Constellation Resources Limited（“Constellation”）欣然宣布，其已完成对澳大利亚地球科学局10GA-CP2地震线的再处理和解释，并获得了其Edmund-Collier天然氢项目（“EdmundCollier”或“项目”）的最后一批总有机碳（“OC”）结果。Edmund-Collier是该公司更广泛的天然氢（“ATH2”）土地组合的一部分，该组合横跨西澳大利亚三个沉积盆地，面积达87,602平方公里。

重点
- Edmund-Collier项目代表了西澳大利亚首个在大型未充分勘探盆地中勘探天然氢的机会，此前从未进行过深钻。
- 沿地震线的横截面解释表明，富含有机质的 Blue Billy 和 Discovery 地层横跨 Edmund-Collier 盆地，并且考虑到源岩和热成熟度分析的完成，可能能够产生大规模的天然氢。-
Godfrey 和 Talga 断层（在盆地内）都是从基底延伸到地表的深层区域断层，为采集地表土壤气体样本以测试潜在的地表气体渗漏提供了理想目标。-
Edmund-Collier 的勘探潜力增强，因为天然氢可以通过辐射分解（也可能产生氦）和有机页岩的热生成来产生。-
最终的 TOC 结果继续显示整个盆地的数值强劲（大间隔内平均 TOC >2%，任何超过 2% 的结果都被认为对潜在的 NatH2 生产来说是良好到优秀的）。
- 孔隙度值令人鼓舞，其中 Blue Billy 地层（6.84%）、Discovery 地层（13.24%）、Kiangi Creek 地层（32.23%）和 Irregully/Gooragoora 地层（10.91%）的孔隙度值最高。-
该公司计划在接下来的几个月内对其 NatH2 组合进行土壤气体调查，以直接检测目标气体微渗漏的潜在存在。

Constellation Resources Limited (“Constellation”) is pleased to advise that it has completed reprocessing and interpretation of a historical Geoscience Australia seismic line 10GA-CP2 and received the final batch of Total Organic Carbon (“TOC”) results within its Edmund-Collier Natural Hydrogen Project (“EdmundCollier” or “Project”). Edmund-Collier is part of the Company’s wider natural hydrogen (“NatH2”) land portfolio which spans 87,602km2 across three sedimentary basins within Western Australia.

HIGHLIGHTS
- The Edmund-Collier Project represents a first-of-its-kind opportunity in Western Australia to explore for natural hydrogen across a large, underexplored basin, with no prior deep drilling to date.
- Cross section interpretation along the seismic line indicates the organic rich Blue Billy and Discovery Formations, extend across the Edmund-Collier Basin and may be capable of generating large-scale natural hydrogen, given the source rock and thermal maturity analysis completed.
- The Godfrey and Talga Faults (within the Basin) are both deep regional faults that extend from the basement to surface and provide ideal targets for surface soil gas sampling to test for potential surface gas seepage.
- Enhanced exploration potential at Edmund-Collier as natural hydrogen could be generated from both radiolysis (which may also generate helium) and the thermogenesis of organic shales.
- Final batch of TOC results continue to demonstrate strong values across the entire basin (average >2% TOC over large intervals, with any results over 2% considered good to excellent for potential NatH2 production).
- Encouraging porosity values returned with maximum values for the Blue Billy (6.84%), Discovery (13.24%), Kiangi Creek (32.23%) and Irregully/Gooragoora Formations (10.91%).
- The Company plans to undertake a soil gas survey across its NatH2 portfolio to directly detect the potential presence for micro seepage of targeted gases in the following months.