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Executive Summary
Never have the stakes been higher for companies when it comes to making improvements to their engineering work processes to maximize ROI on Capital Projects. Productivity has not developed in decades - the average Capital Project schedule lags by 20 months and goes over budget by 80%.
In many of today's Capital Projects,
there is a disconnect between FEED and
detailed Design. In response, AVEVA is
the first industrial software provider to
pioneer a new solution to break down the
silos between these engineering disciplines.
Unified Engineering enables global multi-discipline teams to work concurrently in a common data-centric environment, controlling and managing change across the entire project. This breaks down the silos between FEED and detailed design. The simulation data created in FEED in readily available for use in detailed design and is checked and validated in real-time, increasing efficiency, minimizing risk, and maximizing return on investment on your Capital Projects.
Case Studies
While the cost of engineering and design typically amounts to just 10% of the overall project cost, the work being carried out
here heavily influences what happens in
procurement and Construction.
Companies’ are beginning to make
progress on their digitalization journey
and seeing increasingly better returns
on their investment.
Many have already started to leverage the latest data-centric technology and work processes for their workforce to collaborate and take control of their data.
This phase of the digitalization journey is what we call EPC 4.0.
Start leveraging your
EPC 4.0 strategy
The real cost
of Engineering
and Design
Unified Engineering
A new proposition to break down the silos between FEED and Detailed Design to minimalize risk and maximize return on Capital Investment.
"More mature and accurate FEED in the early stages of industrial projects improves cost and change performance, while helping meet financial performance and customer satisfaction expectations."
Book Demonstration
"The benefits of using an integrated software suite are that it really breaks down the silos of the individual engineering disciplines and gives everybody access to everybody else's information as they need it."
Case Study: Vista Projects
Once you have the tools in place, the true value of Unified Engineering is realized because of how effectively your teams can now collaborate together. Projects are started faster, process behavior is optimized, and time is saved – time that can be invested in new innovation for your business.
Unified Engineering:
From Concept to Digital Twin
Collaboration: The True Value
of Unified Engineering
What Unified Engineering can do for you?
• Breaks down the silos
• Seamless transfer of the process model into
detailed engineering and design
• Digital twin deliverable to the owner
• Integration with 3D Design
Pursue new digital business deliverables in the market with a Unified Engineering platform developed for
this purpose
New Digital
Business
Enable engineers to complete deliverables faster, and with greater maturity so that you can deliver your project on time and on budget
Streamline
Collaboration
Minimize engineering
errors and accelerate
project execution.
Reduce Cost,
Risk and Delays
Reduce cost throughout capital projects while improving the quality and realiability of engineering deliverables
Maximize
Margins
Download
Project Cost
Unified Engineering
Value
Case Studies
Casestudies
Demo
Project Cost
Unified Engineering
Value
Case Studies
Case Study: Covestro
"Now we have one single platform,
and everyone can use the same tools to work on the problems and focus on that instead of learning a new tool every time.”
40%
40%
10%
10%
Construction + C&SU
Learn more
To reduce the number of iterations in FEED, Process engineers must work concurrently with other disciplines. All information must be stored and exchanged as data to ensure there is always clear visibility of progress across the entire project.
Missed opportunity connecting FEED and Detailed Design
Now is the time to discard tools such as MS Excel and move towards a data-centric approach.
This will become reality with Unified Engineering a new way to leverage
your EPC 4.0 strategy and support the project lifecycle every step of the way.
Big Gains
with EPC 4.0
• Verification the plant will operate as expected, and that controls are properly configured
• Verification that equipment and piping are properly sized.
• One single version of the truth that remains up-to-date
The Unified
Engineering model
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Authored By: Vanessa Erickson
Portfolio Marketing Manager
Cost of rework
5.4% of total construction cost.
The leading cause
is errors in design.
*Hwang et al
Cost of rework
14.2%. *Love et al
To minimize the risk of cost overruns and delays,
you need an integrated, data-centric solution to manage all engineering information in one place. This enables engineers from all disciplines to collaborate effectively, detect and identify changes as soon as they occur and compare and update them efficiently.
Final Thoughts
Other
Engineering & Design
• Breaks down the silos
• Seamless transfer of the process model into
detailed engineering and design
Pursue new digital business deliverables in the market with a Unified Engineering platform developed for this purpose
New Digital
Business
Enable engineers to deliverfaster, and with greater maturity to deliver your project on time and on budget
Streamline
Collaboration
Minimise engineering errors and accelerate project execution.
• 50% faster FEED stage
• 30% increase in engineering efficiency
• 5% of TIC cost reduction in design phase alone
Reduce Cost,
Risk and Delays
Reduce cost throughout capital projects while improving the quality and realiability of emgineering deliverables
Maximize
Margins
Engineering & Design
Procurement
Construction Industry Institute (CII)
• 50% faster
FEED stage
• 30% increase in engineering efficiency
• 5% of TIC cost reduction in design phase alone
Read our Unified Engineering whitepaper to discover how to break down the silos between FEED and detailed design to minimize risk and maximize ROI on your Capital Projects.
Read our Unified Engineering whitepaper to discover how to break down the silos between FEED and detailed design to minimize risk and maximize ROI on your Capital Projects.
EPC 4.0
EPC 4.0
Book a demonstration today to learn how Unified Engineering will maximize your return on capital investment.
Request a Demo
Request a Demo
Unified
Engineering
One single platform with interactive Process and Control Engineering instead of multiple point solutions
A single, data-centric platform for discipline engineers to work together on, keeping all 1D, 2D and 3D engineering data in one place
Integrated Engineering & Design
+
Simulation Platform
Executive Summary
Procurement
Construction Industry Institute (CII)
• 50% faster FEED stage
• 30% increase in
engineering efficiency
• 5% of TIC cost reduction
in design phase alone
Process
Cost Estimation
Mechanical
Piping
Drafting
Electrical
Instrumentation
Structural
Safety
Project Management
Unified Engineering
Book a demonstration today to learn how Unified Engineering will maximize your return on capital investment.
Request a Demo
+
• Efficient collaboration and automated updates
• Bi-directional data flow
• Accurate and mature design deliverables
• Digital Twin Data Model
+
-
Unified
Engineering
+
Simulation Platform
One single platform with interactive Process and Control Engineering instead of multiple point solutions
Integrated Engineering & Design
A single, data-centric platform for discipline engineers to work together on, keeping all 1D, 2D and 3D engineering data in one place
• Accurate and mature design deliverables
• Digital Twin Data Model
• Efficient collaboration and automated updates
• Bi-directional data flow
-
Read our Unified Engineering whitepaper to discover how to break down the silos between FEED and detailed design to minimize risk and maximize ROI on your Capital Projects.
Download full PDF
Vista Projects
Download full report
Download full PDF
