In this contribution, we present a review of scientific research results that address seismo-
hydromechanically coupled processes relevant for the development of a sustainable heat …

ABSTRACT The Tony Creek Dual Microseismic Experiment (ToC2ME) is a field program
that used a diverse set of sensors to record a hydraulic‐fracturing completion program at a …

In this paper, an underground experiment at the Äspö Hard Rock Laboratory (HRL) is
described. Main goal is optimizing geothermal heat exchange in crystalline rock mass at …

Robust event detection and picking is a prerequisite for reliable (micro-) seismic
interpretations. Detection of weak events is a common challenge among various available …

Accurate understanding and characterization of the growth and distribution of
hydrofracturing cracks is a pivotal issue in enhancing hydraulic fracturing stimulation of …

One of the largest induced seismic events attributed to hydraulic-fracturing operations, with a
moment magnitude (M w) of 4.1, occurred on 12 January 2016 in Alberta, Canada. The …

As observed in many shale-gas operations, salt concentration of flowback water increases
with time. Usually, the shape of salt-concentration/load-recovery plots is different from one …

We compare current and historic seismicity rates in six States in the USA and three
Provinces in Canada to past and present hydrocarbon production. All States/Provinces are …

Storing CO 2 in shale formations is an essential complement to the resources of geological
CO 2 sequestration and the achievement of carbon neutrality. However, previous …

Abstract A new Matched Filtering Algorithm (MFA) is proposed for detecting and analysing
microseismic events recorded by downhole monitoring of hydraulic fracturing. This method …