Heavy Oil Operating System is the ultimate development of Heavy Oil Artificial Lifting Technology using oleophilic continuous belt.
The technology is augmented with fully featured operating system providing on-line contribute to your development of digital oilfield communication, remote control, production optimization, in order to.
It was designed with a focus on optimized production, energy efficiency, extreme reliability and care for the environment.
Vann Pumping System
This new pumping method is designed as an alternative to conventional “rod and pump jack methods” utilized in oil well production today. In place of pump jacks, an electronic and hydraulic operated system is used. Stainless-steel Cable replaces the rods to transmit the reciprocating movement of the down-hole pump. Automated PLC based Controller for efficient operation
MULTI-FUNCTIONAL FlowJet PUMP FOR WELL TEST, WELL STIMULATION, SURVELIANCE AND PERMANENT PRODUCTION
Flow Jet pump is a new way to perform essential production logging survey in oil wells equipped with artificial lift systems. Whenever PLT is required to be done, either on cable or CTU, FlowJet pump makes well flowing. All required is just run FlowJet pump on tubing and do logging through it since FlowJEt has got go-through passage inside. FlowJet pump technology is based on Venturi effect. Built in Venturi tube helps to create drawdown up to 120bar under the pump.
Acid Simulation though the FlowJet Pump with the following sludge removal and well test for operation success assurance is also a part of service. All required is just to change logging inset to the acid inset without re-completion.
Surfsol (Production-Enhancement Solution for Heavy Oil)
Self-Powered, Electric Field-Conditioned, Micro-Clustered Magnetized Water Treatment technology that ionizes big, macro-clustered oil field injection-water and recycled produced water molecules to form smaller water molecule micro-clusters (less than one-quarter in size) that are better able to fit-through, permeate and penetrate reservoir pore-space in order to more effectively deliver water-borne injectants as far as possible into reservoir capillaries and fractures, and make maximum contact with, dislodge and sweep more oil off the reservoir sands for ultimate extraction.
Miscible Chemical Solvent/Surfactant EOR technology (called SurfSol) that can be used in its liquid form for solvent-assisted water-flood EOR projects, and in its atomized or vapor-phase gaseous form for solvent-assisted N2+CO2 gas injection EOR projects.
On contact with target oil molecules, Legacy 7 Surfsol Solvent can sufficiently lower oil viscosity enough to enable even thick and viscous oils to flow more easily through pressurized reservoir pore-space (toward the lower-pressure production well laterals) by, among other capabilities, reducing the inter-facial tension that impedes movement of oil droplets through the reservoir.