NodalSeismic Wins Geophysical Company of the Year, West Coast Region at the 2013 Annual Oil & Gas Awards.
November 4th, 2013 – Long Beach, CA – NodalSeismic, LLC, a technologically advanced geophysical firm known for its unique cable-free acquisition solutions, announced that it has been awarded Geophysical Company of the Year, West Coast Region, at the 2013 Annual Oil & Gas Awards Ceremony.
NodalSeismic was nominated for its Long Beach, CA 3D seismic survey, acquired for client Signal Hill Petroleum, Inc. (SHPI) – a community and environmentally friendly oil and gas producer, who also received an award at the event. Acquisition for the project was completed in 2012, and work continues with the project’s unique and extensive dataset.
To date, the Long Beach 3D survey is the only successful, dense urban 3D seismic survey of its kind, spanning two phases for a total of 38-square-miles. NodalSeismic won for its comprehensive solution to deliver high-quality data with the use of advanced cable-free technology, geophysical techniques, environmental stewardship and highly detailed community outreach.
The Long Beach survey was also unique in that it created the most detailed view of earthquake propagation currently in existence in the world. NodalSeismic and SHPI shared the passive earthquake dataset with academic institutions like Caltech, Stanford and UC Berkeley. The system recorded dozens of significant local earthquakes, more than 4,000 micro-earthquakes, and teleseismic events like the 2011 Japan M9.0 earthquake.
“This survey exemplifies NodalSeismic’s ability to solve complex challenges in newer, better ways,” said Dan Hollis, Vice President of Technology and Marketing.” Hollis continued, “This project has also reawakened an approach to seismic that melds oil and gas exploration with earthquake seismology, a practice we aim to lead for the future of the industry.”
“We are honored by this recognition and thankful to our client, Signal Hill Petroleum, for the opportunity and for their incredible teamwork throughout the project,” said Rachel Stocking, Marketing and Business Development Manager. “They allowed our team to pursue new ideas and techniques, without that, the project would not have achieved the level of success that it did.”
For more information about this project, visit NodalSeismic’s website: http://www.nodalseismic.com/urban-seismic.
About the company: NodalSeismic, LLC is a geophysical firm driven to solve complex seismic data challenges using novel approaches to survey design and operational techniques. Utilizing cable-free recording equipment, the company is at the forefront of melding oil and gas exploration with earthquake seismology to produce produce improved active source data and a better understanding of the subsurface. Although NodalSeismic is known for its success in dense urban environments, the company’s services are equally compelling in every environment, from farmlands to rough, rocky terrain and snow-covered environments.
Media Contact: Rachel Stocking, Marketing and Business Development Manager
NodalSeismic Presents at Houston Geophysical Society - Special Interest Group about adding value with passive data.
When: November 7th, 2013 from 11:30 - 12:30pm
Where: Apache Corporation - 2000 Post Oak Blvd, #100, Houston TX 77056
Talk title: Data Mining Passive Data Co-Acquired with Active Source Data: the Long Beach 3D Seismic Survey
Dan Hollis, NodalSeismic, LLC
We have concluded that the data mining of passive seismic data can add value to active seismic data and a better understanding of geology in and around the survey area. This presentation will include recent work using a near-surface velocity model generated by surface wave interferometry to correct for near-surface velocity variations in the active source imaging process.
Background: Traditionally, passive seismic has been used in the oil and gas industry for monitoring hydraulic fracturing and induced seismicity. Recent introduction of autonomous-type (nodal) seismic data recording systems with continuous-recording capability for conventional active-source seismic reflection exploration surveys provide a valuable by-product, if the data is preserved. This presentation describes the results of applying various techniques to passive data acquired using a nodal seismic recording system from a 22 square mile 3D seismic reflection survey acquired in early 2011 in Long Beach, California. This continuous passive data set was mined for information that adds value to the active source data, as well as other information that would benefit exploration and earthquake-related studies of the study area. Natural seismicity and ambient noise provide the signal used to extract p-wave and shear-wave velocities, anisotropy information and seismic imaging products. Types of analyses include time-lapse ground motion studies, micro-earthquake detection and location, surface wave interferometry, ambient noise correlation for reflection imaging, receiver functions, and teleseismic event amplitude analysis.