoHeat capacity Cv unitBtu/lb-F | Btu/lb-R | Btu/lbm-F | Btu/lbm-R | J/g-C | J/g-K | J/kg-C | J/kg-K | cal/g-C | cal/g-K | cal/kg-C | cal/kg-K | kJ/g-C | kJ/g-K | kJ/kg-C | kJ/kg-K | kcal/g-C | kcal/g-K | kcal/kg-C | kcal/kg-K
MW_unitenumNoMolecular weight unitg/gmol | g/mol | kg/kgmol | kg/kmol | lb/lbmol | lb/mol
mu_unitenumNoViscosity mu unitP | Pa-s | cP | lb/ft-sec | lb/h-ft | lbf-s/ft2 | lbm/h-ft | lbm/s-ft | mP | microP | poundals/ft2 | slug/h-ft
rho_unitenumNoDensity unitAPI | SG_H2O4 | SG_H2O60api | SG_H2O60nbs | g/cm3 | g/cm^3 | kg/m3 | kg/m^3 | lb/ft3 | lb/ft^3 | lbm/ft^3
Tbub_unitenumNoBubble point Tbub unitC | F | K | R
Tdew_unitenumNoDew point Tdew unitC | F | K | R

Details

The maintainer has not added details yet. Check the README in the repository.

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