NuVision™

NuVision is NuTech's premiere line of products combining all of NuTech’s superior consulting services into one enterprise solution. NuVision combines the textural analysis of NuLook, Nustim's analysis of past and future stimulations, and NuView's advanced 3D modeling to provide you with a field wide visualization and well-by-well analysis of your reservoir.

Each of the NuVision family of products are detailed below:

NuLook Textural Vision - A textural distribution analysis with a spectral pore size distribution display that detects textural changes and variations in the reservoir rock, which will yield a better prediction of the overall rock quality and a much improved correlation to perm. The NTV product will give the client better interpretation techniques to identify sweet spots in their field. NTV will also provide quantitative input for the NuStim stimulation enhancement.

NuStim - A stimulation enhancement process using the key outputs from NuTech’s NuLook advanced petrophysical analysis. These key ingredients include permeability, hydrocarbon volume, free fluid, in-situ stress and rock properties. NuStim will provide optimal stimulation specifications using these key outputs or evaluate a past completion to determine basic properties like; effective fracture length, width, and height, damage ratio, conductivity, formation depletion, proppant embedment, etc. The result will yield a more productive stimulation by focusing on the most productive zones identified by NuTech. The end result will be an increase in hydrocarbon production and a more cost effective completion strategy.

NuView - Incorporates all the benefits of NuLook’s proprietary textural attributes into a 3D field wide presentation. The customer will be able to mathematically balance structure with stratigraphy for a more precise correlation, and better define lithologic, stratigraphic, and structural anomalies or discontinuities. The client will gain a better understanding of the spatial relationships within a field to help understand well and field performance.