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Port Harcourt Office:

Km 21, Aba-PH Express Way,
Port Harcourt,
Rivers, Nigeria.
+234-803-057-6449
digitalenergyservicesltd@gmail.com

Lagos Office:

Tapa House,
3/5, Imam Dauda Street,
Off Eric Moore Road,
Surulere, Lagos, Nigeria.
info@digitalenergyng.com
Tel. +234-01-4536157
+234-803-057-6449

Tel: +234-802 300 3264 | +234-803 057 6449

Email: info@digitalenergyng.com | digitalenergyservicesltd@gmail.com

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+234-01-4536157

+234-803 057 6449

Flow Assurance Solutions

Digital Energy flow Assurance solutions is an independent business unit which is run in partnership with Overseas Partners – our strategic cooperation partners.

Our flow assurance services include:

  • Pipeline commissioning
  • Pipeline cleaning (pigging, de-scaling, de-waxing and de-sanding)
  • Pumping Services
  • Sand Monitoring Systems
  • Cathodic Protection System Design
  • Digitized CP Survey System
  • CP Inspection Services

Digital Energy provides a completely integrated service that

  • Optimises oil and gas production rates
  • Detects erosive material providing early warning of well formation breakdown
  • Accurately quantifies solids production during well test, or drilling operations
  • Provides on-line data
  • Works in oil, water, or gas, and in multiphase flow
  • Equipment and services available globally
  • Protects topside equipment from erosion

Applications

Reservoir damage, pipe work erosion and deposition of solids are all potentially expensive  results of sand production from hydrocarbon wells. Using Digital Energy erosion/sand probes, Digital Energy can detect minute quantities of material loss due to the erosive effects of sand production, enabling pro-active management of the system. Digital Energy unique CEION metal loss measurement technology has exceptional resolution and extended sensor life giving high sensitivity to erosion and low cost of ownership.

The rate of loss can be used to assess erosion effects or as a component in calculating the volume of solids produced. In the latter case information about the flow must be collected simultaneously