U.S. Petrochemical Facility – Developing and Evolving a Digital Engineering Ecosystem

Overview

Vista’s engagement began with targeted digital support and evolved into a long-term partnership spanning engineering, system integration, and operational support.

Initial work focused on enhancing the project’s digital foundation through 3D model development and data structuring. This expanded into the creation of engineering standards, including piping catalogs and tagging frameworks, to support consistency and scalability across the project.

As requirements grew, Vista embedded experienced engineering resources within the owner’s team to support effective use of AVEVA tools and promote integration across disciplines. This collaboration continued through basic and detailed engineering, construction, and commissioning, providing continuity of execution and alignment with project objectives.

Today, Vista continues to support the operational facility through system integration, digital twinA digital twin is a precise, virtual representation of a physical object system, process, or asset. Digital twins integrate machine learnin… enhancements, and ongoing Management of Change (MOC) work, enabling a seamless transition from project delivery into sustained operations.

Client

A North American petrochemical producer deploying proprietary processing technology.

Project/Facility

A first-of-a-kind petrochemical production facility designed to manufacture specialty chemical products at commercial scale.

Situation

The project required the development of a digital engineering environmentA digital engineering environment is the part of a digital project hub that encompasses the various software applications required for engi… to support design, construction, and long-term operations. Early phases highlighted gaps in model maturity, data structure, and consistency across engineering deliverables.

As the project progressed, there was a need to establish standardized engineering practices, including tagging frameworks and equipment catalogs, to support scalable and consistent execution across disciplines.

During later project phases, the site environment became highly active, with multiple construction and fabrication work fronts operating under an aggressive schedule. Access to accurate, real-time data became critical to support decision-making, commissioning readiness, and coordination across engineering and field teams.

In addition, the owner required support to effectively utilize AVEVA tools within their internal team, as well as continuity of engineering and system integration expertise through the transition from project delivery into operations.

This created a requirement for a partner capable of supporting both engineering execution and digital systems across the full asset lifecycle.

Solution

Vista’s engagement began with targeted digital support to strengthen the project’s engineering foundation. This included coordination of 3D model development and early data structuring activities to improve model quality and usability.

As the project progressed, Vista supported the development of core engineering standards, including piping catalogs and a project-wide tagging framework. These standards established consistency across disciplines and enabled scalable execution as engineering activities expanded.

To support adoption and effective use of the AVEVA platform, Vista embedded experienced engineering resources within the owner’s team. This provided hands-on support across disciplines and ensured alignment between engineering workflows and the project’s digital systems.

During detailed engineering, Vista contributed to improving efficiency and constructability by modularizing the 3D model. This approach enabled better coordination between engineering and construction teams and supported more efficient execution in the field.

Vista’s role expanded into an owner’s engineering capacity, providing continuity of support through detailed engineering, construction, and commissioning. This included ongoing systems integration, data management, and support for engineering deliverables across the AVEVA toolset.

Following project delivery, Vista continued to support the operational facility through system integration, digital twin enhancements, and ongoing Management of Change (MOC) work. This ensured that engineering data remained accurate, accessible, and aligned with evolving plant requirements.

Key Outcomes

Key success factors included:

Established and matured a digital engineering environment from early-stage development through to operational use
Enabled consistent and scalable engineering execution through development of tagging standards and engineering catalogs
Improved coordination between engineering and construction through modularization of the 3D model
Embedded experienced engineering resources to support effective adoption and use of AVEVA tools across disciplines
Provided continuity of engineering and systems integration support from design through construction, commissioning, and operations
Enabled access to accurate, real-time engineering data to support decision-making and commissioning activities in a high-activity site environment
Extended digital engineering capabilities into operations, including support for digital twin and Management of Change (MOC) processes

Systems & Technology

The project included configuration and integration of:

AVEVA AIM
AVEVA Engineering
AVEVA E3D
AVEVA Diagrams
AVEVA Compare Update (data integration)
AVEVA CRM
AVEVA ERM
AVEVA ISM

Engineering Applications

This approach is applicable to organizations seeking to establish and sustain a digital engineering capability across the full asset lifecycle. It is particularly relevant where there is a need to transition from project delivery into operations while maintaining continuity of systems, standards, and engineering data.

By combining systems integration, engineering expertise, and embedded team support, organizations can develop a scalable digital environment that supports engineering execution, construction, commissioning, and ongoing Management of Change (MOC) activities.