The MECS Best Practices Webinars will present sulfuric acid industry best practices focused on a wide range topics tailored to the Fertilizer, Mining, and Regeneration producers.
The MECS Best Practices Webinars will present sulfuric acid industry best practices focused on a wide range of topics
tailored to Fertilizer, Mining,
and Regeneration producers.
Each month MECS sulfuric acid
experts will take a deep dive into selected topics that are crucial
to operating and maintaining a world-class sulfuric acid plant.
These topics range from plant operational troubleshooting, preventing Hydrogen explosions, to optimizing
the converter system.
Please join us for this informational and educational series that will allow you to learn more about the sulfuric acid process and key activities that you can use to improve the operation of your plant.
Anodically Protected Acid Cooler Operation and Maintenance
An overview of anodically protected (AP) acid cooler operation, maintenance and troubleshooting. Topics covered will include basic theory behind AP and how it works, the components that make up the AP system and the role each part plays, operating parameters, system alarms and interlocks, how to check and maintain the electrical and mechanical components, and damaged versus acceptable components. Proper cleaning, assembly and installation methods will also be discussed.
Critical Instrument Selection, Operation and Control Design
A back-to-basics review of the critical instrumentation specified in MECS® acid plant designs, including instrument operating principles and recommended control and interlock strategies. Topics covered will include the selection, theories of operation, installation considerations and control strategies of acid concentration analyzers and process gas analyzers.
MECS® Heat Recovery Systems
Learn more about the fundamentals of heat recovery in a conventional sulfuric acid plant and how MECS® Heat Recovery Systems build upon and optimize standard heat recovery. Discussion will include OPEX benefits, key operating parameters, revamp opportunities, and an opportunity to interface with subject matter experts on the particulars of MECS® Heat Recovery Systems.
Furnace - Best Practices for Operation & Maintenance
A detailed review of furnace chemistry, design, operating parameters, maintenance best practices and control strategies.
Acid Plant Start-up
A discussion of best practices and key guidelines for a successful sulfuric acid plant
start-up, including a case study review.
NOx & Niter in Sulfuric Acid Plant Operations
An exploration into the mystery behind NOx formation and behavior within a sulfuric acid; learn best practices for mitigation and control.
Sulfuric Acid Process Overview
A walk through a sulfuric acid plant flow scheme using screen pictures from the standard OTS (Operator Training Simulator) to highlight the key process points as well as the operating objectives.
Gas Cleaning Systems
This presentation will cover operation and maintenance of DynaWave® reverse jet gas cleaning systems and traditional gas cleaning systems utilizing humidifying towers,
lead-lined gas cooling towers and wet electrostatic precipitators.
Explore best practices relating to converter types, screening practices, catalyst selection, temperature optimization, maintenance inspections and troubleshooting.
Hydrogen Formation and Dangers
Understanding the formation of hydrogen in a sulfuric acid plant, mitigation techniques
and how to reduce the potential for explosions.
Strong Acid System
A detailed review of design, operating parameters and maintenance best practices for strong acid towers, distributors, pumptanks and piping systems.
Acid Plant Operational Analysis
A summary of best practices, tips and techniques for monitoring and analyzing the operation of your sulfuric acid plant in order to achieve and maintain optimal performance.
Ensure your plant is protecting process-critical equipment and meeting acid mist emission limits through this in-depth discussion on the operation, maintenance and troubleshooting of mist eliminators.