RiMo Well Engineering Platform

RiMo Time Domain Analysis

RiMo - Time Domain Analysis (TDA) method predicts drilling dysfunctions accurately. The TDA is based on rigid body dynamics solved by finite element methods that allows it run in a fast and near real time mode.
RiMo - Time Domain Analysis (TDA) method predicts drilling dysfunctions accurately. The TDA is based on rigid body dynamics solved by finite element methods that allows it run in a fast and near real time mode.

RiMo Real Time Drilling Dynamics

Data-driven simulation and predictive analytics RiMo’s Real-Time Digital Twin predicts drilling mechanics and drilling dysfunctions in real-time.
Data-driven simulation and predictive analytics RiMo’s Real-Time Digital Twin predicts drilling mechanics and drilling dysfunctions in real-time.

RiMo Steady State & Transient Hydraulic

These modules presents all the steady state capabilities, adding unsteady state and real time capabilities. Drilling and Completing challenging wells require an in-depth understanding of the hydraulics during all phases of the operation.
These modules presents all the steady state capabilities, adding unsteady state and real time capabilities. Drilling and Completing challenging wells require an in-depth understanding of the hydraulics during all phases of the operation.

RiMo Critical Speed Analysis

The RiMo – Critical Speed Analysis (RiMo – CSA) module is a fast running easy to run package to evaluate the safe operating range of bottom hole assemblies (BHA).
The RiMo – Critical Speed Analysis (RiMo – CSA) module is a fast running easy to run package to evaluate the safe operating range of bottom hole assemblies (BHA).

RiMo Torque & Drag

RiMo-T&D module allow users to evaluate the effects of design and operating conditions in an efficient manner.
RiMo-T&D module allow users to evaluate the effects of design and operating conditions in an efficient manner.

RiMo Sag/Static

The RiMo – Static/Sag Analysis (RiMo – Static) module calculates the BHA’s equilibrium position as a function of WOB, hole size and other operating parameters.
The RiMo – Static/Sag Analysis (RiMo – Static) module calculates the BHA’s equilibrium position as a function of WOB, hole size and other operating parameters.

MindMesh’s well construction/drilling platform can capture all of the transient forces hiding in the static data that we used to use for planning.  Drilling dynamics and the understanding of how these forces can be captured and quantified are the way to further cost reductions and optimization of the drill-string and BHA.  Why use an outdated static model from way back when if you can open the door to knowledge that identifies clear areas of improvement (and avoidance).  It is now possible to virtually drill the well and understand where the engineering challenges are and then “fix” them!  Ask us how!

Schedule your training session for
RiMo Well Engineering Platform

Directional drilling anywhere requires a smooth and vibration-free BHA since no-one wants a POOH trip on their watch. How can you be sure that the assembly you have designed will behave?

Easy! A 30-day test drive of this awesome package can be yours for free, all we ask is that you enroll for some online training to become familiar with the system and how to create your own virtual drilling system. Just think, no risk to the live operation and you get to change bits, motor configurations, stabilization schemes, surface parameters, etc. to find the BEST system you can build.
Schedule Training

ABOUT MINDMESH

MindMesh is the digital evolution of engineering. We
provide clients with sound technical expertise and
knowledge for products relating to design, manufacturing
process evaluations, and engineering of the product’s life
cycle. With over 15 years of industrial experience in diverse
disciplines, our team is uniquely equipped to resolve tough
and complicated engineering issues with success!

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