The development and operation of geothermal resources are known to be capital-intensive
due to their remote geographical location and extreme reservoir pressure & temperature …

It is not the first time in human history, nor will it be the last for that matter, that a collective
problem calls for a collective response. Climate change fueled by greenhouse emissions …

Thorough comprehension of flow behavior in underground porous media is fundamental for
several applications such as oil and gas production, Underground Gas Storage, CO2 …

Some years ago, a new methodology called automatic history matching was approached by
the scientific community. The idea consisted in treating history matching as an optimization …

Reliable 3D modelling of underground hydrocarbon reservoirs is a challenging task due to
the complexity of the underground geological formations and to the availability of different …

Current static reservoir models are created by quantitative integration of interpreted well and
seismic data through geostatistical tools. In these models, equiprobable realizations of …

In the field of 3D geologic modeling, researchers often pay more attention to modeling
methods and workflows, but neglect the quantitative evaluation of models. If the evaluation is …

Pore-scale analysis and characterization of reservoir rocks provide valuable information for
the definition and management of underground hydrogen storage and CO 2 storage or …

This study investigated how to utilize multiple frequency components of pressure data from
periodic pulse tests to estimate the intra-well permeability and compressibility distribution …

在三维地质建模领域, 研究人员更重视建模的方法和流程, 而忽略了模型的定量评价.
如果把评价范围缩小至同一油气藏类型, 定量评价的可比性和实用性就会显现. 研究认为 …