* PM emissions cannot be expressed in PPM (aPPM or rPPM). In systems with vacuum pumps, blowers, compressors, and heat exchangers, air pressure and temperature are constantly changing, which means the actual volume flow is changing. The conversions on this site will not be accurate enough for all applications. To learn how we use any data we collect about you see our privacy policy. Utilize this Nett Technologies' emissions conversion calculator to convert engine exhaust emissions data into other units of measurement. To begin the calculations, please input your engine power data and select units below. *ARB, EPA or MSHA Verified product for certains applications (see details on the product pages), NettVision™ NV700 (Graphical User Interface), Engine Testing and Certification Services, MSHA – Mine Safety and Health Administration, Workplace Safety Emission Control Regulations. The PM inputbox should be left empty if the input or results are expressed in PPM. density of diesel is equal to 850.8 kg/m³; at 15.5°C (59.9°F or 288.65K) at standard atmospheric pressure. Utilize this Nett Technologies' Flow Rate conversion calculator to convert your input data into other units of measurement. Compressed air consumption for products is often written in normal liters per minute or normal cubic meters an hour. Please have some one from sales contact me. 1 kilogram/second is equal to 3600 kg/hr, or 7936.6479126616 pound/hour. 1000 kg/m 3 = 17671.5 kg/h (= 17.6715 tonnes per hour, m 3 cancels out). Hence 22.414 L is 28.964 g. so, if im understanding you right, its even simpler - just say NL*molecular weight/molar volume? © 2020 Nett Technologies Inc. All rights reserved. However, the accuracy cannot be guaranteed. In some stationary engine applications, O2 may be applied to reference periodic emission monitoring data to a constant O2 value. This guide should make it easier to convert compressed air … lb/hr kg/hr: Volume (English) CFM ft ASL PSIA °F PSIG: Volume (Metric) M3/hr m ASL BarA °C BarG . Example 2: A rectangular pipe has a height of 2cm and width of 4cm and a gas running through it at a speed of 15 m/s. In addition to converting emission data, our emission calculator will also allow you to apply emission reductions to the results to see the effect of using an exhaust after treatment device. Welcome to the OnlineConversion.com forums. Results will appear in the calculated results section of this calculator. 800 Liters Per Hour to Liters Per Minute = 13.3333: 20 Liters Per Hour to Liters Per Minute = 0.3333: 900 Liters Per Hour to Liters Per Minute = 15: 30 Liters Per Hour to Liters Per Minute = 0.5: 1,000 Liters Per Hour to Liters Per Minute = 16.6667: 40 Liters Per Hour to Liters Per Minute = 0.6667: Type in your own numbers in the form to convert the units! To begin the calculations, please input your engine power below. Conversions may rely on other factors not accounted for or that have been estimated. Flow mass unit conversion between kilogram/hour and pound/minute, pound/minute to kilogram/hour conversion in batch, kg/h lb/min conversion chart Results will appear in the calculated results section of this calculator. 2009-2020, http://www.kylesconverter.com/flow/liters-per-hour-to-liters-per-minute, Liters Per Hour to Cubic Inches per Minute, Liters Per Hour to Cubic Meters per Month, Creative Commons Attribution 3.0 Unported License, 1 Liters Per Hour to Liters Per Minute = 0.0167, 70 Liters Per Hour to Liters Per Minute = 1.1667, 2 Liters Per Hour to Liters Per Minute = 0.0333, 80 Liters Per Hour to Liters Per Minute = 1.3333, 3 Liters Per Hour to Liters Per Minute = 0.05, 90 Liters Per Hour to Liters Per Minute = 1.5, 4 Liters Per Hour to Liters Per Minute = 0.0667, 100 Liters Per Hour to Liters Per Minute = 1.6667, 5 Liters Per Hour to Liters Per Minute = 0.0833, 200 Liters Per Hour to Liters Per Minute = 3.3333, 6 Liters Per Hour to Liters Per Minute = 0.1, 300 Liters Per Hour to Liters Per Minute = 5, 7 Liters Per Hour to Liters Per Minute = 0.1167, 400 Liters Per Hour to Liters Per Minute = 6.6667, 8 Liters Per Hour to Liters Per Minute = 0.1333, 500 Liters Per Hour to Liters Per Minute = 8.3333, 9 Liters Per Hour to Liters Per Minute = 0.15, 600 Liters Per Hour to Liters Per Minute = 10, 10 Liters Per Hour to Liters Per Minute = 0.1667, 800 Liters Per Hour to Liters Per Minute = 13.3333, 20 Liters Per Hour to Liters Per Minute = 0.3333, 900 Liters Per Hour to Liters Per Minute = 15, 30 Liters Per Hour to Liters Per Minute = 0.5, 1,000 Liters Per Hour to Liters Per Minute = 16.6667, 40 Liters Per Hour to Liters Per Minute = 0.6667, 10,000 Liters Per Hour to Liters Per Minute = 166.6667, 50 Liters Per Hour to Liters Per Minute = 0.8333, 100,000 Liters Per Hour to Liters Per Minute = 1666.6667, 60 Liters Per Hour to Liters Per Minute = 1, 1,000,000 Liters Per Hour to Liters Per Minute = 16666.6667. To begin the calculations, please input your measured pressure data and select units below. Unit Conversions | Normal liters ignore actual temperature and pressure and calculate the volume the gas would have at "normal" conditions, the ones you stated. i know the conditions under which the flow is taking place (high temp & pressure), and i've also been given reference normal conditions for the air density (kg/Nm^3) (where T= 273.15K and P = 1.01325bar) my question: is the correct way to do this: convert the flow rate and density to the values they will actually have [ie. Please manually input your performance reductions or select a Nett Technologies’ product preset, Please have some one from sales contact me. If you don’t have measured data, you can refer to your engine manufacturer or visit EPA/CARB to obtain typical values. At normal, the molar volume of any gas, at least approximated by the Ideal Gas Law is 22.414 L. The accepted average molecular weight (and molar mass) for air is 28.964 g/mol. Results will appear in the calculated results section of this calculator. Due to changes in this version of the forum software, you are now required to register before you may post. This calculator is intended for general information and educational purpose. It can be difficult to compare products if the compressed air consumption is written in different units. Results will appear in the calculated results section of this calculator. 1 L/h ? Please share if you found this tool useful: (adsbygoogle = window.adsbygoogle || []).push({}); A reasonable effort has been made to ensure the accuracy of the information presented on this web site. Utilize this Nett Technologies' Temperature conversion calculator to convert your input data into other units of measurement. Diesel weighs 0.8508 gram per cubic centimeter or 850.8 kilogram per cubic meter, i.e. A flow of 0.001 cubic meters per 3600 seconds (SI units). Before using any of the provided tools or data you must check with a competent authority to validate its correctness. Next, input your exhaust temperature and its applicable units. All times are GMT-8. Utilize this Nett Technologies' Engine Power conversion calculator to convert Engine Power data into other units of measurement. Type the number of Kilogram per hour (kg/h) you want to convert in the text box, to see the results in the table. 0.000 000 277 7778 m 3 /s. If you know actual flow and actual density, you can just multiply, "Normal" liters are measured at 273.15 K, 1.01325 bar, At your conditions, get actual flow as, I have been given a fuel usage in a Diesel generator of 200 g per Kwh how much is that in litres per Kwh, Copyright ©1997-20014, OnlineConversion.com.