Pressure Vessels #1924161

We are offering Mist Eliminators.In any process where gas and liquid come into contact, the gas will entrain some liquid droplets. These mists can cause process inefficiencies, product loss, and serious equipment damage. Mist elimination, or the removal of entrained liquid droplets from a vapor stream, is one of the most commonly encountered processes regardless of unit operation. Heat Transfer Equipments Private Limited Mist eliminators are made to any size and shape from a wide range of materials, both metal and non-metal. Stainless steels and exotic alloys are fully annealed to provide maximum corrosion resistance. Based on years of actual in-plant performance, Heat Transfer Equipments Private Limited special families of mesh styles for particular equipment and processes to meet customer efficiency requirements. Mist eliminators are often considered commodity items and are specified without attention to available technologies and design approaches. The engineered mist eliminator may reduce liquid carryover by a factor of one hundred or more relative to a Standard unit, drop head losses by 50% or more, or increase capacity by factors of three or four. This manual summarizes cost effective approaches to reducing solvent losses or emissions, extending equipment life and maintenance cycles using proven and cost effective technologies and techniques.

We hold an expertise in manufacturing, exporting and supplying high pressure economizer coils. Designed to precision, the high pressure economizer coils provided by us are to pre-heat the feed water by drawing heat from fuel vessels for fuel saving. Our high pressure economizer coils are high-pressure devices that are also used in raising the feed water temperature from 50-60 degree centigrade. We make use of the finest grade raw materials and components for the production of these high pressure economizer coils. The clients can avail these qualitative high pressure economizer coils, at industry leading prices from us.

We are offering shell heat exchanger. header has a first set of strengthening ribs each located between adjacent tubes slots which are formed in a second set of ribs that extend oppositely to the ribs in the first set. one header shall be the floating type. Headers and covers shall be rolled or forged plate. Headers shall be the plug type with a plug opposite the ends of each tube. Removable cover plates shall be provided in high fouling service. Split headers shall be used when the temperature differential across the bundles of multi-pass tubes may cause tube sheet warping. Pass arrangements and nozzle location shall be designed for ease of piping. When provided, cover plates shall be removable without disturbing header-piping connections. Tube plugs shall be the shoulder type with a straight shank.

We are offering Feed surge drum the most common function of a vessel or tank is to match two flows that are not identical in time but are expected to average out over the long run. Take a feed surge drum, for example. Flow into the unit is more or less steady but is subject to interruption. The flow to the processing unit should be as constant as possible, avoiding sudden change. Nevertheless, it, too, may be subject to interruption due to downstream conditions. The purpose of the surge drum is to maintain sufficient inventory to feed the process and to maintain sufficient void capacity to continue receiving feed as it arrives. Clearly the tank must be large enough to accommodate any normal discrepancies between input and output over a reasonable period of time. Between the upper and lower bound, the exact value of the level does not matter. Two separate control parameters are implied: level and flow. Level control is no problem. Greg shinskey refers to "the easy element -- capacity". A high gain, level controller connected to a valve at either the inlet or the outlet will maintain the level very accurately at its set-point. The only problem with this approach is that it absolutely defeats the purpose of the vessel. The same effect would be achieved by blocking in the vessel and bypassing the inlet directly to the outlet. To control flow alone is also quite simple. A flow controller at the outlet, properly tuned, will maintain a steady flow to the process. Unfortunately, there is nothing to make this flow equal to inflow. It will not even equal the average inflow unless there is something to make it do so.

Heat transfer equipments private limited has produced custom storage tanks to meet our customers exact specifications. Our storage tank options include high or low pressure tanks, carbon or stainless steel storage tanks, non-code or asme tanks, just to name a few. Heat transfer equipments has the capacity to build a storage tank with maximum dimensions of 12 feet in diameter and 40 feet long, and a volume of more than 30, 000 gallons. Regardless of your particular application, heat transfer equipments private limited has the capability to produce storage tanks with a variety of metals (from carbon and stainless steel storage tanks, to hastelloy and monel storage tanks). Whether you need large volume storage tanks, very small process holding tanks, or high-pressure tanks or low-pressure tanks, we have the capacity and expertise to make it happen.

We are offering Air Receivers. In fulfilling their storage and buffer functions, air receivers play a key role within a compressed air station: they provide capacity during periods of peak demand and are often used to separate condensate from the compressed air. Therefore it is important for receivers to be correctly sized for the specific system and to be resistant against corrosion. Inspection intervals should also be as long as possible. Needless to say, air receivers from heat transfer equipments private limited meet all of these requirements and more.

We offer Stainless steel filter housings are specifically designed for liquid and air gas filtration applications of the bio-pharmaceutical industry. Typical application areas for stainless steel housings include bioreactors, autoclaves, freeze dryers and process tanks. Stainless steel filter housings are specifically designed for liquid and air gas filtration applications of the bio-pharmaceutical industry. Typical application areas for stainless steel housings include bioreactors, autoclaves, freeze dryers and process tanks.