Remote Monitoring in Chemical Inventory Management

Remote monitoring and control is a type of predictive maintenance that has revolutionized the process of monitoring and control for many industries. It is now possible to manage equipment for industries efficiently in a cost-effective way. In recent years, many industries have opted for remote monitoring systems to manage various operations. According to the recent studies, it is being effectively utilized in inventory management.

In a chemical industry, efficient monitoring, controlling, and tracking of equipment, as well as processes, are vital functions for its operation. This industry is more prone to hazards than any other industry. The inventory management for chemical industries involves proper management of containers that consists of various chemicals. A minute error can lead to dangerous results. With such risks involved, it is essential for owners to opt for flawless and effective inventory management system.

Chemical Inventory Management System (CIMS)  

With the help of remote monitoring technology, an effective chemical inventory system can be developed. This system gives a substantial control over different levels of the inventory by tracking chemicals at every step of the process. With CIMS, it will be possible to remotely manage tank levels, as well as chemical injection rates and deliveries.

There are many benefits associated with remote chemical inventory management system. This system will reduce the operating costs as there will be less expenditure on human labor. The prime benefit of this system is that it will help in increasing the overall efficiency of the inventory program as well as prevent potential hazards. 

How can RFID be Utilized in Transport Manufacturing Industry?

RFID (Radio-frequency Identification) is a revolutionizing technology that has transformed numerous business operations. Its cost-effectiveness and efficiency are few of its many benefits that has attracted various companies for years. After gas industry and retail, one industry that is likely to be benefited by RFID is the transport manufacturing industry. RFID can be used in the manufacturing of automobiles, airplanes, and trains.

In the airplane manufacturing industry, RFID tags are used in managing the supply chain. Manufacturing a commercial jet involves a set of complex tasks as well as management of millions of small parts. The use of RFID tags in management of supply chain has made tracking and monitoring of avionics and other parts much easier. The information obtained from the tags helps in aircraft maintenance as well as line maintenance.

In the railway transport system, the railway track must be maintained and inspected for defects periodically. In most cases, the inspection is carried out manually, and this paves the way for an RFID-based system. With RFID-based monitoring system, it will be easier to alert the trains that are approaching the maintenance or construction area. This way, train operators will slow down the train and prevent accidents.

Automobile industry is not new to the RFID technology. It has been using RFID for many years. RFID tags are utilized in supply chain and for yard management in automobile processing centers. With recent developments in RFID technology, car rental companies can efficiently utilize RFID tags in tracking and managing their entire fleet of vehicles.

Which is the Better Option: SaaS or In-house Application Development?

IT division has become a vital part for most of the companies since the 90s. With the increase in IT operations, companies required efficient IT management services as well. After many developments in the IT management field, companies are now left with a plethora of options to choose from. Out of all the existing IT services, SaaS (Software-as-a-service) has turned out to be the most reliable one.

SaaS is a software delivery and licensing model. In this model, users are allowed to access the software on a subscription basis. The companies get a cost advantage as they don't have to spend on human labor and infrastructure maintenance. When compared to the conventional software, SaaS applications can be updated easily. Still, some companies believe in maintaining a large IT workforce for a more focused internal development. They hire in-house application developers.
 

In-house application development vs SaaS
SaaS model offers a cost advantage when compared to the in-house application development. For in-house application development, the cost of maintaining a large IT workforce is very high. It becomes important for a company to maintain a proper infrastructure as well. A company opting for in-house application development does not get a third person perspective over a certain issue.

SaaS is the most preferred software delivery model that is on its way of becoming a standard delivery model for business applications. Implementing SaaS is much easier as it requires a computer system with a web browser and an internet connection. In-house application development is mostly opted by large enterprises as they have to meet government regulations.

What are the Main Components of Remote Site Monitoring Architecture?

In this age of technology, one can observe remarkable developments in the existing technologies. Also, new technologies are being introduced more rapidly than ever. Advancements in technologies have transformed numerous industries over the years.
As a result, industries now have a more efficient manufacturing and monitoring system. One industry that has benefited the most from this continual development process is the predictive maintenance industry. With advancements in wireless sensing devices and technologies as well, a new type of technology known as remote monitoring and control has been developed.

Many industries have opted for remote site monitoring for cost-effective and efficient management. Remote site monitoring has overcome the drawbacks of manual site monitoring that involved human labor. A perfect remote site monitoring solution requires a flexible architecture for the operation. There are two main components required to create such an architecture. These two vital components are explained below:

Remote Device With a Footprint

For any wireless site monitoring solution, remote device with a footprint is the backbone for its operation. It facilitates the bi-directional communication between the control center and other remote devices. It is also responsible for converting simple input and output messages to intelligent messages in SNMP or other required formats. It provides a secure environment for data transactions.


Management Tools

Integrating management tools with a remote device will result in enhancing the capability of the remote device. The main task of the management tools is to interpret the information transmitted from the remote site.