Oil and gas mining deformation monitoring and assessments of disaster: Using interferometric synthetic aperture radar technology

B Hu, H Li, X Zhang, L Fang - IEEE Geoscience and Remote …, 2020 - ieeexplore.ieee.org
Oil is the most important resource in modern industry. However, with the continuous
exploitation of oil and gas, disasters caused by ground deformation occur frequently. Among …

Spatiotemporal visualisation of PS InSAR Generated space–time series describing large Areal Land deformations using Diagram Map with spiral graph

J Struhár, P Rapant - Remote Sensing, 2022 - mdpi.com
The space–time series carry information on temporal and spatial patterns in observed
phenomena. The reported research integrates computational, visual and cartographic …

Satellite Monitoring of Cyclic Steam Stimulation without Corner Reflectors

MD Henschel, J Dudley, P Chung - SPE Canada Heavy Oil …, 2017 - onepetro.org
Surface movement of a field under cyclic steam stimulation (CSS) is induced by the thermal
processes used to extract bitumen from the reservoir. The ground movement can be related …

RADAR REMOTE SENSING FOR LAND SURFACE STUDIES OVER THE UNITED ARAB EMIRATES

MH Elkamali - 2022 - scholarworks.uaeu.ac.ae
This dissertation is concerned with the land surface deformations related to anthropogenic
activities and how a monitoring strategy can be established for nationwide studies. The main …

[PDF][PDF] Remote Sensing Applications: Society and Environment

M El Kamali, A Abuelgasim, I Papoutsis, C Loupasakis… - publications.beyond-eocenter.eu
In the past few decades, Synthetic Aperture Radar Interferometry (InSAR) has proven to be a
reliable tool for monitoring land surface deformations occurring naturally (landslides …

[PDF][PDF] Numerical Assessment of SAGD Subsurface Integrity and Induced Heave

L Shen, AE Regulator, DR Schmitt, V Singhroy - researchgate.net
Thermal recovery of highly viscous bitumen usually requires injection of high temperature
and high pressure steam into the reservoir. During the injection phase, significantly …