The next step lies in intelligently using those technologies to foster better decision-making, communication and process improvement.During his presentation at The Automation Conference 2012, Joe Staples, head of Manufacturing Systems North America forBayer CropScience(Kansas City, Mo.,www.bayercropscience.com), said that Bayer CropScience has equipped its operators withInvensys IntelaTracmobile devices with workflow software to direct them on how to safely perform the operations required of them.
Now Bayer CropScience is looking at extending its use of mobile applications so that plant managers, engineers, technicians, and maintenance can get the information they need at any time without having to carry their laptops around or refer to a terminal or a PC. Core to this extension is a push for greater employee and operations connectedness through the use of analytics and communities.
One long-range goal is to use all the data they are collecting in their various systems to enable better safety through a more rapid identification of risks. So, Bayer CropScience is first applying the mobility solution to process control systems.
斯台普斯说,交互的运营商control systems can be better managed with a set workflow process accessible via a mobile device. Standard operating procedures can be kept up to date and automatically pushed to operators. All changes to the system are instantly recorded and shared.
For operators that may not be fully trained in all production aspects, mobile devices give the operator at the machine full access to all the information needed to do the job. The same goes for maintenance inspections; when coordinated through workflow on a mobile device, all maintenance activities are captured and accessible for future reference.
“What we ultimately want from this is to be able to have a better risk evaluation and faster notification,” said Staples. For example, if an operator who hasn’t been fully trained is interacting via a mobile unit with a control system on which certain interlocks have been by-passed, managers could remotely shut the system down or not let it go to the next step until a properly trained engineer or plant manager is there to review and give the go-ahead to move forward.
Bayer CropScience also is actively looking at using social media to help in its operations. One of the questions they’re asking is, Why can’t the machine participate in a social network? After all, since those devices are now connected, they can provide information via a Facebook page about its health and what it’s doing. And someone in maintenance at the facility can access that information just as an engineer in another part of the world can.
“Beyond ubiquitous communication and connectedness, Bayer CropScience is looking to use social networks as a means to leverage its widely scattered technical resources for better collaboration across the globe,” said Staples.
These are the benefits Bayer CropScience is already seeing and expects to see more of from its deployment of mobile devices to take advantage of analytics and community:
· Retention and sustainability of knowledge. The company is now capturing the expertise of operators and dispersing it so that any operator can become the best operator.
· Improved performance. In operations where mobile devices are in place, Bayer CropScience is achieving higher and higher levels of consistency across the board.
· High-velocity collaboration of experts. Communities enabled by mobile devices are proving to be the best way to get people involved immediately in understanding what’s going on and being able to contribute quickly.
· Better, more rapid focus on issues. By giving operators the information they need to have, Bayer CropScience is creating a collaborative work environment among all workers no matter where they are located.
“We can now collaborate on a global basis to deal with issues that arise anywhere,” said Staples.
David Greenfield,dgreenfield@automationworld.com,is Media and Events Director for Automation World.
