Production & Reservoir

Radial Drilling Services, USA –
Unique and simple Micro-Coil tubing based production enhancement technology that goes into existing wells and uses Hydraulic Jetting to create 100 m long, 2-3 inch diameter horizontal laterals in the reservoir, perpendicular to the wellbore. The technology is low footprint and requires only jetting fluids and a work over rig for implementation.

Restrack, Norway –
is a leading tracer service provider to oil companies world-wide. Our field-demonstrated technology is used to give information on reservoir heterogeneity, assess the effect of water & gas injection and determine the amount of remaining oil in the near-well & inter-well zone. Restrack delivers a full portfolio of integrated tracer services, including inter-well gas & water tracing, single well tracer tests (SWCTT) and partitioning interwell tracer tests (PITT). Restrack focuses on providing reservoir information which enabled our customers to improve oil recovery. We deliver an integrated service that include planning, field operation, analyses and interpretation.

Resman, Norway –
unique, Risk Free, Long term, Cost-Efficient, HSE – Friendly robust solution for Wireless surveillance and Inflow monitoring technology for wells using Proven Intelligent Tracer® technology. The information obtained with RESMAN Intelligent Tracer® technology provides the equivalent of a production log, but without the risk and cost of well intervention.

Kongsberg Digital , Norway –
LEDAFLOW is a multiphase transient simulator that models the dynamics of multiple fluid phases within wells and pipelines. Unlike single phase flow that quickly reaches a stable steady state condition when production through wells and pipes are held constant, in multiphase flow a steady state condition may take a very long time to establish and very frequently there is no true steady state. Understanding the dynamics of multiphase behaviour assures safe and reliable operation of complex productions systems from reservoir to the first stages of process. Improved prediction accuracy of transient multiphase flow allows for the design of longer multiphase pipelines, thereby reducing the amount of processing required offshore.

Kongsberg K-Spice, Norway –
: is Kongsberg’s next-generation dynamic process simulator, for detailed design and verification of oil & and gas processes and control systems at all stages of the Lifecycle process – the Lifecycle Simulation Concept. The role of the dynamic simulator changes during the project lifecycle and includes activities such as:

  • Process design verification
  • Control system design and verification
  • Process safety checks
  • Operating procedure verification
  • Operator Training
  • Post start-up modification studies
  • De-bottlenecking and optimisation
  • Planning and production support

      It has new and improved features for system management, thermodynamics, numerical solvers and a flexible and intuitive graphical user interface

Silverwell –
DIAL (Digital Intelligent Artificial Lift) is an electronically controlled gas lift mandrel, which is tubing conveyed. Each DIAL unit can have upto six injection orifices, each individually controlled from the surface, with a full spectrum of injection rate options available to the well operator. The system has two components i) Surface control system and ii) Downhole tool/unit. The surface system can plug-in with SCADA / MODBUS which will also allow you to remote control Gas injection and acquire downhole P&T from your office.

Fishbones –
A liner-based stimulation technology which has been developed and field tested by Fishbones to be simple, efficient, and more controllable with less environmental impact. The technology uses a liner sub that houses four small-diameter, high-strength tubes/needles, each with a jet nozzle (for carbonates) and Small drill bits along with turbines (for clastics) on the end. The sub is made up to a full-length casing joint and needle assemblies up to 40 ft (12m) long are assembled in the workshop before the sub is sent to the field. The subs are run as integral parts of the liner in the open hole and are positioned across the formation where stimulation is desired. One lowered the, pumping is carried out resulting in the needles extend into the formation through the process of jetting/drilling creating multiple laterals. All laterals are created simultaneously in a short pumping job, resulting in a fishbone-style well completion with multiple laterals extending from the main bore.