Optimization of Industrial Plant Structures
By Ney S. Linares
The goal of optimizing a structure is to find the most efficient option using reliable methods. Decisions are based on the quantities of materials determined for each option.
In order to identify options and to be as objective as possible, a chart is created with a set of apparent design options and the criteria influencing each of the options. The criteria influencing each of these options refer to an importance factor unique to the project under evaluation. From this chart, a set of allowable solutions is chosen.
The following are variables to be taken into consideration while optimizing a structure:
Table 1. Variables & Alternatives to Consider When Optimizing a Structure
Figure 1. Cement Plant Pre-heater Tower Concrete/Steel vs. Steel
There are many variables in considering an optimal structural system. An optimization study can result in significant project cost savings and schedule optimization.
Figure 2. Mill Building Concrete vs. Steel
About the Author(s)
Ney S. Linares, P.E.
Mr. Linares has 20 years of experience in the design and construction of heavy industrial projects. Throughout his career, he has been responsible for the analysis and design of various types of structures, including being the Structural Engineer of Record for CTG’s new $350 million kiln line in Martinsburg, WV, Lead Structural Engineer for a $400 million new cement line for Kuwait Cement; Construction Manager for the construction of a $7.5 million clinker storage facility for Ash Grove Cement, Foreman, AR; Structural Engineer for the design of a preheater tower, and Site Engineer for slip forming pre-heater structure for Loma Negra in Olavarria, Argentina. He has a B.Sc. Civil Engineering and M.S. in Structural Engineering from Washington University, St. Louis, MO, and a B.S. in Physics, Bethany College, Bethany, WV.
PEC Consulting Group LLC | PENTA Engineering Corporation | St. Louis, Missouri, USA
How can we help you? Get in touch with our team of experts.