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Process plant on turnkey basis from System Engineers . by Rudrik Trivedi

Process engineering is applied into chemical processing, pharmaceutical processing, Cement processing plant, Paper/ Packaging/ Leather/ Wood/ BOPP tapes/ Floor Tiles, Paint/ Paper/ Leather/ Flocking & non woven, Auxiliary Chemicals, Sizing Agents, Blinders for Dyeing & Printing and finishing of Textiles and etc..

There is one such organization is there which deal in these type of process machineries â€System Engineersâ€.

An amalgamation of multi-disciplinary engineering base with computerized design setup & a strong experience accumulated over 25 years forms the base of System Engineers to serve the Process Industries. System Engineering undertakes detailed engineering assignments & turnkey projects installation. We offer "Tailor made projects" from US $ 100,000 upwards along with one stop comprehensive project management services, Beginning with project identification and taking it right up to level of commercial production. We also provide process know-how, engineering procurement and commission services.

Areas of Expertise :

ADHESIVESPaper/ Packaging/ Leather/ Wood/ BOPP tapes/ Floor Tiles .
BINDERSPaint/ Paper/ Leather/ Flocking & non woven.
PAINTSDecorative/ Industrial & Automotive.
RESINS Alkyd, Amino, PVA, Epoxy, UF & MF etc.
PLASTICISERSDOP/ DBP, DMP etc.
TEXTILES Auxiliary Chemicals, Sizing Agents, Blinders for Dyeing & Printing and finishing of Textiles.
Waste oil processing in projectsPlants on turnkey basis for waste oil/lube oil dewatering and processing.

Design Engineering

Complete Project Engineering and management :

†Preparation of equipment specification, sizing of utility and plant layout.
†P & ID drawings, piping & isomeric drawings.
†Detail mechanical design of various equipment such as Pressure vessels, Heat exchangers, Tanks, Filter, Dryer, Distillation column, Reactor, crystalliser, etc. observing various International codes like ASME SEC II, V, VIII, & IX, TEMA, API 650, ANSI B 31.3.
Process Plant on Turnkey Basis

†Emulsion Polymerization Plants to process: Textile Binders, softeners, sizing agent for
Dyeing/Printing and Finishing & Auxiliary chemicals.
†Adhesives for wood, paper, floor tiles, Flocking and non â€woven cloth, BOPP tapes
†Specialty chemicals for Leather industry
†Plasticisers such as DOP, DBP, DMP etc.
†Waste oil processing in projects : Plants on turnkey basis for waste oil/lube oil dewatering and processing

System Engineers manufactures Process equipment in Carbon steel, Alloy steel, Stainless Steel types: SA 516 GR 60, 70, SA 240- TP 304,316,321 etc. Equipment offered are:

Storage Vessels & Reaction Vessels

†As per ASME codes. The storage vessels are made in capacity ranging from 5000 lt. To
100,000 lt. Both in horizontal as well as vertical construction.
†Agitated vessels: Vessels with jacket/limpet/internal coil. Vessels with different types of
stirrers: Anchor, propeller, turbine etc.
†Multi shaft specialized dispersion vessels.

System Engineers Storage Calorifiers offer vast rage for Industrial and Domestic Hot water supply systems. Specially designed Very High efficiency Heat Exchanger provide most Economical solutions. System Engineers Calorifiers would use various different Primary Heating Systems.

Low temperature hot water is the most common means of heating. Flows are usually based on a temperature drop of 11C(from 8271c)

Medium temperature hot water systems are generally designed on a temperature drop 30C (from 12090C).

High temperature hot water systems are generally y designed on a temperature drop of 40C (from 150110C).Another important factor in the selection of primary water heating systems is the working pressure. Where the primary working pressure is greater than the shell design pressure the calorifier must be fitted with a bursting disc sized in accordance with the requirements of BS 853. Primary water pressure drops are generally not greater than 25kPa.

Steams is an ideal medium for water heating. The heat exchangers can be designed to accommodate a wide range of pressures, although most users prefer to have calorifiers operating with pressures below 10 Bar g. Superheated steam can be accommodated and the degree of superheat should always be stated at the enquiry stage.

Thermal oils have the benefit of high temperature combined with low operating pressures. The heat exchangers are generally manufactured from stainless steel, depending on oil type.

At System Engineers, Calorifier vessel is Designed as per ASME code where as Heat Exchanger follows TEMA standards. System Engineers is Certified ISO 9001:2000 company, accordingly a full material trace ability is offered. Third party inspection control can be accommodated. This requirement must be stipulated at the quotation stage.

Commercial Calorifiers

All commercial calorifiers carry a name plate specifying the following:

- Date of Manufacture
- Maximum working pressure, test pressure
- Calorific Capacity

Stainless Steel Shells

Austenitic Stainless Steel SS 304L & 316L is suitable for storage calorifiers, it contains Chromium, Nickel, Molybdenum and has a low carbon content 0.003% to improve corrosion resistance after welding. The passivity and general corrosion resistance of Austenitic stainless steel is excellent but they do suffer from chloride attack.

Good manufacturing techniques and a correct post manufacture treatment to restore the stainless steel to its original properties can reduce the susceptibility but complete corrosion attack can not be prevented.

U-Tube Battery For Calorifier

This is the most common type of heat exchanger used in calorifier manufacturing. High efficiency tubes unaffected by thermal expansion provide extremely high levels of reliability. To ensure a high heat transfer capacity a wide range of multi-pass exchangers are available. Standard bundle arrangements are manufactured from 20mm tube although other diameters are used depending upon the duty requirement. Tubes are generally welded into the tube plates. For tube bundles with straight lengths greater than 1250mm support baffles are fitted as standard. In order to ease disassembly batteries greater than 350mm in diameter are fitted with a tapped hole to accept a lifting eye. In addition runner wheels, collar bolts and starting screws can be supplied. Tubes are available in copper & stainless steel.

www.systemengineers.in

Article Source: http://www.earticlesonline.com/Article/Process-plant-on-turnkey-basis-from-System-Engineers--/436640

Need help with question from my econ class?

What factor in the "real world" can account for multi-plant economies of scale? This is a discussion question in my econ class that I need to answer and I'm a little unsure. I would think transportation costs are a factor but I think everyone is going to say that. Is there other factors (besides mergers) that could account for multi-plant economies of scale?

You have identified one of the big issues -- transport of raw materials to the plant, and of finished materials to market. We'll ship wheat massive distances, but prefer bottling to be close to the market, given it's weight to value ratio (who's going to ship a $.75 can of pop 1,000 miles? The question is really a bit loaded, since "economies of scale" have traditionally been used to justify one location, one massive operation. One of the best examples mkight be found in power companies, which typically have plants (hydro, coal, gas, oil and nuclear) spread about based on resources, transmission costs and what the locale will permit politically (think NIMBY).
Other issues include the availability of skilled labour and management within a single market. Employees today are also influencing plant locations through "life-style" choices -- the professionals you need might prefer to live in Oregon or Arizona. If there are enough like that, it could influence management decisions.
Sometimes, as well, multi-plant decisions might be based on politics. To get a large Air Force contract requiring Senate support, Boeing might well decide to have components built all over the country to gain political support. Why does the Army have so many bases? It might be arguable that one or two would be more economic, but the, support from politicans making financial decisions might well decrease.
Hope this has given you a few other avenues to consider.