INOVA项目创造收益

我们的产品和服务已在全世界各种的环境和地形中得到成功使用。每个采集项目是独一无二的,有它自己的一套独特的难题和障碍要去克服。作为一家值得信赖的公司,我们帮助我们的客户建立目标并实现成功。我们的几家合作伙伴分享了他们的经验,我们请您经常访问本页,看是否有新的故事续写。

GeoGlobAll Surveys Yakutia's Frozen Taiga with INOVA's G3i™ Recording System

Projects of Interest
G3i Overcomes Siberia's Harshest Subzero Temperatures Unscathed – The GeoGlobAll Group, a leading oilfield service provider in Russia, has been exploring the Russian republic of Yakutia for many decades. In 2012, OJSC YakutskGeofizika (YGF), a wholly owned subsidiary of GeoGlobAll, was awarded a contract to perform several 2D seismic surveys near the Arctic Circle. They needed a new acquisition system that was highly reliable, easily deployable and consumes minimal power to reduce battery changeouts. In Yakutia, temperatures below -50°C (-58°F) are common during the winter months, which makes the need for rugged and weatherized acquisition equipment essential. With temperatures this extreme, minimizing the time the crew was exposed to the elements was a priority during the seismic operation.
Read the Case Study

INOVA's Hawk® Autonomous Nodal System Scales the Canadian Rockies

Projects of Interest
As autonomous nodes make their way into the mainstream of acquisition technologies, successful cableless acquisition projects span a wide variety of difficult terrains and environments. The benefits of cableless architecture are well recognized in overcoming a diversity of operational challenges. Seismic operations in the freezing Canadian winter environment represent an extreme challenge for equipment and personnel, even for traditional cable-based systems. Tesla Exploration Ltd. was selected for the Willesden Green 3D/3C seismic acquisition project, a winter deployment covering 260 sq km (100 sq mi) near Rocky Mountain House in Alberta, Canada. Read the Case Study

Tesla采用Hawk™ 节点系统轻松应对Allegheny复杂地形难题

Projects of Interest

INOVA的Hawk系统准确采集马塞勒斯页岩数据 – 2012年,Tesla Exploration LTD全资子公司Tesla Exploration, Inc.取得在Allegheny Mountain Range弗吉尼亚西北部实施3D/3C无线采集项目的资格。勘探区域四周是浓密的阔叶树林、险 峻的山谷和连绵起伏的山脉,这些自然条件给作业带来了严峻的健康、安全和环境(HSE)挑 战。使用有线采集系统进行野外作业的效率无疑会非常低,或者几乎不可能。即使是经验丰富 的勘探队,穿过茂密丛林和崎岖不平的地形进行导航和部署设备也是极其艰难和危险的。意识 到眼前面临的困境之后,Tesla选择了INOVA的自主节点技术,名为Hawk。阅读案例研究

过渡带(TZ)采集的陆上记录技术

Projects of Interest

两用ARIES系统简化了陆地与TZ综合勘探 – Terraseis的一个地震队沿着喀麦隆的Bakassi半岛施工,管理157平方公里陆地和过渡带综合勘探,勘探区位于正处于鱼汛期的渔业区。成千船 只沿海岸线巡航,形成一种富有挑战性的环境,这种环境有可能妨碍生产率和数据质量。地震队们利用ARIES记录系统得到15,000多个有高质量数据的激 发点。这次施工的成功使其最近购买新型ARIES II系统用于过渡带后续工作。阅读案例研究

优化高密度采集的生产率

Projects of Interest

AHV-IV Renegade带来80,000磅的效率 – AHV-IV Renegade是 INOVA的80,000磅的峰值出力的可控震源,在阿曼沙漠中对其进行了24小时连续记录环境的试验。进行的是业界首次大间隔同步扫描(DSSS)采集,17台 AHV-IV Renegade对高生产率和采集成功至关重要。阅读案例研究