Adel Labs

Work collection · 4 projects

Engineering Tools

Workbenches for coreflood experiments, phase behavior, capillary desaturation and economic screening. Inspect the units and model assumptions alongside your inputs.

4 projects + 1 related project

Coreflood opening page with the LINK header, experiment introduction and playing SAMPLE apparatus walkthrough.

SAMPLE workbench · Coreflood experiments

Coreflood

Plan and analyse laboratory coreflood experiments: geometry, permeability, injection, production and capillary desaturation. Editable SAMPLE data and local exports.

SAMPLE experiment. Plans and analyses records; it does not control laboratory equipment or certify an operating procedure.

View project details Open SAMPLE demo
Project context: Coreflood

Full titleCoreflood — Coreflood Workbench

The task
An experiment needs a consistent record from core measurements to recovery calculations.
The contribution
A browser workbench for geometry, permeability, injection stages, production and capillary desaturation, with local exports.
Scope & assumptions
Units, measured inputs and calculation assumptions must be reviewed for the experiment.
Related to Research
EOR Economics opening page with the LINK header, screening introduction and calculation modules.

Engineering tool · Calculator

Techno-Economic Screening Workbench

Fitted retention–recovery relation, chemical demand and unit technical cost, an NPV surface over oil price and retention, and the breakeven envelope.

Scenario screening depends on the stated technical and economic assumptions.

Open tool
Project context: Techno-Economic Screening Workbench

Full titleTechno-Economic Screening under Retention Uncertainty

Related to Research
PhaseLab opening workspace with the LINK header and ten SAMPLE salinity-scan vials.

SAMPLE workbench · Phase behaviour

PhaseLab

A ten-vial phase scan with measured IFT, corrected static adsorption and dynamic retention balances.

SAMPLE starting data. Phase classification and interfacial tension require observations or independent measurements.

View project details Open SAMPLE demo
Project context: PhaseLab

Full titlePhaseLab - Phase Behavior & Retention

The task
A screening study needs a connection between vial observations, formulation conditions and retention measurements.
The contribution
A workbench for phase records, measured evidence, static and dynamic retention calculations and a screening board.
Scope & assumptions
Illustrations do not determine phase classification or measured interfacial tension.
Related to Research
CDC Calculator opening page with the LINK header, trapping-number introduction and six calculation modules.

Engineering tool · Calculator

Critical Trapping Numbers and Capillary Desaturation

Compare trapping numbers on interstitial and Darcy bases, screen field rates against measured onsets, fit desaturation data and convert petroleum units.

Screening calculations with explicit velocity conventions and measured reference onsets; not a field-design tool.

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Project context: Critical Trapping Numbers and Capillary Desaturation
The task
Screening a field rate against measured mobilisation onsets needs the calculation, the reference data and the unit conversions in one place.
The contribution
Six modules: a trapping-number calculator, curves against interfacial tension, field-rate screening, a pore-scale mobilisation schematic, program desaturation curves and a fit for your own data, with a unit converter.
Scope & assumptions
A screening workbench with its assumptions in view, not a field-design tool.
Related to Research

1 related project, shown separately from the 4 projects above.

Retention economics cash-flow pane with the retention and price controls, financial readouts and discounted cash-flow plot.

Surfactant CEOR

Study 03

Research

Retention Economics

Discounted-cash-flow screening that turns surfactant retention into net present value, return rate, unit technical cost and breakeven retention, on twelve corefloods, with adjustable assumptions.

Institutional research · Khalifa University / ADNOC

Open research
Project context & resources: Retention Economics

Full titleTechno-Economic Screening under Retention Uncertainty

The task
A single result cannot describe project economics across changing assumptions. Readers need to inspect both the data and the conditions behind the calculation.
The contribution
Discounted-cash-flow screening based on twelve corefloods, with adjustable retention, sweep and oil-price inputs linked live to net present value, return rate, unit technical cost and breakeven retention.
Scope & assumptions
Economic outputs depend on the selected sweep, retention, price and cost assumptions.
Manuscript (PDF) (opens in a new tab)Data package (XLSX) (opens in a new tab)Presentation (PDF) (opens in a new tab)
Related to Engineering Tools

Commission related work

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