Orifice type flowmeters are widely used in our chemical process industries. The reason behind this, is their low cost, easy installation and maintenance. Fundamentally, an orifice meter provides volumetric flow rates of the fluid and by multiplying it with fluid density we can get mass flow rates. Orifice type flowmeters gives very accurate flow rates […]
Orifice Meter – Process Data Sheet Read More »
In chemical process industries we use control valves to regulate the flow of fluids. This fluid can be liquid, gas or sometimes liquid slurry. We need control valves to control various parameters such as level, pressure, temperature, flow, feed ratio, etc. These control valves can be pneumatic or electric operated. In our industries, we use
Control Valve Process Data Sheet Read More »
In Chemical Process Industries (CPI), distillation columns are the main steam consumers. And, as a process engineer, we are continuously keep on working to minimize the steam consumption norm. So that we can reduce overall variable cost of the product. Therefore, to achieve this objective we can work upon various improvement initiatives. These various techniques
Heat Pump in Distillation Column Read More »
In our Chemical Process Industries, we use centrifugal pumps most commonly. And, for the selection of a proper centrifugal pump we need to provide its technical specification correctly and completely. So, we can see the various important parameters which require in pump process data sheet are available NPSH, flow rate, head, fluid properties, temperature, etc.
NPSH Available for Centrifugal Pump Read More »
Inside every chemical plant we can find compressors very easily. These rotating devises we use to compress and pump or transfer the compressible fluids like air, ammonia, natural gas, refrigerant, carbon dioxide, etc. from one point to another. These equipment are power guzzlers and consumes major part of total electricity bill inside the plant. There
Process Specification Sheet for Compressor Read More »
In Chemical Process Industries (CPI) we use continuous stirred tank reactor (CSTR) or mixed flow reactors for various product manufacturing. For instance, we can use these reactors for liquid-liquid, liquid-gas, liquid-liquid-solid and liquid-gas-solid phase reactions. Moreover, a fluidized bed reactor is also a CSTR where gas-solid phase reaction occurs. In this article we will develop
Continuous Stirred Tank Reactor (CSTR) Read More »
We can see single stage distillation method application in our chemical process industries. This is a very simple unit operation, which consists only single stage. In this method we remove all the vapour as such, or is condensed as a product. We can perform single stage distillation process in batch and as well as in
Single Stage Flash Distillation Methods Read More »
In Chemical Process Industries (CPI) we face the distillation problem of azeotropes or close boiling chemical mixtures. So, to break the azeotropes we can use several techniques like, azeotropic distillation using entrainers, extractive distillation using solvents, molecular sieves, and pressure sensitive distillation or PSD. However, we can find the use of first three methods in
Pressure Swing Distillation to Break Azeotropes Read More »
In chemical process industries, we can find the use of steam distillation method for many services. Mainly, we use this technique where we want to distil the components form high boiling point mixtures or altogether non-volatile salt solutions. For example, recovery of 2-chloropyridine from neutralized solution containing pyridine, NaCl and water. Moreover, steam distillation become
Steam Distillation Method for Component Separation Read More »
In chemical process industries we can face two types of mixture. First, where purity of more volatile components by simple distillation does not take place after a certain concentration. And, in second category it takes place so slowly that an uneconomic number of plates is required. So, to separate these types of mixtures we use
Extractive Distillation Method for Azeotropes Read More »
