To Recover Your Heat Into Useful Power, Complete This Form and Receive from AQYLON

To recover your heat into useful power, complete this form and receive from AQYLON a preliminary technical financial assessment for your project.

This form is for AQYLON to dimension the ORC module adapted to your project. Please, download this file on your device, open it, fill in the blanks and save. Then, send us the file by mail. We will get back to your within a few days.

Date: Click here to enter a date.

General information

*Company: Click here to enter text. / *Contact name: Click here to enter text.
Address: Click here to enter text. / *Country:Click here to enter text.
*E-mail: Click here to enter text. / *Phone: Click here to enter text.
*Location of the project (country & town, or GPS coordinates): Click here to enter text.
*Price of electricity feed in tariff / *Price of electricity purchased from the grid:
Click here to enter text. /MWh Click here to enter text. /MWh
*Do you want to cogenerate green heat (use the heat of the ORC condenser)?
☐ Yes / ☐ No
*If yes, what is the requested temperature of the cogeneration? Click here to enter text.°C
*Annual running time: / Click here to enter text.hours/year

TechnicalData

You will find below different boxes dedicated to different applications. Please, select the one(s) that addressing your application (checkbox), and fill in the corresponding blanks.

Energy efficiency

☐ Waste heat from industrial process (water or oil loop)
*Type of industry: Click here to enter text. / Type of fluid (water, thermal oil):Click here to enter text.
*Temperature / To ORC: Click here to enter text. °C / Back from ORC: Click here to enter text. °C
*Flowrate: Click here to enter text. kg/s or Click here to enter text. m3/h
*Availablethermalpower: Click here to enter text. kWth
☐ Waste heat from industrial fumes
*Type of industry (cement, glass, steel, incinerator …): Click here to enter text.
*Temperature of the fumes:Click here to enter text. °C
*Flow rate: Click here to enter text. Nm3/h or Click here to enter text. Sm3/h or Click here to enter text. kg/s
*Availablethermalpower: Click here to enter text. kWth
Composition of fumes / CO2: Click here to enter text. %
O2: Click here to enter text. %
H2O: Click here to enter text. %
N2: Click here to enter text. %
Other: (Click here to enter text.) : Click here to enter text. %
Other: (Click here to enter text.) : Click here to enter text. %
Dust content: Click here to enter text.g/Nm3 or Click here to enter text.mg/Nm3
Minimum temperature after heat exchanger (to avoid condensation): Click here to enter text. °C
Maximum acceptablepressure drop (to size the heat exchanger): Click here to enter text.mbar
☐ Waste heat from Internal Combustion Engine (ICE)
1. From exhaust fumes
*Fuel (diesel, HFO, gas, biogas …): Click here to enter text.
Brand: Click here to enter text. / Model: Click here to enter text.
*Number of engines:Click here to enter text.
*Temperature:Click here to enter text. °C
*Flow rate: Click here to enter text. Nm3/h or Click here to enter text. kg/s
*Availablethermalpower: Click here to enter text. kWth
Minimum temperature after exchanger (to avoid condensation): Click here to enter text. °C
Maximum acceptablepressure drop (to size the heat exchanger): Click here to enter text.mbar
☒ Waste heat from Internal Combustion Engine (ICE)
2. From water jacket
*Fuel (diesel, HFO, gas, biogas …): Click here to enter text.
Brand: Click here to enter text. / Model: Click here to enter text.
*Temperature / To Engine: Click here to enter text. °C / From Engine: Click here to enter text. °C
*Flowrate: Click here to enter text. kg/s or Click here to enter text. m3/h
*Availablethermalpower: Click here to enter text. kWth

Renewable energy

☐ Geothermal
*Origin of fluid (brine, primary heat exchanger, district heating network …): Click here to enter text.
*Temperature / To ORC: Click here to enter text. °C / Back from ORC: Click here to enter text. °C
*Flowrate: Click here to enter text. kg/s or Click here to enter text. m3/h
*Availablethermalpower: Click here to enter text. kWth
☐ Biomass (boiler)
*Available Biomass (wood, bamboo, rice husks, palm nuts…):Click here to enter text.
*Type of biomass (dust, pellet, briquette…):Click here to enter text.
*Humidity rate:Click here to enter text. % *HHV: Click here to enter text. GJ Mg-1
*Quantity of biomass: Click here to enter text. t/year
*Type of fluid (water, thermal oil…): Click here to enter text.
*Temperature / To ORC: Click here to enter text. °C / Back from ORC: Click here to enter text. °C
*Flowrate: Click here to enter text. kg/s or Click here to enter text. m3/h
*Availablethermalpower: Click here to enter text. kWth
☐ Solar thermal (Concentrated Solar Panels)
*Type of fluid (water, thermal oil…): Click here to enter text.
*Temperature / To ORC: Click here to enter text. °C / Back from ORC: Click here to enter text. °C
*Flowrate: Click here to enter text. kg/s or Click here to enter text. m3/h
*Availablethermalpower: Click here to enter text. kWth

Some more information

Give us more information about the context of your project:

Click here to enter text.

If cooling water is available (ground water, river, sea, …), please, fill in the following blanks.

Type of cooling water (ground, river, sea): Click here to enter text.
Average annual temperature: Click here to enter text. °C
Maximum return temperature:Click here to enter text. °C
Available flow rate: / Click here to enter text. Kg/s / Click here to enter text. m3/h

If available, insert here the P&ID of the process (or attach it to an e-mail):