Unlock the power of precision with our comprehensive guide to flow measuring devices! 

 In this post, we’ll break down the complexities of Venturimeters, Ultrasonic Flow Meters, Rotameters, and more! Discover how these essential instruments optimize fluid management across various industries. Whether it’s measuring the flow of liquids or gases, these devices  will help you achieve precision and efficiency in your industrial processes!  Dive in and discover the key to optimal fluid management! 

Unveiling Dimensionless Numbers in Chemical Engineering 

Delve into the realm of dimensionless numbers, the silent heroes driving efficiency in chemical processes. From the iconic Reynolds number dictating fluid flow patterns to the Schmidt number guiding mass transfer efficiency, each number unveils a unique aspect of industrial operations. Swipe left to explore the intricate world of dimensionless numbers and unlock the secrets to optimizing processes and fostering sustainable innovation. 

Revolutionizing transportation and industries, hydrogen is at the forefront of driving change, propelling us towards a cleaner, greener future. 

Learn about the fascinating colour codes of hydrogen that signify its production methods. Despite being invisible, the colour names represent the energy sources utilized, showcasing the commitment to sustainability and innovation. Let's delve deeper into this colourful world by swiping right and unlocking the secrets of a brighter, and more sustainable tomorrow.

Dive headfirst into the captivating world of pumps! 

Are you ready to uncover the magic behind these engineering marvels? From boosting water to powering entire industries, pumps are the unsung heroes of the liquid realm. 

Join us on a fascinating journey through the liquid ballet where engineering excellence shines. Discover how these versatile pumps that drive progress and innovation, making waves in various sectors.

Stay tuned as we dive deeper into the secrets of pump power! 

Industrial Steam As An Utility!!

The industrial era, starting from steam engines, has faced many revolutions in terms of development of industries with a profitable use of steam which was earlier expelled as a by-product. R&D department of many industries have worked out a lot on this issue of releasing steam and found out that steam utilisation is comparatively cost effective and energy efficient rather than just releasing it. Some typical applications of steam in industries includes heating, propulsion, moisturization, atomization etc.

To get more details swipe left !! 

Whether it's taking parts apart or fixing them, utilities can do it all. A basic definition of any utility is, “services necessary for hassle free operation of process”.

Almost all the chemical plants deploy utilities in order to operate the processes smoothly. Utilities range from plant add-ons like refrigeration, heating, electricity etc. to technical/financial services. Utilities can be physical or virtual depending on the necessities. Generally in CPI, various substances like coolants, heat transfer agents like dowtherm, air(nitrogen/oxygen), LPG etc. are used at various points in the process plant(s). These can be said as utilities. For further information on various utilities deployed in CPI, swipe left. 

Oxygen : A life saving element !

Oxygen traces its usages in a wide range of applications being a life sustaining element. Nowadays, oxygen has became the most important element among all other elements found. Main source of oxygen on mother earth is given by nature but the current situation i.e COVID-19 pandemic demands some manual technologies to produce oxygen. There are two methods to produce oxygen from air i.e Absorption Technology and Membrane Technology.

To know more about the technique swipe left !! 

Oxygen : A life saving element !

Oxygen traces its usages in a wide range of applications being a life sustaining element. Nowadays, oxygen has became the most important element among all other elements found. Main source of oxygen on mother earth is given by nature but the current situation i.e COVID-19 pandemic demands some manual technologies to produce oxygen. There are two methods to produce oxygen from air i.e Absorption Technology and Membrane Technology.

To know more about the technique swipe left !! 

" Never give safety a day off in chemical industries "

Nowadays chemical industries are laying much emphasis on its safety techniques to avoid some dreadful incidents and accidents. Chemical process safety plays a major role as the chemical plants are becoming complex and hazardous. It becomes necessary to have proper safety techniques and equipment for the particular plant. So, to understand the situation all the chemical reaction are examined with its reaction rate, heat exchange etc as a function of time. After examining the condition safety equipments are provided which may include emergency eyewash, fixed and portable fire safety equipment and PPE kits.

Abstract Source: METTLER TOLEDO 

With this new year, Gujarat is all set to become Lithium capital of India !

Lithium is a very rare essential material for varied application in our day to day life.

The proposed project is expected to help Gujarat secure the raw material supply to upcoming Lithium-ion battery plants

Like TDS, ADANI ETC.

With the lithium refinery to be set in Gujarat, India is all set to become a major market for electric transports.

Swipe left to know more 😁.... 

What is a fluid?

Any substance that has ability to flow and which deforms under application of a force is a fluid.

Well!! Everyone knows that!

So do everyone know its types

->Ideal fluid

->Real fluid

->Newtonian fluid

-> Non Newtonian fluid

-> Ideal Plastic Fluid

The Non Newtonian fluids can be classified based on

->Time dependent

->Time Independent

LETS TAKE A CLOSE LOOK TO THIS DEFINITION AND THEIR TYPES AND TRY TO UNDERSTAND WHY THEY ARE CALLED SO.. 

Heat exchangers are devices used to exchange heat between fluids.They are one of the most important part of any industry use for cooling or heating of fluids , be it products or raw materials.

They can be

-Transfer type

-Direct contact type

-Storage type

One of the most common heat exchanger is Shell and Tube type Heat Exchanger.

It can be of vertical or horizontal type.

Lets have a close look on its functioning and the difference between the two STHE designs. 

Neither human can live without a heart, nor a chemical industry can run without a pump.

But it is necessary to control the pressure and discharge of fluid, and it is very accurately done using different valves having specific role in the chemical industry.

Let's have a close look on one such valve - "The Globe Valve".