Are you looking for more information about solids processing operations? The practice of chemical engineering underpins chemical processing. Universities teach design methods for unit operations such as distillation and heat transfer. However, colleges seldom cover solids processing operations. If any discussion takes place, it only focuses on basic particle physics issues related to drag and turbulence. Yet, many processes require extensive handling of solids.
This Chemical Processing eHandbook takes a look at how chemicals manufacturers are meeting the challenges of solids processing head on. Download this Chemical Processing eHandbook for insights and strategies including:
• Solve Solids Processing Conundrums: Understand more about the unique issues posed by solids and why it is crucial for success.
• Measure Viscosity to Improve Your Mixing Process: Get tips on how to select the proper measuring instrument to better monitor your product quality.
• Make Some Sense of Sensors: Learn more about the variety of solutions that exist for flow level detection and inventory management.
• Consider Used Equipment: Get some guidelines to help you select the right pre-owned machine for an application.
Process design and process safety are critical considerations in chemical production and processing. With design and safety paramount at the outset of any new development or equipment retrofit, firms can minimize risk exposure, maximize productivity and position themselves to remain compliant and competitive. Whether retrofit or new, chemical processing is continually challenged by combustible dust. Combustible dust can pose a hidden hazard when accumulation occurs in unseen locations such as in mechanical spaces, above false ceiling, ventilation systems and dust collection systems. In this Chemical Processing Powder eHandbook, we take a look at strategies and solutions for mitigating combustible dust hazards including:
- Identifying hidden hazards - a case study outlining how a facility finds danger from accumulated dust and effectively addresses it
- Powder flowability - how new measurement methods now make it easier to evaluate flow
- Process safety - properly designed weigh model can optimize safety and improve efficiency
- A multivariate approach to powder processing - an overview of several methods that can help determine which powder properties have the greatest influence on performance
Learn how to preclude powder problems. Download your copy of this Chemical Processing Powder eHandbook now.11/11/2014
This Chemical Processing eHandbook takes a look at how chemicals manufacturers are meeting the various challenges presented by processing today.
Download this Chemical Processing eHandbook for insights and strategies including:
- Vacuum Shelf Dryer Provides More-Uniform Cakes: Different approach to endpoint determination leads to greater consistency.
- Stop What You’re Doing: Challenging existing practices may spur significant improvements.
- Consider Vacuum Drying: A vacuum drying pump offers several advantages for removing vapor over other methods.
- Understand Powder Flow Characteristics: a powder’s variables and external factors will greatly impact blender size and type.
A material’s characteristics and how they may change during processing can affect HOW these materials are processed. Key factors affecting powders include aeration, moisture absorption, electrostatic charging to name a few. Many bulk solids are sensitive to heat and humidity. As these levels rise, either in the feeder system or via outside conditions, flow problems crop up. As the powder gains strength, jams and poor flow conditions begin to appear. Costly downtime and a loss of product are incurred while a search is made for a solution to the flow problems. In this Chemical Processing Powder eHandbook, we take a look at key factors affecting powders and today’s best practices for overcoming the processing of powders including:
- Looking beyond the physical properties of particles and treating powder as a bulk entity
- How scanners take volume to a new level - acoustics-based sensors can help accurately measure the volume of powders in vessels
- How to determine a coating’s volatile content - advancements in rapid loss-on-drying techniques significantly reduce testing time
- Testing powder flow - advances in test methods help better predict flow behavior at elevated temperature and humidity levels
Learn how to process powders efficiently. Download your copy of this Chemical Processing Powder eHandbook now.02/19/2014
Power of data visualization and analytics to make better and faster decisions to optimize production
We’re all familiar with the phrase “taken out of context.” In analysis, it occurs when we do not include all of the structured and unstructured data that illuminates the real situation. As industry moves to rapidly embrace new analytical approaches like predictive analytics, it is more important than ever to capture all relevant data and information to create a rich context for analysis. In this white paper you will discover how you can use the power of data visualization and analytics to make better and faster decisions to optimize production and remain competitive. Download now.11/12/2015
With an aging installed legacy Distributed Control System (DCS), the PRALCA petrochemical plant needed advanced control strategies to improve plant efficiency. Find out how a comprehensive migration solution extended the life of plant equipment and provided a cost-effective path forward to the latest automation technology.08/29/2012
Plants across the world are increasingly having to make thedecision to implement wireless technology in their industrial facilities. The right decision enables an infrastructure that provides significant benefits from wire savings to improved operations. Wireless is a complex enabling technology that requires many considerations before broad deployment in an industrial facility.09/27/2007
Preventing Phenolic Resin Reactor Accidents: Easy to Use Procedure for Checking Adequacy of Emergency Relief Vent Sizes
An easy to use generalized vent sizing formula is illustrated to be consistent with large scale industry experience and dedicated phenolic runaway reaction tests performed by Fauske & Associates, LLC. The formula also clearly explains the 1999 catastrophic failure of a phenol-formaldehyde reactor resulting from a grossly undersized relief system.06/25/2012
This 4-page case history by Jeroen van den Berg of Bolz-Summix discusses how changing process conditions within a conical screw dryer eliminated granulation and minimized product segregation.05/02/2006
Heat transfer and other process fluids -- from mineral oils to synthetic and organic-based formulas -- are the lifeblood of many critical operations within chemical and the process industries. Their condition reveals critical details about the health of the entire process itself, and that of the components of the system and their interoperation. Register for access to two special E-Books, which come in an interactive PDF format with links to additional web resources.04/23/2012
Oxygen measurement for safety and control is essential for process optimization in many chemical manufacturing processes. This white paper provides application details of probe-style TDL oxygen analyzers.07/15/2013
Companies can gain great insight into how their process operates, find problems, and improve quality by using process analytical software.
Process Analytics and Intelligencesometimes called Manufacturing Intelligencehas transformed the way companies produce goods, understand their manufacturing processes, and ensure a quality product in ways we could not have foreseen ten years ago.08/12/2009
This document provides an understanding of intrusion detection and prevention systems, why they are necessary, how and where they fit in the control system environment, and gives example scenarios.03/27/2006
This document describes best practices for the reference architecture for a process control system network and its interfaces to a corporate network. The papers objective is to give the reader an understanding of the techniques utilized to securely connect these networks.01/11/2006
This article discusses process filtration approach developed for each technology stage starting from batch filtration in the lab to continuous filtration for the full-scale commercial operation. Process engineers must not “jump to conclusions”, a reference from Sherlock Holmes and Dr. John Watson who prove time and again is that there is no benefit to jumping to conclusions. Therefore, laboratory / bench top filtration testing is covered for problem analysis, technology selection and pilot and demonstration scale-up. The paper continues with the filtration testing and then scale-up to the commercial size. Finally, the paper concludes with a general review of the problem-solving skills of Holmes and Watson and how these skills can be utilized by process engineers as a framework for “idea-generation” when analyzing a new process scale-up.06/02/2015
Solid-liquid separation is an instrumental part of chemical processing. To separate the solid particles, filter media made of textile or metallic materials and of composite materials are used as the basis for the filter cake. Often there will also be a washing process to improve the purity of the filter cake or to increase the yield of the liquid phase. Solid-liquid separation can be carried out in continuous or batch operation. There are many factors for selecting the right process filtration system for your specific application. This white paper reviews methods for identifying the right process filtration technology for your application and highlights case studies illustrating the methods discussed.02/25/2014
This 37-page paper reviews the basic techniques for process modelling and control of batch reaction systems under steady state and dynamic conditions.07/25/2005
This 25-page paper discusses the basic design, construction and performance of shell and tube heat exchangers.10/25/2005
Manufacturing a pure product can be critically important to the next steps in the manufacture of a powder-based product. As a result the removal of residual moisture and solvents from the crystallization, filtration and drying steps can be crucial to producing a stable product.06/28/2006
This guide from the U. S. Occupational Safety and Health Administration covers pre-startup safety review, mechanical integrity, how-work permits, management of change, incident investigation, emergency planning and response and compliance audits, among other topics.10/11/2004