The combining options are virtually endless and allow you to tune every vehicle to your liking and playstyle. Play with your favorite tanks from World War 2 and create the ultimate fighting machine by assembling a brand new hybrid. The game features an original card-driven tank building system that allows players to mix and match parts of different historic tanks. Infinite Tanks WW2 brings an innovative, never seen before approach to WW2 tank battles. – J– Atypical Games, the Apple Design Award-winning creator of the airplane dogfighting series, Sky Gamblers, today released their latest title that brings an acclaimed recipe of user customization and progression to the WWII iconic tanks for Apple mobile devices. My golden question: if all of the above are correct could a general equation be obtained by integrating over n, m and p tanks in series for all three reactors?Īny advice is welcome, but please answer the questions.Infinite Tanks WWII now also available on iOSĪward-winning developer of Sky Gamblers series brings the new generation of WWII tank combat on Apple devices! MOUNTAIN VIEW, Calif. Example bellow is the same as above but with 3 theoretical stages in the first reactor.

My second Question: in order to be able to make assumptions for dead volume and tanks in series I will have to adjust the volumes and add equations between each reactor for each additional theoretical stage. My first Question: if I assume ideal mixing in all three tanks and C1, C2 and C3 are the respective concentrations of the tracer in tanks R1, R2 and R3 - can I use the following mass balance equations to model the tracer concentration?

Solution: I am familiar with the tanks in series model which could be used when not considering recirculation of tracer loads but this would not help me forward in this case. The recirculation is as follows: Q1 recirculates part of the flow from R2 back to the inlet of R1 and Q2 recirculates from R3 back to the inlet of R2. Sufficient mixing to avoid excessive dead volume in the reactorsĢ.Ět least 2 theoretical tanks per reactorĪs the tanks are already there, I would like to do a tracer test for the whole system to determine both requirements by adding a concentration pulse into the feed of the first reactor.Ĭomplication: there are recirculation loops which cannot be disconnected. Situation: 3 reactors ( R1 = 3000, R2 = 3500 and R3 = 9000 m3) in series need to fulfil following requirementsġ. I have the following physical problem and please advice me if this is not the correct location on the forum.īelieve me or not but this problem has been researched for over 20 year by many enigneers in a company I can not name but I can guarantee you that solving this problem will potentially save lots of energy and capital. I work as a process engineer and havent had to use differential equations or integrated anything for years.

Tanks in series infinite tanks