Phone: +1855GGXLMKR(449-5657)Email: support@lmkr.com | Web: www.deepdata.com

CompletionsEngineered Completions Made Easy

GVERSE Completion Design helps you todesign better wells in half the time. Each wellis optimized for its unique geology, resultingin increased production and decreased costs.It also eliminates copy-paste errors. Betterwells, less work, lower costs, fewer errors.

Most completion engineers use spreadsheetsto calculate their completable lateral length,applying hardlines, buffers, curve constraints,trigger toes and more. Then they tune aone-size fits all geometric stage design,generating a perf plan. Then they apply aone-size fits all pump schedule to everystage. GVERSE automates all of that. Insteadof wasting your time on those tedious tasks,we enable you to spend your timeoptimizing the well design. DeepDataoverlays wireline and cutting data on yourlateral. Then it turns that noisy data intoactionable characterization of the rock.

Geo-Optimized Completion Design in Half the Time

Based on this, the computer assists you indesigning the physical layout—stage lengthsand locations, cluster counts and locationsand actual perfs—which is output as acomplete perf plan for wireline. Then it assistsyou in applying just the right pump schedulefor the rock in each stage, adjusting pumpschedule to accommodate the physical designof that stage. This information is output as astage-by-stage pump schedule for frac.

Sure, you could hire consultants who have“experts” to tell you where to place each perf.But placing perfs is just one piece of theequation. Besides things change at thewellsite, how do you adjust your consultant’splan without a powerful and flexible designtool? GVERSE Completion Design is the onlytool that puts you in control of every variable,while making completion design fast, easy andeffective.

Phone: +1855GGXLMKR(449-5657)Email: support@lmkr.com | Web: www.deepdata.com

Computer Assisted Design: Automates definition of the completable lateral and stage design.

Eliminates costly cut-and-paste errors that are common with spreadsheets. Also cuts total design time by more than 50%.

Turn Busy Graphs into Actionable Color Bands: Set your own ranges to define rock types, treatment methods and more and then clone based on the colors for ultimate efficiency.

Set tolerance ranges for every .LAS file (gamma ray, neutron, etc.) and then design your well accordingly. This is a highly efficient way to capture insights form geologists and make it actionable for completion engineers.

Group Like Rock in Stages: Easily create stages by rock properties for common and uniform treatment.

Reduces the chances of fractures being isolated to more brittle rock leaving large sections completely untreated. Also reduces the need for diverter to accommodate this non-uniform fractures.

Features Benefits

Target Perfs on the Best Rock: Quickly move perf clusters to target the most productive rock

Increases well production by stimulating the most productive rock. Just drag the perf to the ideal location based on various curves on the directional survey and we turn that into a perf plan.

Collect Actual Completion Data: Perf guns may not fire, pumps break, things happen. The Completion Data module, which complements Completion Design captures the “actual” data.

Results must be measured against the actual field data, not the design. But the two must be aligned to optimize future designs based on results. Data from the wellsite, such as pressures are also critical inputs to machine learning

Creates Perf Plans: Automatically generates extensive perforation plans for wireline and any changes are updated instantly.

The fastest and most error-free way to generate a perf plan. Even the most intricately optimized perf plan is generated more quickly and easily in DeepData, than a typical geometric design using a spreadsheet. Once you try it, you’ll never go back to the old way.

Phone: +1855GGXLMKR(449-5657)Email: support@lmkr.com | Web: www.deepdata.com

Features Benefits

Supports Auto-adjusting Pump Schedules: Create pump schedules for various rock types. Drag a pump schedule to a stage and it auto-adjusts to the physical design of that stage (length, clusters, etc.).

You create different pump schedules for each rock type. Then just drag and drop to the stage and DeepData offers to clone that schedule to stages with similar rock. In addition to improving production, this is 1a huge cost saver. For example, you might cut proppant in half for stages with poor rock, saving $12,000-$25,000 per stage.

Web-Based Software: All functionality is available through a browser on any client

Enables several advantages such as secure access anywhere, anytime, from any device; rapid introduction of new features; and better intra-company collaboration

Powerful Cloning: Automate repetitive tasks with powerful cloning of things like well constraints (buffers, DLS and inclination constraints) and pump schedules.

Multiplies your efficiency. For example, drag a pump schedule to one stage and the system offers to clone that pump schedule to other stages with the same or similar rock properties.

Generates Pump Schedules: Automatically generates stage-by-stage pump schedules.

When customizing both physical stage design and pump schedules for each stage, generating those unique pump schedules can be a nightmare, DeepData automates it, making it a snap.

Collaborative Tool: Any number of people can collaborate on the design process, geologists, engineers, consultants, everyone

Each expert can weigh in on their expertise: a mudlogger can overlay cutting detail; your geologist can set ranges to identify rock for treatment, and select ideal rock for every perf; completion engineers can manage the stage design and pump schedules; all of these experts can contribute their expertise making for better wells.

Get Started TodayThrough automation and wireline overlays, GVERSE Completions enables the engineered completion with alacrity and precision