Depth Imaging Products

Fusion has positioned itself as a leading-edge provider and developer of high-technology software products and services to the oil and gas industry. Fusion currently markets and licenses a suite of three-dimensional high-end seismic data processing software packages and services. The software packages use advanced algorithms unavailable anywhere else in the industry. These software products facilitate imaging in areas with complicated structural problems. Depending on a customer's needs and targets, Fusion can mix and match software technology to produce the best possible image. These products can be delivered either as custom processing or software packages.

		AIM Accelerated Imaging and Modeling. A complete 2D and 3D tomographic velocity model building, velocity analysis and time/depth imaging system. AIM is the only system in the industry specializing in wave-equation velocity analysis and optionally includes wave path updating.

		RTM Reverse Time Migration (RTM): Two-way wave equation depth migration. Fusions RTM is faster and more accurate that what is currently offered by the competition, allowing quicker turnaround, and higher frequency and higher fidelity images on equivalent hardware.

		SHOT Our industry leading SHOT migration algorithm provides wave equation imaging for multi azimuth data and outputs angle gathers for velocity analysis as well as anisotropic corrections and illumination compensation.

		FAST Full Azimuth Streamer Technology. This wave equation migration is optimized for multi-streamer wide azimuth and single azimuth marine surveys. It is significantly faster and uses less resources than its counterpart, shot migration (SHOT) and always uses the full aperture of the data for migration. Additionally, FAST provides output angle gathers for velocity analysis at no additional runtime cost.

		K3D K3D images 3D pres-tack data below complex structure by an accurate and flexible implementation of 3D Kirchhoff pres-tack time and depth migration. K3D implements effective load balancing and traveltime table caching algorithms to achieve high efficiency and throughput on Linux based clusters.