what is the conversion factor for nm3 to kg/hr in air flow
- 4 Answers
- 134563 Views
- I also Faced
- E-Mail Answers
Answer Posted / neelakanth pattar
As per ideal gas law
PV = mRT
Data : P-pressure-101.330Kpa at atm
T-273K std
R-0.287 Kpa/Kr.k
V-1 m3
So. 101.330 x 1 = m x 0.287 x 273
m = 1.295 Kg
i.e , 1 Nm3/hr = 1.295 Kg/hr
20 Nm3/hr = 20x1.2929 kg/hr
| Is This Answer Correct ? | 49 Yes | 14 No |
Post New Answer View All Answers
Make a ladder diagram on LSL valve will close, on PSL valve will open and start the motor
if my flow is 20000 m3/h than which range of DPT i have to use????
Square root calculation for dp flow transmitter?
Punj lloyd is coming in our Jadavpur Universtiy campus for campus placement. Please send me some hints about the writtend exam. My email id is subratafriends@gmail.com
Make Heater Process Logic.
How to Calibrate Coriolis Flow transmitter in field
i am from instrument branch i want paper patern of mahagenco . any pevious years paper regarding my branch send me please . please.....
What is wet leg condition and why is it used?
Lux meter is the measuring device to measure the lux level of lighting fixture. in industrial sector two types of lighting fixture is being used as street lighting purpose 1. HPSV (Sodium) and 2. HPMV (Mercury). HPMV having white light which is an combination of red, blue and yellow colour, while HPSV haivng Yellow lighting. in HPSV red & blue colour will be absent. during measurement of the lux level of HPSV and HPMV fixture. 1. Lux meter can measure the actual lux level of both fixture? 2. or it will show false reading for HPSV fixture light as it has only yellow light present. please give me answer
this site is owned by an nonsense
Difference between dcs and plc including date processing and architecture.
Draw a wheatstone bridge circuit showing supply, meter and 3 wire RTD connection
Pl send the model question paper of mahagenco account officer post
please tel me the calibration of pneumatic controler.
In most instances, Inertia processes are quite uncommon. Give an example of a combined Resistance and Capacitance situation.Describe an application, which according to your understanding of the subject matter, comprises of both Resistance and Capacitance effects.
