Pratik Engineering

Pratik Engineering Engaged in manufacturing and supplying a wide gamut of Chemical Plant Equipment

May the divine blessings of 𝐍𝐚𝐯𝐫𝐚𝐭𝐫𝐢 bring peace and happiness to your life. Wishing you strength and positivity this fe...
22/09/2025

May the divine blessings of 𝐍𝐚𝐯𝐫𝐚𝐭𝐫𝐢 bring peace and happiness to your life.

Wishing you strength and positivity this festive season!





भगवान विश्वकर्मा की पावन जयंती की आप सभी को हार्दिक बधाई एवं शुभकामनाएं!निर्माण एवं शिल्प के देवता से प्रार्थना है कि सभ...
17/09/2025

भगवान विश्वकर्मा की पावन जयंती की आप सभी को हार्दिक बधाई एवं शुभकामनाएं!

निर्माण एवं शिल्प के देवता से प्रार्थना है कि सभी शिल्पकार व अभियंता बंधुओं के जीवन में सुख, शांति और खुशहाली का वास हो।

'आत्मनिर्भर और विकसित भारत' के निर्माण में सतत सेवारत हमारे सृजनशील श्रमिकों पर आपकी अनुकंपा सदैव बनी रहे।🙏🙏

हमारी शान है तिरंगा,हमारा सम्मान है तिरंगा,हमारा स्वाभिमान है तिरंगा। आजादी के इस महापर्व की आप सभी को हार्दिक बधाई एवं...
15/08/2025

हमारी शान है तिरंगा,
हमारा सम्मान है तिरंगा,
हमारा स्वाभिमान है तिरंगा।

आजादी के इस महापर्व की आप सभी को हार्दिक बधाई एवं शुभकामनाएं।

जय हिंद, जय भारत 🇮🇳




Gearbox Oil seal Leakage Reasons ?
29/06/2025

Gearbox Oil seal Leakage Reasons ?
















Heat exchangers are similar to pumps and vessels in that they are widely used in most process plants. The control of hea...
17/05/2025

Heat exchangers are similar to pumps and vessels in that they are widely used in most process plants. The control of heat within any facility is an important part of plant operation, whether by direct application (e.g. in a furnace) or by heat interchange (e.g. in a shell and tube exchanger.)

The principal application of a heat exchanger is to maintain a heat balance through the addition or removal of heat exchange with outside sources or between streams of two different operating temperatures.

The most common applications of heat exchangers are :

1-Cooler – Cools process streams by transferring heat to cooling tower, atmosphere and other media.
2-Exchanger – Exchanges heat from hot to cold process stream.
3-Reboiler – Boils process liquids in tower bottoms using steam, hot oil or a hot process stream as the heating medium.
4-Heater – Heats a process stream by condensing steam.
5-Condenser – Condenses v***rs by transferring heat to cooling water, atmospheric air or other media.
6-Chiller – Cools a process stream to very low temperatures by ev***rating a refrigerant.

Types of Heat Exchangers :
1:Shell and Tube Heat Exchanger
2;Plate Heat Exchanger
3;Spiral Heat Exchanger
4;Double Pipe Heat Exchanger
5;Air Cooler Exchanger

"ऑपरेशन सिंदूर"भारत ने आज दिखा दिया कि हम शांति के पक्षधर हैं, लेकिन कायरता नहीं सहेंगे।पहलगाम हमले का करारा जवाब — 9 आत...
07/05/2025

"ऑपरेशन सिंदूर"
भारत ने आज दिखा दिया कि हम शांति के पक्षधर हैं, लेकिन कायरता नहीं सहेंगे।
पहलगाम हमले का करारा जवाब — 9 आतंकी ठिकाने तबाह।
मुजफ्फराबाद, कोटली और बहावलपुर में सटीक मिसाइल स्ट्राइक।

POK में सर्जिकल स्ट्राइक से दहशतगर्दों की नींव हिला दी गई।

जय हिंद!

भारतीय सेना को सलाम!

आपके शौर्य को नमन।

ये नया भारत है — चुप नहीं रहेगा।

Shell and Tube Heat Exchanger Parts 👍👉 1. Stationary head - channel2. Stationary head - bonnet3. Stationary head fl**ge ...
05/05/2025

Shell and Tube Heat Exchanger Parts 👍
👉 1. Stationary head - channel
2. Stationary head - bonnet
3. Stationary head fl**ge - channel or bonnet
4. Channel cover
5. Stationary head nozzle
6. Stationary tubesheet
7. Tubes
8. Shell
9. Shell cover
10. Shell fl**ge - stationary head end
11. Shell fl**ge - rear head end
12. Shell nozzle
13. Shell cover fl**ge
14. Expansion joint
15. Floating tube sheet
16. Floating head cover
17. Floating head fl**ge
18. Floating head backing device
19. Split shear ring
20. Slip-on backing fl**ge
21. Floating head cover - external
22. Floating tubesheet skirt
23. Packing box fl**ge
24. Packing
25. Packing gland
26. Lantern ring
27. Tie rods and spacers
28. Transverse baffles or support plates
29. Impingement plate
30. Longitudinal baffle
31. Pass partition
32. Vent connection
33. Drain connection
34. Instrument connection
35. Support saddle
36. Lifting lug
37. Support bracket
38. Weir
39. Liquid level connection



Distillation Column..A STEP BY STEP EXPLANATION OF HOW A DISTILLATION COLUMN WORKS:1. Feed Introduction:The feed mixture...
03/05/2025

Distillation Column..

A STEP BY STEP EXPLANATION OF HOW A DISTILLATION COLUMN WORKS:

1. Feed Introduction:

The feed mixture, consisting of different components, is introduced into the distillation column at a designated tray or section, depending on its composition and the desired separation.

2. Heating in the Reboiler:
The reboiler, located at the bottom of the column, heats the liquid feed using steam or another heat source.
The heating causes the more volatile lower boiling point components of the mixture to v***rize.

3. V***r Rises through the Column:
The v***r from the reboiler rises through the trays or packing inside the column.
As it rises, the v***r becomes richer in the lighter components those with lower boiling points, because the heavier components condense and flow back down.

4. Condensation of Heavy Components:
As the v***r moves up, the temperature in the column decreases.
The heavier higher boiling point components condense on the trays or packing material and flow downward as liquid.
This creates a countercurrent flow where v***r rises and liquid descends.

5. Reflux from the Top of the Column:
At the top of the column, v***r is condensed into a liquid by the condenser.
Part of this condensed liquid is returned to the top of the column as reflux to help in further separation by providing more contact between v***r and liquid.

6. Condenser Operation:
The condenser cools the v***r from the top of the column using cooling water, turning it back into liquid form.
The cooled liquid is collected in the accumulator.

7. Top Product Withdrawal:
A portion of the condensed liquid in the accumulator is withdrawn as the top product. This product is typically rich in lighter, more volatile components e.g., in oil refineries, this could be lighter hydrocarbons like propane or butane.

8. Liquid Level Control in the Accumulator:
The liquid level in the accumulator is controlled to maintain efficient operation. Too much liquid would affect the reflux process, and too little would impact the top product removal.

9. Reboiling and Bottom Product Withdrawal:
The liquid that accumulates at the bottom of the column contains the heavier components.
It is continuously heated in the reboiler to generate v***r, aiding the separation of components.
The remaining liquid, which consists mainly of the heavier components, is withdrawn as the bottom product.

10. Continuous Operation:
The process operates continuously, with the feed entering the column, v***r rising and condensing at different levels, and the desired products top and bottom being collected.

The efficiency of the separation can be controlled by adjusting factors such as feed rate, reflux ratio, and reboiler temperature.











HAPPY LABOUR DAY & HAPPY MAHARASHTRA DAY...
01/05/2025

HAPPY LABOUR DAY & HAPPY MAHARASHTRA DAY...











Reactor manufacturer...
30/04/2025

Reactor manufacturer...











Address

Nawdaphata, Thane/Puna Road , Behind Jhoma Mhatre High School, MIDC Taloja. Navi Mumbai
Panvel
410208

Opening Hours

Monday 9am - 6pm
Tuesday 9am - 6pm
7pm - 9pm
Wednesday 9am - 6pm
7pm - 9pm
Thursday 9am - 6pm
7pm - 9pm
Saturday 9am - 6pm
7pm - 9pm
Sunday 9am - 6pm
7pm - 9pm

Telephone

917977235061

Website

http://www.pratikengineering.com/

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