Terminal Automation System
Introduction
The Terminal automation
system (TAS) is designed to automate the process of receiving, storing
and shipping products.
Suraj Informatics Terminal
Automation system monitors, monitors and manages the entire product processing
process, from reception to after-distribution storage. Our terminal and
reservoir experience include products such as crude oil, refined oil, liquefied
natural gas, petroleum gas and chemical tank farms; The use of loading systems
for ships, trains, trucks and pipelines.
With data integration as the core of the system, our
solution combines automatic control and business management features, helping
reduce execution costs and improve productivity, efficiency, and security.
BUSINESS
PROBLEM:
As the terminal's operating volumes continue to grow
globally, terminal is looking for ways to improve productivity and efficacy
that meet customer needs. The current terminal is expected to handle a larger
volume, larger ships and greater capacity. Terminal operators need to simplify
their business processes to remain competitive and profitable.
Automation
range:
·
Tank farms.
·
Load racks.
·
Thrown.
·
Railway terminal.
DESCRIPTION
OF THE SOLUTION:
Suraj Informatics terminal automation System
monitors, monitors and manages the entire product processing process, from
reception to after-distribution storage. Our terminal and reservoir experience include
products such as crude oil, refined oil, liquefied natural gas, petroleum gas
and chemical tank farms; The use of loading systems for ships, trains, trucks
and pipelines.
Benefits:
With data integration as the core of the system, our
solution combines automatic control and business management features, helping
reduce execution costs and improve productivity, efficiency, and security.
Features:
·
Remote control, process control settings and automatic
execution of oil received and shipping algorithms.
·
Automatic processes for the reception, storage
and shipping of oil.
·
Automatic verification of the amount of oil
received/shipping.
·
Automatic emergency stops of valves and pumps.
·
Automatic operation of the utilities.
·
Independent maintenance of optimal operational measures
for process and utility equipment.
·
Detection of equipment failures and failures in
the operator's control.
·
Processing and transfer of data to telemetry
systems.
·
I'm planning the expedition.
·
Reports.
·
HMI/Process Visualization.
·
Recording events.
Curtsey: https://www.surajinformatics.com/2020/03/27/terminal-automation-system/


Comments
Post a Comment