Case Study: Operator mobility
With competitive pressure mounting in 2013 and a recent recapitalization of the company, executive management wanted to improve Turn Around (TA) efficiency and routine maintenance scheduling, while bringing a critically important new de-hydro catalyst unit online; on time and under budget.
The Houston Based chemical plant approached us with a need to establish a wireless infrastructure on an area of their site to facilitate the execution of these activities.
In addition to enabling operations with rugged, certified and easily portable tablet, we were charged with engineering and designing the wireless infrastructure needed to support such a network ensuring reliable communications regardless of where the operations personnel may work from as well as ensuring the network remained reliable throughout the area regardless of any specific turn around activities that may shut down portions of the unit.
I²oT Solutions experienced personnel performed a detailed site wireless engineering and design that entailed establishing key locations to install meshed Access Points considering key factors of performance throughput and reliability encompassed around a cost-effective deployment strategy while ensuring and future extension of the network to the remaining site would be easily extended an integrated.
I²oT Solutions engineers maintained ownership of the engineered solution from start to finish with continuous direct feedback to customer.
As with any deployment there are always challenges and considerations to be made and this was not an exception for this site, which included;
· Engineering a solution while major construction was ongoing.
· Evaluating locations based on current and planned infrastructure.
· Working safely on a site with an abundance of other contractors and activities going on.
What sets us up for success and is our extensive experience of working on an industrial site, knowing the first priority is working safely and collaboratively with others as we perform our activities. In addition, we worked closely with site personnel with knowledge of the area we are working to ensure our design will meet the current and future needs.
The deployment was successfully completed on time and within budget however, and most importantly, we enabled the site with a WiFi mesh network giving the chemical plant the ability to collaborate and communicate in real-time with current information.
The plant was able to increase their loop check efficiency by 8X which significantly helped save time and deliver a major capital project, and execute the commissioning process of the de-hydro catalyst faster with an estimated productivity gain between $2-2.5m.
The site is now evaluating the justification for a full site wireless deployment with integration of other solutions to support their operations as well as Safety and Security needs.