ABOUT OUR COMPANY
Integrity & Corrosion Experts (ICE Canada)
ICE Canada is a leading engineering firm specializing in corrosion protection, asset integrity management, and multidisciplinary engineering solutions. With over two decades of experience and a portfolio exceeding 400 successful projects, ICE supports critical infrastructure across the oil & gas, energy, water, and industrial sectors. Backed by a team of seasoned engineers and NACE-certified professionals, ICE delivers tailored, regulation-compliant solutions designed to enhance the reliability, safety, and longevity of assets.
We bring world-class integrity methodologies, honed on the world’s most complex energy assets, to protect and extend the life of Canada’s critical infrastructure.
Vision
ICE brings innovative solutions for the safe and profitable operation of its customers, with client and community welfare as our ultimate goal.
- We are committed to enhancing safety, longetivity, and operational excellence.
- Our vision is driven by delivering long-term value and building trust through innovation.
Mission
We provide proven engineering solutions that ensure asset safety, integrity, reliability, and availability.
- We help clients achieve safe, sustainable, and cost-effective operations through tailored integrity and engineering services.
- Our mission is fulfilled through deep technical expertise, quality assurance, and continuous client support.
questions
Frequently asked questions
General & Company Capabilities
What industries does ICE serve, and what is your core engineering expertise?
ICE is a premier engineering consultancy specializing in Asset Integrity Management, Pipeline Engineering, Materials & Corrosion Engineering, and Digitalization Solutions. We serve the global energy, midstream oil and gas, petrochemical, and critical utility infrastructure sectors across North America, the Middle East, and North Africa. Our core mission is to bridge traditional, code-compliant asset engineering with cutting-edge digital twin intelligence.
How does ICE balance corporate-level consulting with field-level execution?
We are unique because we don’t just write engineering reports or compliance procedures. Our team includes certified NACE/AMPP specialists and field technicians who actively execute high-precision over-line surveys (CIPS/DCVG), conduct facility-wide materials audits, perform targeted bellhole inspections, and digitize legacy records. We deliver a complete loop: Analyze, Design, Execute, and Train.
Digitalization & Digital Twinning
What does "Engineering Document Digitization" mean for an aging or brownfield facility?
Many operating facilities suffer from outdated paper records or siloed, red-lined PDFs. ICE transforms these unstructured assets into a unified, intelligent digital ecosystem. We cross-reference and update your current physical reality to produce audit-ready, fully compliant as-built P&IDs, 3D asset models, General Arrangement (GA) drawings, Piping Isometrics (ISOs), Hazardous Area Classification (HAC) registers, and Cause & Effect matrices.
How does an ICE Digital Twin improve day-to-day asset management?
An ICE Digital Twin isn’t just a static 3D model; it is a live virtual replica of your infrastructure. By mapping automated UT thickness data, phased array (PAUT) records, and real-time operational telemetry onto a single, cloud-based interface, operators can visualize current metal loss, run predictive “what-if” stress simulations, and forecast corrosion hotspots before failures occur.
Pipeline & Corrosion Engineering
What standards guide ICE’s Pipeline Integrity Management System (PIMS) workflows?
All of our pipeline engineering, gap analyses, and integrity workflows strictly adhere to leading international regulatory codes, primarily ASME B31.8 (Gas Transmission), ASME B31.4 (Liquid Transportation), API 1160, and NACE/AMPP standards for direct assessments.
What is your methodology for handling In-Line Inspection (ILI) data and defect assessment?
We provide expert alignment, verification, and engineering analysis of intelligent pigging runs (including MFL, TFI, and UT data). We use this data to determine precise Corrosion Growth Rates (CGR) and perform rigorous Level 1, 2, and 3 Fitness-for-Service (FFS) evaluations according to API 579-1/ASME FFS-1 to calculate exact remaining structural strength.
Can ICE execute the field surveys required for ECDA and ICDA?
Yes. Beyond setting up the engineering frameworks for External and Internal Corrosion Direct Assessments, our field crews physically execute the specialized surveys. This includes Close Interval Potential Surveys (CIPS), Direct Current Voltage Gradient (DCVG), soil resistivity mapping, environmental characterization, and physical validation via bellhole excavations.
Corrosion Control & Life Extension
What is the difference between a Corrosion Risk Assessment (CRA) and a Materials and Corrosion Audit (MCA)?
A Corrosion Risk Assessment (CRA) is predictive; it analyzes process conditions, environmental variables, and metallurgy to quantify the likelihood and consequence of potential degradation mechanisms.
A Materials and Corrosion Audit (MCA) is evaluative; it is a comprehensive on-site check to verify if your existing chemical injection programs, material selections, and active corrosion control measures match your original design intent and industry best practices.
How does a Remnant Life Assessment (RLA) study benefit aging infrastructure?
Our Remnant Life Assessment (RLA) studies give operators the data required to safely extend the design life of aging pipelines and facility equipment. By combining historical operating envelopes, current non-destructive testing (NDT) data, and advanced metallurgical wear modeling, we provide accurate lifecycles to optimize your capital budgeting (CAPEX/OPEX) for repairs or replacement.
What type of Cathodic Protection (CP) services do you provide?
Led by NACE-certified specialists, we offer complete front-end engineering design (FEED), advanced 3D electrochemical modeling, and troubleshooting for both Impressed Current Cathodic Protection (ICCP) and Galvanic Anode systems. We also specialize in modeling and mitigating complex AC/DC stray current interference caused by high-voltage power lines or parallel utility crossings.