Our Goal: MaximizeD Uptime, Predictable Performance & Safe Operations
We know how decisions during design affect asset operability. We enable our clients to make the right choices during design to minimize upfront investment while maximizing safe uptime during operations.
We understand that effective decisions are not made in silos! Our corrosion and integrity experts leverage the experience of process engineers, production chemists, flow assurance specialists, production and completions engineers to make recommendations you can use!
A Systems-Based Service Line
GATE Energy provides a centralized engineering and field operations to safely design, operate and maintain a facility at its maximum value and capacity, while ensuring compliance with legislation and company policies.
GATE's proactive IM approach provides well-defined and cost-effective pathways and solutions to maintain the integrity by combining the engineering studies such as modeling, risk identification, planning and management, and field techniques for inspection, maintenance and surveillance, process efficiency and optimization, and rehabilition operations.
GATE provides technical consulting and field services to implement tailor made integrity management programs for your business needs.
Our services minimize the risk posed to your facilities and pipelines by corrosion and other materials degradation mechanisms.
Integrity management starts at design stage where the corrosion control strategy is laid-out to reach the desired service life with minimum interruption.
Multiple considerations for materials selection, corrosion management, chemical consumption, process conditions, and monitoring and surveillance activities should be balanced to identify the most cost-effective and safe operation. GATE’s corrosion and materials engineers excel and provide the following services for your assets to reach the project goals.
» Materials Selection & Corrosion Engineering
» Corrosion & Erosion Modeling
» Sour Service Compliance
» Corrosion Monitoring and Management Plan
» Process Performance Evaluation and Troubleshooting
» Production Chemical Management
» Cathodic Protection Design