A selection of photos representing various aspects of porous media research

Welcome to InterPore Journal

InterPore Journal is a new international, peer-reviewed, open-access journal, entirely published and owned by The International Society for Porous Media (InterPore). Like the Society, our aims are to advance our understanding of, and research on, technical and industrial advances in porous media. We strive to gain an improved understanding of the processes and phenomena involved and provide a medium in which this information can be easily shared within the international research community. Our overarching goal is to become the focal point for the worldwide porous media community, where high-quality research on the wide range of multidisciplinary multiscale topics related to porous media science and technology is published and made available for all.

Articles are published under a Creative Commons license on a rolling basis following final publication approval by the authors. Information on all published articles will be included in the bi-weekly e-newsletters sent out to all society members, as well as all non-members who have signed up for the newsletter (ca. 3000 recipients), and on the society website.

Stay Connected

Keep up with the latest publications, news, and updates from InterPore Journal by subscribing to our newsletter and following us on social media. Join our vibrant online community and engage with fellow researchers around the world:

Submit your manuscript today and join us in advancing the field of porous media science and technology. We look forward to receiving your contributions and continuing to support the growth of knowledge in 2025 and beyond.

Current Issue

Vol. 2 No. 1 (2025)
					View Vol. 2 No. 1 (2025)

The cover image for this issue comes from the article by Philip J. Salter et al., showcasing their innovative 4D image processing workflow. You can explore the full article here. The workflow includes (top to bottom, left to right): binarized solid regions, connected pore space, separated pores using a random walk distance map, separated grains, output streamlines from absolute permeability simulation, and a pore network model.

Published: 2025-02-26

Invited Commentaries

Invited Student Papers

View All Issues