GEOEnhanced Technologies 在部落土地上完成电震演示

2019 年 9 月 17 日

德克萨斯州枪桶城 - GEOEnhanced Technologies 最近使用其专有的电震技术在北达科他州和南达科他州的原住民部落土地上完成了一系列测试。  该测试是应部落理事会的邀请进行的,旨在证明 GEO 技术对包括孔隙度在内的地下地质成像的有效性。

GEOEnhanced 科学与发展副总裁阿德里安·加西亚 (Adrian Garcia) 评论道:“部落委员会非常有兴趣了解他们土地表面以下的情况,事实上,美国联邦拨款专门用于此目的。  他们的首要任务是寻找新的淡水资源,以用于农作物和牲畜,因为该部落寻求促进其蓬勃发展的农业计划。  我们的地震成像团队最近花了几天时间拍摄他们土地的各个部分,以展示该技术在深度达 40,000 英尺的情况下的有效性。  本周我们将返回向理事会介绍我们的发现。  过去几个月,我们一直在努力争取一份长期合同,为部落所有 1,500,000 英亩的土地进行成像。在有限的测试中展示我们技术的有效性是完成这笔交易的关键部分。”

该公司公布了测试细节,表明在该部落选定的地点总共进行了十二次测试射击,覆盖了北达科他州和南达科他州的地区。  虽然没有透露测试结果,但加西亚先生表示,他相信议会有兴趣了解他们土地下的情况。“了解下面有什么是重要的第一步,这样才能制定计划来利用他们的自然资源。  我们很高兴分享这些初步结果。”

公司首席执行官克雷格·费舍尔 (Craig Fischer) 评论道:“EOEnhanced 即将推出的地震无人机应用程序非常适合此项目和其他项目,避免了典型炸药地震射击对环境的影响。我们的行业领先且专有的 4-D 地震地质成像产品正在不断获得石油和天然气行业的认可。”

GEOenhanced Technologies 成立于 2016 年,致力于开发用于石油、天然气、矿产和水勘探的 4D 地震成像系统并将其推向市场。  该专有技术进行地下分析,以定位、识别和量化液态和气态碳氢化合物、水和其他矿物质。  电震过程可以消除能源工业和矿产勘探中的“空洞”和其他勘探成本。  与其他地震成像设备不同,GEO 的系统无需钻孔即可工作,并且还可以读取深度达 40,000 英尺的孔隙度。  对于地下液体,系统不仅能够显示材料的大小、深度和成分,还能够显示流动方向。  这些信息大大降低了钻井和运营成本并提高了油井生产率。

原文链接/worldoil

GEOEnhanced Technologies completes electro-seismic demonstration on tribal lands

September 17, 2019

GUN BARREL CITY, TX - GEOEnhanced Technologies recently completed a series of tests using its proprietary electro-seismic technology in North and South Dakota on Native tribal lands.  The test was conducted at the invitation of the tribal council to demonstrate the effectiveness of the GEO technology for imaging subsurface geology, including porosity.

Adrian Garcia, vice president of science and development for GEOEnhanced, commented, “The tribal council is very interested in knowing what lies below the surface of their land and, in fact, has U.S. federal grant money allocated specifically for that purpose.  Foremost on their list is finding new fresh water sources that can be tapped for crops and livestock as the tribe seeks to foster their burgeoning agricultural program.  Our seismic imaging team recently spent several days shooting various sections of their land to show the effectiveness of the technology at depths up to 40,000 ft.  This week we are returning to present our findings to the council.  We have been working over the past months to secure a long-term contract to image all 1,500,000 acres of the tribe’s land. Showing the effectiveness of our technology in a limited test was a critical piece to completing this transaction.”

The company released details of the test indicating that a total of twelve test shots were performed at locations selected by the tribe and covering areas in both North and South Dakota.  While not disclosing the results of the tests, Mr. Garcia indicated that he believed the council will be interested to know what lies beneath their land. “Just knowing what is down there is an important first step so that a plan can be developed to capitalize on their natural resources.  We’re excited to share these initial results.”

Craig Fischer, company CEO, commented, “GEOEnhanced's forthcoming seismic drone application is ideally suited for this and other projects by avoiding environmental impacts of typical dynamite seismic shots. We are continuing to gain acceptance of our industry leading and proprietary 4-D seismic geologic imaging product in the oil and gas industry.”

GEOenhanced Technologies was founded in 2016 to develop and bring to market a 4D seismic imaging system for oil, gas, mineral and water exploration.  The proprietary technology conducts subsurface analysis in order to locate, identify, and quantify liquid and gaseous hydrocarbons, water, and other minerals.  The electro-seismic process can eliminate “dry hole” and other exploratory costs in both the energy industry and mineral exploration.  Unlike other seismic imaging devices, GEO’s system works without drilling any holes and also gives a reading on porosity at depths up to 40,000 feet.  In the case of subsurface liquids, the system is able to show not only the size, depth and composition of the material, but also the direction of flow.  This information greatly reduces drilling and operating costs and increases well productivity.