The primary focus of the Water Injection Team is to provide systems engineering solutions to waterflood design, commissioning, and system operability. 

The design of water injection systems is a key aspect of optimizing the economic return of any development.

Injection into hot and high-pressure deep water reservoirs is often constrained by concerns associated with fracture propagation.

Injection program optimization encompasses multiple disciplines including reliability and maintenance, asset integrity management, production chemistry, operations and reservoir engineering.

Viking utilizes provides water injection modeling services including integrated flow modeling, souring and scaling modeling and water injection performance modeling.

Viking’s is engaged in all aspects of chemical-related technology for offshore and onshore facilities. The team focuses on production chemistry solutions, chemical injection system design and chemical umbilical commissioning.

Viking’s Chemical Vendor Qualification procedure for technical and business compliance provides a transparent procedural overview of the process.

Viking’s Chemical Systems team provides fit-for-purpose chemical injection systems for flow assurance specific needs to each project.

Viking’s Chemical Systems team determines what issues may cause an existing chemical system to not perform to the operators’ desired specifications and will deliver a course of action designed to mitigate these issues to ensure best performance.

Nodal Analysis, Artificial Lift Modeling, Model Based Optimization, Pressure & Rate Transient Analysis (PTA, RTA), Decline Curve Analysis

With the Prho™ engine, we configure tools for our clients that are customizable, benchmarked, accurate, easy to use and produce fast results.

Identify, Understand.

GATE developed an integrable comprehensive flow assurance surveillance tool that, with one simulation run, allows the operator to

GATE developed a comprehensive well operations tool utilizing GATE’s proprietary simulator GATE Prho™ building blocks and Time-lapse Nodal Analysis that allows the operator to:

The Shale Gas Well Material Assessment Tool was developed to provide a preliminary guidance for tubing and tree metallurgy selection based on literature review, Prho™ building blocks, and the past project experiences of GATE and Viking Engineering.

The SCSSV Leak Rate Calculation tool uses the GATE Prho™ engine to simulate the commonly used SCSSV leak test protocol.