Optimise your seismic data with Shearwater’s industry-leading Quality Control tools
Shearwater’s onboard QC provides real time analysis of the recorded data quality thus allowing fast correction of smaller problems as well as optimal decisions on re-shooting. This ensures a high-quality data set while also maximising efficiency.
RMS amplitude map being populated after every shot point for Quality Control in real time
Real Time Quality Control
Shearwater not only provide all the industry standard Real Time Quality Control (RTQC) tools but also produce industry leading displays which can really make a difference and are truly real time. The displays are monitored by highly-trained staff which combined with our advanced techniques mean that even minor problems are picked up quickly.
Real Time Quality Control Highlights:
Integrated observer and QC geophysicist team
Shot-by-shot far field estimation from near field hydrophones to produce an auto-correlation with the ideal source
Seismic interference monitoring using real time Common-P amplitude maps
Swell noise removal in real-time viewed on both shots and stacks to give an accurate assessment of noise levels
Shots, stacked near fields, near trace, source comparison, cross-feed QC, noise graphs, RMS maps all available in a fully customisable display
Significantly reducing the need to re-work with our QC technology
Offline Quality Control
Shearwater’s offline QC products provide a comprehensive view of the data for our highly experienced geophysicists to ensure that all the details of the data are recorded and addressed fully.
Offline QC Highlights:
Experienced processing geophysicists performing the QC
All products ready immediately at the end of line ensuring quick results
Specialist QC products available to evaluate the optimal acquisition setup at the start of survey
Efficient and detailed QC and analysis of the data using the power of Reveal
Full suite of products produced both on the vessel and synchronised with an onshore server as soon as they are ready
A set of start-up checks performed for each survey