Isothermal flash

This method is the most common thermodynamic flash function and is used to determine the equilibrium solution output at a constant temperature and pressure.

isothermal

POST https://api.olisystems.com/engine/flash/{dbs_file_id}/isothermal

run an isothermal flash calculation

Headers

NameTypeDescription

Authorization

string

Bearer {access_token}

Content-Type

string

application/json

{
	"code": 200,
	"data": {
		"file_id": "dee854a6-59db-487d-ad08-a20dee691133",
		"jobId": "f6b3375e-cd0f-4ace-a5ee-71e047b76754",
		"resultsLink": "https://devapi.olisystems.com/result/flash/f6b3375e-cd0f-4ace-a5ee-71e047b76754?context=engine",
		"status": "IN PROGRESS"
	},
	"message": "Process execution started Successfully",
	"status": "SUCCESS"
}

Request payload

{
    "params": {
        "temperature": {
            "value": 30.0,
            "unit": "°C"
        },
        "pressure": {
            "value": 1.5,
            "unit": "atm"
        },
        "inflows": {
            "unit": "mol",
            "values": {
                "H2O": 50.0,
                "CO2": 10.0,
                "NACL": 20.0,
                "BENZENE": 10.0
            }
        }
    }
}

params

type

description

temperature

specified temperature with unit

pressure

specified pressure with unit

inflows

object

specified inflow species composition, see Inflows Input

In addition to the inputs shown above, some optional properties may also be specified. They can be viewed here.

If kinetic reactions are defined in the chemistry model, kinetic calculation inputs are required to be specified. A detailed description can be found here.

Response (status = PROCESSED)

The output of this calculation is the stream output which is common result output for all OLI's flash calculations or an error.

Survey Calculation

Survey calculation is supported for the variables below. Please refer to Survey calculation for explained input schema.

supported params.surveyInputs[{}].field

"/params/temperature/value"

"/params/pressure/value"

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