首页> 外文期刊>Natural Gas Week. >Record Production Unlikely to Offset Anemic Spring Storage Inventory
【24h】

Record Production Unlikely to Offset Anemic Spring Storage Inventory

机译:记录生产不太可能抵消贫血春季存储库存

获取原文
获取原文并翻译 | 示例
           

摘要

Much could be made of gas storage inventories exiting winter just above 1.1 trillion cubic feet-the second-smallest spring carry in 15 years.This is even more notable given how supplies have been goosed by the emergence of shale production over the last decade and domestic output continues to climb to new records.As Morningstar analyst Dan Grunwald noted in a report last week,“Supply continues to break records as Appalachia and Permian output balloons.Yet for each new billion cubic feet produced,we see demand growing in lockstep.” Most of that demand is coining from the power sector,which saw a 15% increase in gas burns last year in response to an additional 7 giga-watts of gas-fired capacity.This summer another 6.5 GW of gas capacity will come on line,which combined with coal plant retirements almost ensures another record-breaking gas burn this summer.If all that added gas plant capacity ran at full tilt it would add another billion cubic feet to the daily demand,Grunwald said,although realistically it is more likely to add between 0.5 billion and 0.75 billion cubic feet per day if temperatures are close to normal.But if summer turns quite hot as some forecasts suggest,that “could see us entering winter again at some of the lowest [storage] levels in years,” Grunwald said-a scenario also noted by Societe Generale(SG)analyst Breanne Dougherty.
机译:瓦斯储存库存可能是在15年内退出冬季的瓦斯储存库存 - 这是第二次最小的春季携带。这甚至更加值得注意,因为在过去十年和国内的页岩产物出现的情况下如何出现供应产出继续攀登新纪录。晨星分析师丹格鲁瓦尔德在上周的一份报告中指出,“供应继续打破录制作为阿帕拉契亚和二亿立方英尺生产的录音,我们认为洛克斯特普的需求增长。”大多数需求都从电力部门建造,去年燃气燃烧的增加了15%,以应对额外的7个千兆瓦的燃气能力。此夏季另外6.5 GW的气体容量将于线上出现,这与煤炭植物退役结合难以确保今年夏天的另一个录音燃气燃烧。如果所有增加的煤气厂容量都在完全倾斜下,它将增加剩下的亿亿立方英尺到日常需求,虽然现实地迈出了如果温度接近正常,则每天增加0.5亿和0.75亿立方英尺。但是,如果夏季变得相当热,则随着一些预测表明,“可能会看到我们在几年的一些最低的[存储]水平中再次进入冬季,” Grunwald表示,Societe Generale(SG)分析师Breanne Dougherty也注意到了一个场景。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号