#WATER VOLUME CALCULATOR HOW TO#

There's nothing wrong with that, but it requires you having your density sheet always ready, and making sure you interpolate and copy the right density figure. However, you will need to take the initial temperature, check the density sheet, enter the density number, take the final temperature, check the density sheet again and enter the density, enter the initial volume, and then do your calculation to determine your new volume. It seems to be working correctly, but again, I'm curious if my method of calculating new volumes, based on change in temp is off.Ĭlick to expand.Hi Zoltan.I don't see any problem with your calculation itself. It's a work in progress, and the result of Covid boredom. Would the above formula not work? You have me second guessing myself now since my formula seems so much more simple then yours.Īttached is a screen shot of the top of my spread sheet. It also calculates my strike temp, etc, based on grain temp, etc. I have created a temperature chart that auto populates the density based on the temp I select. Since I haven't known the mass, I've subbed in the mass formula (M=DV) for M, based on the information of the liquid at the previous temperature to create this: To calculate the new volume of my water at a different temperature I have used the formula V= M/D. I've never been part of a forum before.Īnyways, I am working on dialling in my system, and have been wanting to find my dead spaces, etc, and mass of final wort, etc, so I can more accurate add water, and track my efficiency along the way. I don't know if I'm 'foruming' correctly, I literally joined this forum to reply to your post. This works for water, and I assumed that the shrinkage of wort is fairly close to that of water. Just copy and insert this formula in a spreadsheet directly, add the values for V1 and T, and it will give you the adjusted volume at 68 F (V2).įor example, if you insert 20.0 Liters for V1, 212 F for T, then the adjusted volume for 68 F will be 19.2 liters, a shrinkage of 0.8 liters. T = temperature at which V1 was measured in F. V2 = adjusted volume of wort at 68 F in same unit as V1. V1 = measured volume of water/wort (any unit of volume will work: e.g.

#WATER VOLUME CALCULATOR HOW TO#

Contact us for help on how to use this calculator or for more information about the tube trailers we have available.Since I couldn't find a direct equation for adjusting the volume of water/wort anywhere, I worked on water density equations, and developed a 6th order polynomial equation that will calculate the adjusted volume of wort/water to a base of 68 F, accurate to the fourth decimal. Rawhide Leasings’ technical gas volumes calculator helps serve our customers with a convenient way to convert your measurements. If the appropriate tube trailer isn’t currently available in our fleet we can custom build to meet your specifications and needs. Higher capacity trailers are available upon request. Our large trailers are typically eight tube to assure shipments don’t exceed highway weight limits. Rawhide’s small trailers are made with an aluminum inner tube wrapped in carbon fiber, which provides an excellent strength to weight ratio. Based on your measurements and approximations and for your convenience we’ve provided tables to assist you. Depending on the size of the tube and the trailer that carries it, you will need to know the approximate volume. Our natural gas metric conversion calculator includes the capabilities to convert temperature, pressure, weight, volume and length.Įach of our tube trailers has exact specifications and by using the natural gas metric conversion calculator you can find close volume approximations to determine the correct trailer size for your transportation and storage needs. Better calculations allow for the accurate size of tube trailer. The use of a metric conversion calculator for compressed and liquid gases allows for more precise calculations. Rawhide Leasing owns and maintains more than 60 high pressure tube trailers that are available in a variety of sizes and configurations. Stored and transported gases include, air, argon, carbon monoxide, helium, hydrogen, natural gas, neon, nitrogen and oxygen. With our gas tube trailer calculator you can easily convert your measurements into metric and determine volume equivalents using our resource tables.

As your storage and transportation provider of compressed and liquid gases, Rawhide Leasing wants to make it as easy as possible to determine the right size of tube trailer for your specific needs.

Water volume calculator