Anpam Engineering

  Air receiver tanks are an important part of compressed air systems used across manufacturing plants, process industries, workshops, utilities, and heavy engineering facilities. They store compressed air, help stabilize system pressure, reduce frequent compressor cycling, and provide a temporary reserve of compressed air when demand changes. When selecting an air receiver tank, one of the first decisions is its orientation. Vertical air receiver tanks and horizontal air receiver tanks perform the same basic function, but their installation requirements, space utilization, support arrangements, accessibility, and suitability for different plant layouts can vary significantly. Choosing between a vertical and horizontal configuration is therefore not simply a matter of appearance. The available floor space, building height, air demand, maintenance requirements, installation location, foundation arrangement, and project specifications should all be considered before finalizing the d...

  Pressure vessels are essential equipment in industries where gases or liquids need to be stored, processed, separated, heated, or maintained under pressure. While pressure vessels can be designed in many shapes and configurations, vertical and horizontal pressure vessels are two of the most widely used arrangements. The choice between a vertical and horizontal pressure vessel is not simply a matter of orientation. Vessel layout can affect equipment footprint, support arrangement, accessibility, liquid handling, drainage, internal configuration, installation cost, maintenance, and overall plant layout. For this reason, the orientation should be selected during the engineering stage based on the process requirements, vessel dimensions, operating conditions, available space, material, internal components, and applicable design code. This article explains the key differences between vertical and horizontal pressure vessels, their advantages, applications, design considerations, and ...

  Heat exchangers are essential equipment in industrial plants where heat needs to be transferred from one fluid to another without directly mixing the two fluids. They are widely used for heating, cooling, condensation, evaporation, heat recovery, and temperature control across industries. From oil and gas refineries to chemical plants, power stations, pharmaceutical facilities, food-processing units, and manufacturing plants, heat exchangers play an important role in maintaining efficient thermal processes. India has a well-established engineering and fabrication industry capable of manufacturing different types of heat exchangers for domestic and international projects. However, manufacturing a reliable heat exchanger involves much more than assembling tubes and plates. Thermal design, mechanical design, material selection, fabrication, welding, inspection, testing, and quality documentation must work together to produce equipment suitable for its intended service. What Is a Hea...

Pressure vessels are essential components of many industrial plants where gases or liquids are stored or processed under pressure. They are commonly used in industries such as oil and gas, petrochemicals, chemicals, pharmaceuticals, power generation, food processing, water treatment, and manufacturing. Since pressure vessels operate under internal or external pressure, their design and production require a much higher level of control compared to regular fabricated equipment. Choosing the right materials, performing engineering calculations, welding, inspecting, testing, and maintaining proper documentation all play a crucial role in the vessel’s safety and durability.  India has a well-developed pressure vessel manufacturing industry that serves both local industries and global projects. Manufacturers produce equipment according to relevant design codes, legal requirements, project specifications, and the operating conditions set by the customer. What Is a Pressure Vessel? A press...

Gas turbines are commonly used in power generation, cogeneration, oil and gas processing, and in a number of other industrial applications since they are able to produce a high power output with a relatively small installation. The same high-speed combustion and exhaust processes which make gas turbines efficient also result in a large amount of acoustic energy; exhaust noise will have an impact on the workers, on the neighbouring communities, on the equipment areas, and on the general conditions of plant operation if adequate noise-control equipment is not provided. A gas turbine silencer is an acoustic device which has been designed and installed in the exhaust system of a gas turbine in order to reduce the noise caused by the high-velocity exhaust gases while at the same time allowing the gases to flow efficiently through the system. Silencers that are properly designed assist in controlling excessive noise without either unnecessarily restricting the exhaust flow or compromising t...