Your interaction with this scene is minimal, but the scale is the point. It's the sort of scene you'd expect to see play out in a massive-scale Total War re-enactment, or that you may have idled through in Dynasty Warriors. The enemy AI isn't balanced to survive against this many players, and Midwinter's attempts to scale the challenge up in real-time does little to stop the tide of carnage. So Midwinter took the initiative, and switched combat off entirely as it welcomed thousands of players into the limited-time ScavLab game mode, as towering holographic studio representatives instructed the fledgling Scavengers community to take up formations, flash emotes in unison, and predict the winner of the UEFA Champions League final by waving glow sticks in the air to create a sea of ocean blue – a prediction that would later come true. They've been that way ever since Doom allowed us to hide behind anonymity and a rocket launcher. Regardless of your experiences, you probably know that online servers can be competitive, combative spaces. There's a chance you're coming to this having seen the carnage wrought by Call of Duty: Warzone upping its player-count to 200 in Verdansk for one disastrous limited-time event, or after experiencing the hell of other players when Fortnite trades battle for party royale. Perhaps you too remember the carnage of Planetside 2 and its thousand-player battles, a mess of wayward bullets and lackluster latency. Maybe you've heard the stories about EVE Online and wonder whether that many players could ever harmoniously coexist on a single server shard. The treat rate of SulfurPurge HC is typically 10 times H 2S concentration in the liquid phase.Before we get into what developer Midwinter Entertainment was able to achieve with its experimental ScavLab sandbox this weekend, and what that may mean for the future of live-service experiences, perhaps it's worth reflecting on any lingering hesitancy associated with joining 4,000 players running amok in one lobby. SulfurPurge HC reacts immediately upon contact with H 2S and provides a rapid, non-reversible reaction, ensuring the gas cannot be rereleased into fuel. The additive requires minimal mixing and is ideal for treating storage tanks and ships. SulfurPurge HC is an oil soluble H 2S scavenger which produces a water soluble reaction product. The treat rate of SulfurPurge is typically 10 to 15 times H 2S concentration in the liquid phase. SulfurPurge reacts immediately upon contact with H 2S and provides a rapid, non-reversible reaction, ensuring the gas cannot be rereleased into fuel. This product can be removed from fuel by water washing or settling – reducing sulfur content and permanently removing H 2S from the fuel. SulfurPurge is a H 2S scavenger which reacts with H 2S to form a water soluble reaction product. Our expert team provides tailored solutions to meet our customers’ specific requirements. The typical treat rates of the SulfurPurge range depend on a variety of factors, including the amount of H 2S to be removed, operating conditions and efficiency of the injection system. The water-based solutions are non-flammable and provide good low temperature handling properties. Into the fuel run-down line or treated into the storage tank withīased on CHNO chemistry, the halogen and sulfur-free SulfurPurge range is completely non-harmful to fuel quality. Technologies provide a rapid, non-reversible reaction when injected Innospec offers two main H 2S scavenger technologies in its SulfurPurge™ range: SulfurPurge™ range allows refiners to efficiently improve fuel safetyĪnd quality, and reliably meet specification requirements. The gas can also be formed during the refining process, as the sulfur-containing compounds are degraded at high temperatures.Ĭolorless, toxic and corrosive, H 2S gas presents significant safety, environmental, operational and compliance issues for refiners.įeaturing robust, proven technology, Innospec’s SulfurPurge™ range of H 2S scavengers effectively reduce and control the H 2S levels in all liquid hydrocarbon fuels, from middle distillates to residual fuel oils. Hydrogen sulfide (H 2S) is a naturally occurring gas contained in many of the world’s crude oils. Emission Reduction Results for ScotRail. Engineers put our chemistry to the test at UTAC’s state-of-the-art testing facility at Millbrook in the UK.Innospec chemist Adele Cross champions the benefits of flexible multi-disciplinary teams.Understanding the difference between GDi and PFI engines.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |