- 关键勘探风险已得到解决，综合研究为TEA-86区域深水富砂储层系统的存在提供了强有力的证据。-
已识别出大型深水扇形系统，其规模可与纳米比亚、圭亚那、苏里南和安哥拉的重大发现所在的扇形系统相媲美
。- 加快的技术工作有助于推进勘探许可证合同转换申请，并为钻探勘探井奠定了清晰的路径。Condor

Energy Ltd（澳交所代码：CND）欣然发布其位于秘鲁通贝斯盆地近海技术评估协议（TEA-86）区域的综合地下技术研究的最新进展。公司已加快TEA项下的技术工作计划，提前交付了关键的地质和地球物理成果，并支持推进勘探许可证合同转换申请。

董事总经理Serge Hayon评论道：
“我们最新阶段的工作计划解决了与深水储层系统的存在和分布相关的关键勘探不确定性，结果为浊积岩储层在我们区块的存在提供了强有力的证据。

通过整合先进的地震属性分析和地质研究，我们在TEA-86区块的大片区域发现了沉积深水扇形储层的斜坡内峡谷系统。这些系统支撑着世界上许多最重要的海上油气发现，包括纳米比亚、圭亚那、苏里南和安哥拉的油气发现，并显著提升了我们勘探组合的潜力。

重要的是，这一勘探优势与我们在Piedra Redonda的天然气发现相辅相成，为近期商业化提供了清晰的路径，使Condor能够推进平衡的勘探和开发战略。”

主要成果：深水储层系统识别
勘探组合中的一个关键不确定因素是已识别勘探目标中深水储层相的存在和分布。为解决这一问题，康多公司开展了一项综合技术方案，将先进的地震属性分析与地质和地球物理研究相结合。

这项工作在TEA-86区域识别出了盆地尺度的沉积物输送系统和深水扇形沉积构造，并将其解释为浊积岩储层系统（图1）。重要的是，这些沉积通道延伸至公司现有勘探目标所在的区域，这支持了富含砂质的储层直接覆盖在成熟烃源岩之上的观点。

这些沉积系统的识别显著降低了勘探过程中与储层存在和分布相关的关键不确定性。

- Key exploration risk addressed, with integrated studies providing strong evidence for the presence of deepwater sand-rich reservoir systems across TEA-86
- Large-scale deepwater fan systems identified, comparable to those hosting major discoveries in Namibia, Guyana, Suriname and Angola
- Expedited technical work supports progression toward exploration Licence Contract conversion application and establishes a clear pathway toward drilling exploration well/s.

Condor Energy Ltd (ASX: CND) (锟紺ondor锟�) is pleased to provide an update on the integrated subsurface technical studies across its Technical Evaluation Agreement (TEA-86) area in the offshore Tumbes Basin, Peru. The Company has accelerated its technical work programme under the TEA, delivering key geological and geophysical results ahead of schedule and supporting progression toward exploration Licence Contract conversion application.

Managing Director Serge Hayon commented:
锟絋he latest phase of our work programme has addressed a key exploration uncertainty relating to the presence and distribution of deepwater reservoir systems, with results providing strong evidence for turbidite reservoirs across our acreage.

Through the integration of advanced seismic attribute analysis and geological studies, we have identified intra-slope canyon systems depositing deepwater fan reservoirs across large areas of TEA-86. These systems underpin many of the world锟絪 most significant offshore discoveries, including those in Namibia, Guyana, Suriname and Angola, and materially enhance the potential of our exploration portfolio.

Importantly, this exploration upside is complemented by our Piedra Redonda gas discovery, which provides a clear pathway toward near-term commercialisation, positioning Condor to advance a balanced exploration and development strategy.锟�

KEY RESULTS 锟� DEEPWATER RESERVOIR SYSTEMS IDENTIFIED
A key uncertainty in the exploration portfolio has been the presence and distribution of deepwater reservoir facies across the identified prospects. To address this, Condor has undertaken an integrated technical programme combining advanced seismic attribute analysis with geological and geophysical studies.

This work has identified basin-scale sediment transport systems and deepwater fan-style depositional geometries across TEA-86, interpreted as turbidite reservoir systems (Figure 1). Importantly, these depositional fairways extend across areas containing the Company锟絪 existing exploration prospects, supporting the presence of sand-rich reservoirs directly overlying mature source rocks.

The identification of these depositional systems significantly reduces a key exploration uncertainty relating to reservoir presence and distribution across the portfolio.