Downloadable Resources

This white paper explores how a holistic platform unifies data, enabling real-time insights and proactive strategies to improve reliability and safety.

Download this survey report to explore how the API’s NextGen Credentialing Initiative is addressing technological gaps in the industry.

This guide explores how disruptive technologies—such as digital twins, wearable technology, continuous remote monitoring, and more—are enhancing the efficiency, cost-effectiveness, and sustainability of corrosion management.

This paper analyzes common manual-intensive processes and proposes a workflow bolstered by modern technology, outlining a pathway to streamline RBI evergreening.

This eBook explores traditional image archiving, DICONDE for efficient data sharing, PACS, AI integration for defect detection, future trends, and more.

This white paper from DIMATE explains how the implementation of a digital end-to-end inspection workflow helped a refinery operator in the Netherlands to optimize on-stream inspections and turnaround planning.

This eBook examines the digital transformation journey for owner-operators of refineries, chemical plants, power plants, and other types of facilities.

This whitepaper will examine the digital technologies that are quickly becoming industry standards for asset integrity management and how they provide contextualized visualization for real-time insight into asset health and conditions.

This white paper by Antea will explore the changes to technology and workforce that affect asset integrity management, the value in IIoT technologies for maintenance, and how to connect them for a profitable approach to mechanical integrity.

This Asset Intelligence Report on Digital Twins serves as a primer to increase your familiarity with Digital Twin technology as well as its applications in the refining, chemicals, and petrochemical industries.

This white paper discusses new solutions for long seam weld inspections, which have historically been challenging to inspect because of their thin wall thicknesses, the vertical weld bevel orientation, and the pipe curvature.