United Pacific Inspection develops next-generation inline inspection (ILI) tools for pipelines, utilizing multiple complementary data sets to enhance data quality and accuracy. Their technology aims to provide a comprehensive pipeline assessment in a single pass, improving the efficiency and reliability of integrity management for the oil and gas industry.
Funding
Funding not disclosed
Founders
Product
Problem
Pipeline operators face challenges in obtaining comprehensive and accurate assessments of pipeline integrity due to limitations in traditional inline inspection (ILI) tools. Existing methods often require multiple passes with different tools, leading to increased operational costs and downtime. The need for efficient and reliable detection of anomalies, such as metal loss and geometric deformations, remains critical for maintaining pipeline safety and regulatory compliance.
Solution
United Pacific Inspection (UPI) provides next-generation ILI solutions that enhance data quality and accuracy for pipeline integrity management. UPI's UXD tool is a smart pig technology capable of multiple configurations, acquiring complementary datasets, including MFL, IMU, Caliper, and UPSCAN, in a single run. The company's OMNI software offers expert data analysis, incorporating both human expertise and AI machine learning, to detect and flag anomalies. UPI delivers detailed reports, including B31G and RSTRENG calculations, facilitating informed decisions for pipeline operators.
Target Audience
UPI's primary customers are pipeline operators in the oil and gas industry responsible for maintaining pipeline integrity and regulatory compliance.
Features
- UXD Inline Inspection Tool: A modular smart pig capable of multiple scans and configurations in a single run.
- Multi-sensor data acquisition: Simultaneous collection of MFL, IMU, Caliper, and UPSCAN data.
- Bidirectional inspection capabilities for "un-piggable" pipelines or high consequence areas.
- OMNI software: Provides run-to-run data comparison of MFL, IMU, and Caliper data.
- Strain calculation: Detailing bend and dent strain values in accordance with ASME, CSA and API regulation.
- AI-powered data analysis: Machine learning software reduces human error and enhances repeatability of signal interpretation.
- Comprehensive reporting: Includes technical summaries, anomaly detection, comparative data, and full data privacy.
- Custom report layouts: Tailored to specific client needs.