Get And Sign Logisticare Gas Reimbursement Schedule Michigan Form 2011-2021
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FAQs logisticare gas reimbursement form
How many day until the gas at gas stations runs out and needs to be filled up again?The company I work for has 50 service (gas) stations spread over a wide area in rural Victoria, New South Wales and South Australia.We'd (almost) never let a site actually run out.Each site is fairly unique, depending on available storage, customer numbers and time of the year (many sites are in "seasonal" farming or tourist areas)If I had to pick an average it'd be two to four days between most deliveries at most sites. We will have sites "topped" up even when they still have 50% left in the tanks, if they get close to 10% there's a bit of a panic to get them filled ASAP.Many locations we have were developed a lot of years ago, and tank capacity isn't really good enough at some of the older sites for the amount of vehicles that are on the road now.Even at some of the sites we have, at the best and more modern sites we can be topping up daily, or even twice a day through busy times like Christmas and EasterOur fuel is divided up 50/50 between retail (gas/service stations) and wholesale, direct deliveries to farm, orchard, mines, commercial industries etc, so we have a fairly signNow fleet of trucks that are on the road every day.
Who taught you how to fill gas in your car? Or did you figure it out yourself? How old were you?I passed my driving test in 1995 and bought a car. I realised it needed fuel, drove it to the petrol station, knocked one of the pumps off by catching the hose as I'd driven to close.Having picked it up, I then had to move the car as the filler was on the wrong side, eventually I figured it out and then got it filled up.Why don't driving lessons include how to fill up with fuel?
A gas is filled in a vessel at 300K. To what temperature should it be heated in order that 1/3 of the gas may escape out of the vessel? How would you explain each step?Any gas or vapor, by definition, is NOT held together due to its own inter-molecular forces of attraction, which is the case for liquids and solids. Therefore, it must always be stored in gas tight closed containers. If any leak exists, by the process of thermal diffusion, it will escape to outside, no matter what may be the differences of pressure or temperature between the inside and the outside.The size of leak and the pressure difference (including the influence of any difference in temperature and concentration) will decide the rate of the said (inter) diffusion. The time of say one third of the gas escaping from an open vessel may be a few seconds to weeks, depending upon operating parameters, e.g., the difference in densities, the orientation and the size of the opening, etc.Interestingly, even a lighter (than the surrounding air) density gas will diffuse out through any opening in the bottom of the vessel. Likewise, a higher density gas will diffuse out through any opening at the top of the vessel. The molecules of all gases are constantly and randomly moving with velocities of hundreds of meter per sec, even at ambient temperatures. That explains these peculiar properties of gases.
Early in the morning when the temperature is 5.0° C, gasoline is pumped into a car's 0.05m^3 gas tank. The tank is filled to the top. Later in the day, the temperature rises to 30° C. How much gas will spill out?Gasoline has a thermal expansion coefficient of 0.000950 / *C. We see a temperature rise of 25*C, so we see expansion of 0.02375 (2.375%). The 0.05m^3 of fuel will become 0.0511875m^3 of fuel, so if the tank had been perfectly topped off and the vehicle not driven after filling and no gasoline is lost to evaporation and the fuel filler cap was left off (otherwise the expanded fuel would have been retained by the car's fuel system), 0.0011875m^3 of fuel would be spilled.
I’m thinking about making an HHO generator. I want to put the oxygen-hydrogen gas into a portable butane cylinder. How would I go about compressing the gas that comes out of the HHO generator and filling the cylinder?Ask yourself if the portable, and likely disposable cylinder is rated to contain Oxyhydrogen.If you don't know how to look this up, you honestly do not know enough about filling and maintaining pressure cylinders to do this safely. (Which is irrelevant in this case. The answer is NO!)Hydrogen is the lightest gas, and it migrates through the walls of most tanks at a fairly rapid pace even if they are well maintained. Hydrogen at high pressures infiltrates the walls of tank materials and causes processes like Hydrogen embrittlement and Hydrogen attack, both of which can cause failures of outwardly normal looking tanks with little warning. Oxyhydrogen is also highly corrosive and rapidly destroys tanks by rapidly pitting and rusting the tank interior. When used professionally it is typically generated as it is consumed, hence the portable generators you can find on the internet.These folks are worth investigating, both to be sure you won't break the law by unsafe filling or storage of compressed gas, and also so you will not explode yourself or others:The Standard for Safety Since 1913I cannot overstate the potential hazard of compressing an explosive mixture of Hydrogen and Oxygen into a cylinder. This is not a job for Hank Hill at the propane store.