Heat transfer equipment:
We are manufacturing and supplying premium quality heat exchangers that are engineered to perfection for high level operation and trouble free service life. Product Range
Product Range:
Shell & Tube Heat Exchangers
Graphite Type Heat Exchangers
Air Coolers
Plate Type Heat Exchangers
Economizer
Benefits of industrial heat exchangers
Business continuity: Automatic cleaning during process and more regulated air flow increases product quality
Energy recovery for many applications
Less space required faster ROI
Features industrial heat exchangers:
Accurate temperature control: Industrial process air applications up to 140°C and high temperature applications up to 500°C
Heat Exchangers awailable with different MOC on the basis of work to do.
Economical design result in the lower operating cost of Heat Exchanger.
GEA Varitherm VT-20 Plate Heat exchanger is made of several Varitherm-design stainless steel plates which are combined to form one effective heat transfer unit. Within each plate package the heat exchanger plates support each other at the metal-on-metal profile cross points, which ensure the stable behavior of the plate gap. The plate gasket has so called glue less sealing system. VT-20 is specially designed for cooling and heating of fluids with particle content up to a particle size of 2 mm as well as condensation of vapors, gas cooling and gas dehumidifying. This unit is in good operational condition.
Manufacturer: GEA Ecoflex GmbH
Type: VT 20 BC-12
Serial no: 170/12982
Year of manufacture: 2000
Frame material: Stainless Steel AISI 4571
Plate material: Stainless Steel
Max. operating pressure: 16 Bars
Max. operating temp. 100 C
Max flow volume: 90 m3/h
Width: 337 mm
Length: 999 mm.
Manufacturer: GEA Ecoflex GmbH
Type: VT 20 BC-12
Serial no: 170/12982
Year of manufacture: 2000
Frame material: Stainless Steel AISI 4571
Plate material: Stainless Steel
Max. operating pressure: 16 Bars
Max. operating temp. 100 C
Max flow volume: 90 m3/h
Width (plates) 337 mm
Length (plates): 1370 mm.
We Manufacture Shell and Tube Fixed Heat Exchangers, Also U Tube Heat Exchangers With Tube Plate, Shell, Baffles, Tie Rods, Header Etc, for Heat Transfer Applications Used in Chemical Industries, Thermal Plants With Steel and Stainless Shells and Tubes if Steel, Copper and Aluminum Tubes to Tema Standards.
The overall heat transfer coefficiency of Borosilicate glass equipment compare favourably with many alternative materials because of its smooth surface which improve the film coefficient and reduce the tendency of fouling.
Heat exchangers are avilable in two basic types: coil type and shell & tube type. Shell & tube type heat exchangers are of recent development.
The overall heat transfer coefficiency of Borosilicate glass equipment compare favourably with many alternative materials because of its smooth surface which improve the film coefficient and reduce the tendency of fouling.
Heat exchangers are avilable in two basic types: coil type and shell & tube type. Shell & tube type heat exchangers are of recent development.
We design and manufacture a wide variety of shell and tube exchangers with styles defined by TEMA or variations thereof. We have extensive experience with carbon steel, high alloys and weld overlay materials to suit a wide variety of process requirements.
Size : Outside Diameter: 6 inches up to 192 inches
Length : 4 feet up to 100 feet
Weight : 2,000 lbs up to 500,000 lb
Our company mainly design, manufacture all kinds of storage tank, gas, reaction kettle, heat exchanger, stirred tank and other pressure vessels.Design and manufacture according to GB testing standards, ASME and PED.Non-standard equipment
Ordering instruction:
1. Processing with supplied drawings and samples by customers
2. Independent design to confirm
You need to provide parameters are as follows:
device traffic, filtering medium,fluid operating pressure, filter precision, operating temperature,the interface size, the interface position and size.
3. Can provide a standard form of filters for customers to choose.
Every 20C heat recovered from Flue Gases translates to ~1% improvement in Boiler efficiency.
For flue gases with SOx and/or sooty, particulate material
Conventional heat exchangers suffer from cold spot and SOx condensation corrosion due to cold spots. Also, sooty flue gases offer challenges with respect to cleaning and maintenance in conventional exchangers.
HPHE operates at isothermal conditions and hence does not suffer from cold spot formation. Flue gases can be cooled close to the condensation temperature allowing higher heat recovery. Automated or manual in-situ cleaning of HPHE makes it an ideal exchanger for sooty flue gases.
This study focuses on a boiler producing 6 t/h saturated steam at 10 bars. Two fuel cases have been considered for this study, Briquettes and Natural Gas.
Briquette fired boiler
The flue gases will contain a high amount of particulate/soot. The evaporator section of the HPHE for this case has non finned smooth heat pipes and is fitted with an Ultra-Sonic soot blower.
The graph on the right shows the Cost Saved per year and HPHE CAPEX for 60, 80, 100, 120 �°C heat recovered from flue gases, assuming the flue gas exits the boiler at 200�°C.
Savings is calculated based cost of steam @ Rs 2.3/kg
Savings is calculated based cost of steam @ Rs 4.2/kg
Natural Gas fired boiler
The HPHE for this case will have fins in the evaporator section to improve the overall heat transfer. In case there is SOx in the flue gas, the gases can be cooled to a temperature close to the dew point at the stack exit.
The graph on the left shows the Cost Saved per year and HPHE CAPEX for 60, 80, 100, 120 �°C heat recovered from flue gases, assuming the flue gas exits the boiler at 200�°C.
The shown Savings and CAPEX figures are estimated values. Connect with us to find our the exact cost savings and HPHE CAPEX for your project.
A Heat exchanger is a system used to transfer heat between two or more fluids. Heat exchangers are used in both cooling and heating processes. Fi-Way is dedicated to deliver the requirement of customers as per their needs of different types of heat exchangers
Design Code: ASMEVIII-I
Design Pressure: Up to 35 Mpa
Software:HTRI, PVElite & ANSYS
Material Code: From ASME & ASTM
Diameter Range: Up to 2 Meter
Length Range: Up to 20 Meter
Available Material:CS, SS, Alloy, High Alloy
Heat Exchanger Type:S&T, Double Pipe, Jacketed, Hairpin, Air fin cooler
As Per Exporting Package For Customers
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