Managed pressure intelligence

Engineer the pressure.Control the well.

A connected petroleum-engineering workspace for modeling the well, examining MPD performance and turning field evidence into an issued technical record.

Deterministic tools firstSource-traceable outputsEngineer approval stays in control
Engraved Black African engineer emblem wearing a hard hat
BUILT FOR THE FIELD.Pressure intelligence, engineered.
A living engineering system

Watch the pressure architecture come online.

Scroll through the sequence. The physical system, hydraulic model and evidence chain build around one well.

DIGITAL WELL / ARCHITECTURE01 / 05
Animated managed pressure drilling system A drilling rig, well, BOP stack, rotating control device, five choke paths, flowlines and mud gas separator assemble as the page scrolls. BOP STACK RCD 5-CHOKE CONTROL ARRAY MGS
PRESSURE STATEBHP = 0.052 · MW · TVD + SBP + ΔPannMODEL READY
01 / DEFINE

Start with the well.

Build the trajectory, hole sections, tubulars, fluid system and operating limits. Every calculation begins with inspectable context.

geometry → fluid → limits
02 / INSTALL

Place control at the wellhead.

The BOP stack anchors the barrier envelope. The RCD completes the closed-loop returns path while allowing drillstring movement.

BOP + RCD → closed annulus
03 / ROUTE

Give returns a controlled path.

Five modeled choke paths and the surface returns network make pressure response visible. The MGS is shown on its designated process route—not as a routine shortcut.

RCD → chokes → process system
04 / CALCULATE

Turn the system into a pressure model.

Use well geometry, rheology, flow and surface backpressure to examine BHP, ECD, ESD, losses and operating-window behavior.

physics first · assumptions visible
05 / PROVE

Carry the evidence into the report.

Connect DOR, KPI, PWD and HMI evidence to events, performance plots and client-ready exports—with the engineer approving the final record.

source → analysis → issued report
Deterministic by default

Not black-box magic.
Physics you can interrogate.

AI may help refine language or organize evidence when the engineer chooses it. The governing calculations, assumptions and source trail remain reviewable.

01ECD = MW + ΔPann / (0.052 · TVD)Circulating density
02Re = ρvD / μFlow regime
03ΔP = f · (L/D) · ρv² / 2Pressure loss
04FLOWIN − FLOWOUT → ΔVFlow balance
One connected workspace

From first input to issued report.

Plan the well, challenge the scenario, explain the operation and preserve the technical record.

DIGITAL WELL

Build a well you can reason about.

Connect sections, surveys, hole geometry, tubulars, fluids, BHA and scenarios in one inspectable model.

MODEL
HYDRAULIC INTELLIGENCE

Test pressure behavior before it matters.

Analyze operating windows and MPD workflows with deterministic tools designed for engineering review.

ANALYZE
NEXT GEN REPORTS

Turn field evidence into client-ready delivery.

Import DOR, KPI and supporting records, review plots and wording, then export the approved package.

REPORT
The future vision
Every well teaches the next one.

Planning, execution, performance and closeout should remain connected. That makes every decision easier to examine and every final report reusable as engineering knowledge.

Built for engineering judgment.

Private access · controlled workflows · source-traceable delivery