American Society of Mechanical Engineers
NEW ORLEANS, HOUSTON, UNITED STATES
http://www.asme.org/

Industrial Fluid Mixing

This course provides a broad survey of the most recent developments, newest equipment, and emerging design concepts in the field of fluid mixing. The course is intended for directors of engineering and/or research, process engineers doing research, mechanical equipment specialists, technicians, development and design project engineers, chemists, and vendor engineers. YOU CAN EXPECT TO: �C......
 

You can expect to: Gain a full understanding of essential distillation concepts, including thermodynamics, vapor liquid equilibrium, process design, column operation, and simulation issues. Learn how to specify and select hardware best suited to various distillation problems and objectives. Use industrial case histories to analyze today’s most effective problem-solving and troubleshootin......
 

This short course will benefit attendees from a broad spectrum of backgrounds and job responsibilities including chemical engineers, mechanical engineers, process engineers/scientists, fire protection professionals, plant/process safety/risk managers, facility managers, and all others who need to be aware of the risks and vulnerabilities that can lead to injuries, fatalities, property damage an......
 

The purpose of this 1-day, intensive, hands-on course is to get you up to speed quickly in VBA programming and provide you with VBA program examples. If you require the capabilities of the built-in programming language of Microsoft Excelâ„?and Visual Basic (VBA) then this course is for you. WHO SHOULD ATTEND: This course is intended for engineers and scientists who have good spreadsheet sk......
 

This is intended to be a 1-day supplemental course for those students who have already taken or are taking PD014: ASME B31.3 Process Piping. The focus of this course is to assist those personnel to understand the relationship of the Fabrication & Examination rules of the B31.3 Code to the Design and Materials rules. The presentation will include examples of problems that occur as a result of no......
 

Explore the broad topic of emergency relief system design with an emphasis on DIERS methods. Learn how to handle runaway reactions, particularly under two-phase flow conditions. Learn how to use computational methods on real-world problems via numerous worked examples. Receive the texts �Emergency Relief Systems Design Using DIERS Technology �(published by AIChE) and “Guidelines for Pre......
 

This course covers the fundamentals of what engineers and managers in diverse chemical engineering industries need to know to keep their hazardous materials where they belong. It discusses how to accurately identify, classify, and evaluate process hazards, and then rank them by how likely they are to precipitate an industrial accident. The course covers consequence modeling as a preventive te......
 

You want to gain a thorough understanding of the process safety regulations and need to put an effective process safety management (PSM) program and risk management plan-prevention program in place in your organization. WHO SHOULD ATTEND: This course is ideal for plant and corporate PSM and RMP coordinators; safety and environmental professionals; production, maintenance and engineering ma......
 

Process engineers who need to address challenges associated with separations involving crystallization will benefit from this course. You Can Expect To: Apply the fundamentals of crystal growth and nucleation to industrial processes. Use case studies to examine special operating problems, such as fouling and crystallizer control. Utilize the theory of material, energy, and populatio......
 

The chemical engineer is required to be familiar with a variety of disciplines involved in the transportation and processing of solids, liquids and gases. In addition to fundamentals such as mass and energy balances, chemistry and thermodynamics, and fluid static’s and dynamics, other areas include separation processes, process equipment design and operations, process flow synthesis and analys......
 

You need to become an effective process hazard analysis (PHA) Team Leader, and to know how to select and apply the various PHA methods. This includes how to prepare for PHAs, how to ensure compliance with current U.S. regulations related to PHAs, and how to conduct and report PHAs. Engineers and other technical professionals who play important roles in their organization’s management of pro......
 

Overview �advantages and limitations of pneumatic conveying; applications in various industries (case histories) Fundamentals �low pressure compressible gas flow; defining characteristics of a conveying system; state diagrams (pressure vs. velocity); modes of conveying (suspension vs. non-suspension); minimum conveying velocity System layout and selection �pressure, vacuum, combination, ......
 

This course is ideal for chemical and mechanical engineers who are engaged in plant operations, technical services, and project design; or with assignments involving heat exchanger sizing, specification, or operation. You Can Expect To: Examine in detail shell-and-tube heat exchanger technology—with practical tips on how to minimize fouling and improve chances of trouble-free operation.......
 

You Should Attend If : You work in a chemical-processing facility and need an overview of the basic mechanics and chemistry behind the process equipment you work with on a daily basis. This course will help operations personnel communicate effectively with the process engineers and technical managers they collaborate with by gaining a basic understanding of the operational factors and d......
 

Gain a strong, fundamental understanding of bulk solids and their behavior, along with the general principles and practical applications of solids flow. You’ll find out how and why typical flow problems occur, and what simple, practical steps you can take to solve them. You’ll learn how to design bulk material-handling systems that work the way you want. In short, you’ll come a......
 

The lack of commentary, or historical perspective, regarding the B31.3 Code requirements for process piping design and construction is an obstacle to the designer, manufacturer, fabricator, supplier, erector, examiner, inspector, and owner who want to provide a safe and economical piping system. This intensive four day course, through the use of hundreds of examples shown and personal experienc......
 

This course details the responsibilities of engineers and other technical professionals regarding legal and contract issues. It covers what you have to know to interpret, apply, and correctly document procedures in engineering projects. Among the issues discussed are regulatory requirements, codes, and standards involving safety and environmental concerns. Attendees will learn how to communi......
 

WHAT YOU WILL LEARN Provides knowledge of all 8 domains of the EMCI program including business strategies, new product development, engineering management, project management, marketing and sales, finance and procurement, leading individuals and teams, and professional responsibilities including safety, legal, and ethical issues. This course is to help students prepare for the EMCF or EMCP ......
 

What You Will Learn Supervisory Skills: organizing, delegating, training, coaching & counseling Recruitment, Selection & Compensation Practices: basic knowledge of federal, state, and EEOC fair selection regulations, define selection criteria Performance Management, Coaching & Motivation Techniques: provide performance feedback How to write career development plans Training & Developm......
 

This 2-day course is designed to help mechanical engineers to prepare for the Project management Professional Examination. The curriculum is totally focused on Project Management Institute’s (PMI®) PMBOK grid. It covers all of the materials that PMI considers important to be included in the exam. This course is often revised to reflect the changes in the Project Management Professional Exami......
 

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