Building Better Ways of Working

• U – Unfired Pressure Vessel
• U2 – Division 2 Pressure Vessels
• S – Power Boilers
• PP – Pressure Piping

• NB – Registration of Boilers & Pressure Vessels
• R – Metallic Repairs & Alterations (Shop & Field)

• AISC
• API 650/620
• ASNT (SNT-TC-1A)
• ASTM, ANSI, ASM, ASCE, NSPE
• AWWA
• AWS
• Material Technology Institute (MTI)
• NACE
• SSPC
• Steel Tank Institute (STI)/Steel Plate Fabricators Association (SPFA)
• The Edison Welding Institute (EWI)

Over 1,500 ASME-qualified procedures including:

• Stainless/Duplex Steel – P6 to P8/P10H
• Nickel Alloys – P41 to P47
• Carbon/Alloy Steel – P1 to P5/P9 to P15E
• Clad – All Combinations
• Aluminum Alloys – P21 to P25
• Copper Alloys – P31 to P35

• Austenitic
• Superaustenitic/Nickel
• Duplex
• Chrome-Moly
• Carbon Steel
• Combinations of Clad Materials

Opening lines of communication with the customers to discuss the project scope and requirements to ensure a smarter build.

Building out the project scope (what services are needed) and a breakdown of the cost of the projects.

Determining how to best attack the project based on the project needs and schedule to deliver predictable results.

Executing the project within the scheduled parameters and costs.

Closing out the project with each customer by delivering on project goals, measuring satisfaction, and filling out the necessary closing documents.

Our innovative Viewfab (“VF”) project tracking enables customers to see their project’s status in real-time, helping them better track delivery and manage on-site project schedules. This client portal gives our customers complete access to project updates during and throughout the fabrication process. Once they log in, customers can access their projects and see every aspect of the project’s development.

At Enerfab, we recognize that the job isn’t done until it arrives safely at your job site or facility.

We leverage our shop capabilities, in-house digital drawing and document display kiosks, and partners to deliver your project and meet your speed-to-market goals.

As a vertically integrated company, we leverage our shop and field capabilities to control the project schedule from concept to completion.

Through our affiliate companies, long-standing vendor relationships, and diverse supplier networks, we offer expanded scopes and turnkey solutions.

As a result, we are your single source provider, enabling more control over project timelines and delivery.

Production begins on day one when planning, engineering, and execution coincide to meet your tight turnaround window. We work alongside you every step of the way to ensure that safety and quality are never sacrificed even with accelerated timelines.

Scanning technology quickly captures over 3 million data points on facility structures and systems to produce near-perfect 3D models.

• Scanning – Digital scanning shortens shutdowns and mitigates safety risks while capturing data much quicker than traditional measuring processes.
• Engineering & Design – Once captured, scans enable accurate design review and estimates before construction to optimize the constructability of even the most complex projects.
• Project Control – Throughout the life of the project, 3D scans aid in verifying equipment installation, tracking project status, and ultimately closing the communication loop with more consistent data.
• Modular Application – By leveraging these data points, the scanning helps us be sure that your modules fit precisely each time.

Robotic welding has enabled the craftworkers in our fabrication shops to increase throughput without sacrificing quality. These robots support our skilled welders while shortening production time and maximizing available fabrication space.

• Cold Wire GTAW Welding: With the addition of automatic wire feed, deposition rates can approach that of GMAW while realizing GTAW quality.
• Narrow Groove Welding: This welding technique is used on heavy-wall vessels to create the best metallurgical condition by minimizing heat-affected zones and reducing angular distortion. It also decreases the quantity of consumables necessary to complete the joint and lessens weld durations. A good example would be the manufacture of CrMo pressure vessels used in hydrogen refining applications.
• Weld Overlay: Weld overlays in single or double thickness utilizing GMAW, SAW, and ESW techniques. Enerfab complements weld overlay through our in-house machining capabilities.
• Tube-to-Tubesheet Welding: Enerfab provides specialized tube-to-tubesheet welding heads with the capability for autogenous welding or with filler wire for restraint or strength welds.
• Automated Half-Pipe Welding: We’ve developed a proprietary process for half-pipe jacketing utilizing a continuous coil. This process results in fewer butt joint welds, which means fewer fatigue points, therefore extending the lifespan of your equipment.

Our shop floor drawing kiosks enable real-time drawing revisions to your tank and vessel project. No paper on the floor means that only the most updated data is used, minimizing the risk of building off outdated drawings or designs.

With over 70 years of critical process equipment design experience, we have a vast knowledge of industries in addition to pressure vessels, which helps us understand any unique challenge that comes our way. We are real-world engineers who challenge the book and understand that it does not cover what is practical to build. Our cross-trained team enables resource flexibility across all projects. To enhance our expertise, our engineering team is comprised of members of various engineering associations who hold the following credentials and designations:

Members of:

• American Society of Civil Engineers (ASCE)
• American Society of Mechanical Engineers (ASME)
• National Society of Professional Engineers (NSPE)

Credentials & Designations:

• Professional Engineer (PE)

Our team follows and complies with the following codes:

• AISC
• API 620
• API 650
• ASCE 7
• ASME
• PIP
• Other unique engineering challenges.

Enerfab offers true customer partnerships and wants you to enjoy a positive experience. From concept through completion, we engineer the roadmap and guide you through the process, from bid to installation.

We serve as the guide from concept through completion. Engineering serves as the center of the cog, working with sales, shop, customers, and vendor partners to estimate and deliver the best product possible. We embrace the complex and are proud of the work we do. Engineering doesn’t stop when the drawings are done; we are with you from beginning to end, working with you through every project phase.

We provide transparency and open communication throughout. We assign an engineer and coordinator to each project to verify the objectives, ensure all needs are met, and actively work as the center of communication between internal teams and the customer. Our team will travel to meet with end users 1-on-1 to ensure a complete understanding of the objectives and needs of each project.

If a problem arises, we are the first line of defense in ensuring a solution is found. We will always do what is right. When you turn on a vessel, we want your plant not to worry about the integrity of your process equipment. At the end of the day, our customers’ peace of mind comes from their confidence and trust in us to deliver on our promise of delivering quality projects time and time again.

We embrace new technologies and automation to improve the efficiency and quality of our designs. If a system or software doesn’t exist, we will create it. We leverage 3D modeling to minimize the risk of incorrect information and inaccuracies. We can then provide our customers with drawings and designs of their vessel projects with 3D mock-ups of the final product.

We utilize various software to take on more complex configurations. Our in-house proprietary shop floor kiosks enable real-time drawing revisions, creating a paperless atmosphere and ensuring only the most updated data is used to minimize the risk of building off outdated drawings.