Uncover and rescue them, and unlock new powers!Įach with their unique set of mechanics, your platforming and combat skills will be tested against an armada of enemies and bosses! Stages are packed with secrets and innocent civilians alike. In your quest you will acquire many new powers, which will allow you to go even further beyond!īy channeling your energy into devastating punches, perform satisfying combos and send foes flying, causing destruction and mayhem in the process! Reminiscent of classic platformers from the 80s and 90s, with action dialed to maximum, channel your power into your fists and send foes flying, or grapple them to get up close and personal. As the world's last line of defense, journey through futuristic environments, and take down the evil mastermind behind this chaos. Severely weakened Guardian Corps are left with no other choice but to call upon a hero of the previous war: the lone operative, Kai, who harnesses the powers of the mysterious Gravity Circuit. Defeated decades ago, it has re-emerged from the shadows with a unique goal, complete world domination. In a post-apocalyptic world populated by sentient robots, its inhabitants are once more threatened by an old foe, the Virus Army. Initial investment, operational costs and implementation time were favourably reduced during the early production stage until the permanent facilities were installed, thereby avoiding sophisticated technologies that could result in expensive and late industrial project deployments.About This Game Gravity Circuit - a flashy action packed 2d platformer in the spirit of console classics. EPF conformed by two trains of 4 low-capacity tanks each working in parallel, provided a processing capacity of 12000 BFPD to meet a desired 0.5 %BS&W specification for given oil and water physical properties. These sizing techniques allowed the BS&W and water droplet diameter being estimated as a function of the oil-column height, residence time and temperature.ĭifferent effective heights through the wash tank oil pad are checked at various operational temperatures which allow the dispersed water droplets to settle out from the oil with different velocities and, hence, being able to evaluate several water cuts (%BS&W). Retention time and settling theory were used and applied to the system described above and determining that the oil quality is related to the maximum size of water drops carried-out over O/W interface and being smaller as the oil reaches the outlet connection which is close to the top of the tank. One (01) train consists of two (02) wash tanks, and as the required processing fluid capacity is higher, similar trains in parallel must be added to increase the dehydration system throughput. low-capacity wash tanks installed in series. Moreover, the designer must take into account different tank internal configurations to improve its efficiency.ĭifferent dehydration configuration can be arranged using 500 bbl.
In addition, tank dimensions are given based on API-12F specification for a nominal capacity of 500 bbl. As a result, short-circuit factor of 1.4 is verified to be a good value to ensure separation of phases in low-capacity tanks.
The estimation method allows to perform routine calculations to determine the crude oil residence time available for water separation inside the equipment, water droplet diameter and water cut within the oil pad at different heights using a short-circuit factor (F) always greater than 1. An algorithm has been evaluated to offer a fast and simple design of a primary crude dehydration system consisting of a low capacity wash tank train, installed as Early Production Facilities (EPF) to achieve a crude oil specification not greater than 0.5% Basic Sediment and Water (BS&W) with average water cut at inlet of 30%.
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