The General Function of a valve is to control the flow of a liquid, slurry, or vapor in a piping system. The process takes place by obstructing the fluid pathway utilizing a disc or a seat of the valve. Selecting the ideal valve type regarding the need in the process is quite essential. There are a few types of valves, depending on specific criteria.
Absorption & Adsorption are two major unit operations that have their own differences. Both processes have the ability to extract or catchup solutes from one to another. There are quite a few differences between the processes. In general, absorption will result in penetrating a substance from a solution to another substance.
Introduction The Rankine cycle has become the goto process in the vapor power plants. In contrast to the Carnot cycle, this method of power generation provides more value to the outcome of the process. Its ability to increase the working temperature, providing high-quality steam with less moisture content to the turbine, and much easier handling […]
Biomass pyrolysis is the process of degradation of organic compounds at high temperatures (above 400 C) in an inert atmosphere. It is quite challenging to find such conditions. Therefore pyrolysis performs in an atmosphere where there are negligible amounts of Oxygen.
Having untreated water with certain impurities creates huge problems for its operation. Scaling can reduce heat transfer and thereby increasing the cost of fuel. Corrosion in the boiler can create serious damages to the boiler
Reverse Osmosis is a superior technology to remove dissolved solids, pathogens from water by means of a semi-permeable membrane. Its ability to remove around 95% of the dissolved solids has forced industries to use this more than any other method.
Chemical and process engineering is a branch of engineering that deals with developing processes for the manufacturing of useful products from raw materials. It involves designing of equipment, processes, and systems to transform raw materials into a valuable final product.