Extracting senior staff knowledge and industry best practices into a plant’s Standard Operating Procedures (SOPs) is a huge commitment of resources – one that is often wasted as binders of SOPs sit idle on plant managers shelves. Paperless Procedures (PLP) is a patented NovaTech software package that converts static SOP documents into a dynamic checklist interface that can execute SOPs in manual, automated, or hybrid mode on operator consoles or tablets, ensuring correct and accountable execution of even rarely used procedures. Conversion of SOPs into the Paperless Procedures dynamic checklist interface is available as a service.
ISA-106 Procedural Automation
PLP provides an intuitive graphical tool to create accurate and consistent SOPs using a intuitive flow chart style of creation. Pre loaded libraries of operations allow the SOP developer to easily create and publish SOPs that interface/interact with the operator and the control system. PLP also provides advice and direction to the operator for control of equipment and processes. As conditions warrant, training information, procedures, or other information are provided just-in-time to the operator.
Procedures are created visually to ensure consistency of verbiage and execution, and linked directly to D/3 PCMs to allow manual, semi-automatic or fully automated execution. PLP features user credential and privilege authentication, extensive logging and reporting of all executed SOPs for data integrity. This results in improved documentation, revision control, and reliable, time-stamped execution for all SOPs. Operators, Supervisors and Managers can view the same procedures simultaneously and contribute comments and feedback to improve procedures.
All of which results in safer plant operations, reduced off-spec product, and improved process consistency, EH&S event responses, operator efficiency, and product quality.
It is fair to say that without a fully functional distributed control system (DCS), a modern plant cannot operate safely and efficiently and in some cases, cannot operate at all. Therefore, it is vital to ensure the integrity of all DCSs and protect them from malicious attacks, accidental corruption, and data breaches that may jeopardize safety or production or may compromise the end user’s competitive advantage in the marketplace.
This paper describes the philosophy and guidelines for keeping your D/3® DCS secure from cyberattacks.
D/3 Version 16 (D3v16) opens new horizons of reliability and ease of use for the DCS with the highest lifetime value in the industry. D3v16 is the first release to harness the next-generation Process Control Module 5 (PCM5) Series’ native Cyber Security and virtualization capabilities.
Manufacturing operations culture, alarming methodologies, process safety management practices, standard operating procedures, and automated control strategies must work in harmony to prevent abnormal performance. As the issue becomes more and more dependent on human and machine integration, new technologies and implementation techniques like advanced procedural automation can be applied, which will greatly affect operational performance. Those who ignore these new advances in computer enabled manual and automated procedural automation will delay their adoption, and incur highly levels of process safety and productivity risk.
D/3® Version 16 (D3v16) opens new horizons of reliability and ease of use for the DCS with the highest lifetime value in the industry. D3v16 is the first release to harness the next-generation Process Control Module 5 (PCM5) Series’ native Cyber Security and virtualization capabilities.
NovaTech announced it installed its process automation equipment at the WeylChem US manufacturing facility in Elgin, South Carolina. NovaTech’s D/3® Distributed Control System (DCS) is part of a new $10 million site expansion which is needed to support a long-term, customer tolling project.
Join NovaTech as we participate in the 2018 eChemExpo, April 5, 2018 in Booth #312. NovaTech will demonstrate its Augmented Manual Procedures (AMP) and they will have on hand the next-generation Process Control Module 5 (PCM5).
NovaTech welcomes you to join your peers, NovaTech management, and technical experts for the 2018 NovaTech European Technical Symposium. This year’s event will focus on topics related to improving plant safety, quality, and operational performance.
NovaTech, LLC, recently donated its D/3 Process Control System to the University of South Carolina Aiken. The system will provide students of the Industrial Process Engineering (IPE) Program the opportunity to experience a more hands-on approach to designing, building, and managing control systems.
NovaTech announces that it has installed a fully integrated automation system at one of the largest grain loadout facilities on the U.S. West Coast. The facility is a rail receiving to ship loading system that processes corn, soybeans, and wheat.
FlexBatch integrates recipe management and the automation layer so operators can quickly and easily develop, scale up, modify and schedule batch manufacturing recipes for products ranging from beer to chocolate to specialty chemicals and more. FlexBatch delivers shorter time to first batch, reduced changeover times, increased throughput and production yield. New and existing products are brought to market faster and at lower cost, providing a strategic and financial advantage. Production staff can execute library procedures to overcome process upsets. All of which means a more nimble, responsive, and profitable process.
The latest release of the D/3 Distributed Control System includes new configuration tools that make the system easier for new and existing users. The webinar covers building tags with MDL Builder, writing automation code with D3Edit, web-accessible History and Reports, features to facilitate migration to High-Performance HMI, and OSIsoft PI integration.
This video introduces the D/3, the Distributed Control System trusted by many Fortune 100 companies to keep their global operations’ continuous and batch processes running smoothly and efficiently. Part one reviews the system architecture and configuration tools.