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  • 1 3 8 24 72倍投:Falcon Plus

    FP_Header

    后一万能码 2期内中 www.qgqx.net Airborne gravity gradiometer (AGG) surveys provide the ability to explore large areas for only a fraction of the cost of 2D and 3D seismic surveys. This allows a greater return on subsequent exploration investments by prioritizing the areas for further exploration. As explorers focus on increasingly deeper targets with subtle geophysical signatures the noise level of the AGG instrument is of primary importance to increase detectability.

    CGG’s FALCON? technology is the only gravity gradiometer designed specifically for use in light aircraft, and was engineered to isolate the instrument from aircraft-induced noise. Since 1999, more than 3 million line-kilometers of FALCON data have been acquired. The FALCON system is acknowledged as having the lowest survey data noise of all available AGG systems…until now.

    FALCON Plus is the newest release in the highly successful suite of FALCON systems. Multiple improvements in hardware, software, and data acquisition technology enable FALCON Plus to deliver half the noise of the FALCON system. In addition, FALCON Plus provides 20 times better spatial resolution (150m vs. 3000m) and up to 10 times higher accuracy (0.1 mGal vs. 1.0 mGal) than conventional airborne gravity.

    FALCON Plus exhibits a minimum sensitivity to air turbulence and routinely covers in excess of 2,000 km2 per week in a fixed-wing aircraft. This translates into very rapid data acquisition, when contrasted to ground-based gravity acquisition.

    Unique to FALCON technology, FALCON Plus incorporates two separate gravity gradiometer instruments onboard the aircraft. This allows for immediate assessment of the system noise, assuring consistently high quality data.

    FALCON Plus - the world’s best airborne gravity gradiometer
    just got better"

    FALCON Plus can be considered for detailed mapping of near-surface geology due to its lower noise. This is particularly applicable to estimation of velocity and thickness variations which play a major role in the computation of seismic static corrections. Thus, ultimately, FALCON Plus can contribute to improved imaging of deeper layers. Significant deviations in near-surface layer velocity and thickness can be caused by meandering river channels or variations in thickness of glacial till. These subtle signatures are more easily detectable with FALCON Plus and provide an independent set of near-surface geological information to be exploited by advanced seismic static-correction algorithms. FALCON Plus also allows the detection of ever smaller geological features – the technology is currently being trialed for detection and avoidance of near-surface cavities when drilling in karst terrains.

    Additionally, the higher accuracy of FALCON Plus compared to conventional airborne gravity results in superior mapping of basement topography to depths exceeding 6,000 m. This information can be used to de-risk further exploration efforts by optimizing the layout of any subsequent seismic data acquisition programs. This approach has been taken recently by Australian petroleum explorers who have used FALCON Plus to rapidly and cost-effectively map the basement structures over large areas of Western Australia. These exploration companies played a vital role in allowing CGG to refine the workflows associated with the low-noise characteristics of FALCON Plus.

    Multi-Physics - Falcon? for Oil & Gas

    Falcon® for Oil & Gas

    FALCON is the world’s only Airborne Gravity Gradiometer designed for the rigors of airborne surveying.  Make fast, cost-effective exploration decisions using FALCON.
    Multi-Physics - Success in the Canning Basin

    Success in the Canning Basin

    Airborne Gravity Gradiometry (AGG) Surveys in the Canning Basin provide a cost effective way of exploring. Buru's exploration department use it on a daily basis.

    Multi-Physics - Falcon? AGG Course

    Falcon® AGG Course

    The online Falcon® AGG Course gives an overview of the fundamentals of how the data is acquired, processed, and interpreted; along with some history of the system development.
    Multi-Physics

    CONTACT US


    Contact us by opening an online inquiry.

    Webinar - Falcon Plus

    FALCON PLUS

    The world's best Airborne Gravity Gradiometer is now even better!

    Watch our webinar to learn more.


     Play Webinar (6:32)
  • 太坏了!傅欢遇“断子绝孙腿” 这动作红牌都不冤 2019-04-17
  • 市民工地发现并机智"抢回" 4件圆明园流散文物终"回家" 2019-04-17
  • 世界杯成中国企业营销升级大战场 2019-04-15
  • 中东部地区将有强降雨 京津冀等地有轻至中度霾 2019-04-11
  • 郑永年:新时代的清醒判断 2019-04-11
  • 让协商民主优势得以充分发挥 2019-04-10
  • 网友给太原市市长留言获回复 共计11条 2019-04-09
  • 尧都区车站街建设社区老党员高德宏同志手抄“党章”庆党生 2019-04-09
  • 正心正念 爱国爱教 佛界楷模 2019-04-02
  • 防治土地荒漠化 新疆保护生态兼顾农民增收 2019-04-02
  • 许倬云作序《现代的历程》:现代人的天问 2019-03-31
  • 证监会:首发审核政策始终没有变化 2019-03-31
  • 2008年全球金融危机之后,为什么金融危机发源地的美国,欧债危机重灾区的欧洲各国股市连续7年走牛,屡创历史新高,唯经济最好的中国股市却连续7年熊冠全球?去年中国 2018-11-17
  • 完成自己的第一部电影, 她23岁就做到了 2018-11-17