ACE GATE & PSUs with Ankush Gupta | Chemical Engg.
ACE GATE & PSUs with Ankush Gupta | Chemical Engineering
Prepare smart and succeed in GATE Chemical Engineering, PSU exams (HPCL, IOCL, NFL, RCFL, etc.) with expert guidance from Ankush Gupta. This channel is dedicated to helping chemical engineering students master concepts, solve tricky problems, and boost exam scores.
π What youβll find here:
Topic-wise GATE lectures for Chemical Engineering
Quick Revision Classes (QRCs) & formula masterclasses
Previous year questions & solutions explained in depth
Exam tips, strategies, and rank improvement techniques
Subscribe to AceGatePSU and turn on notifications to stay ahead in your GATE & PSU preparation and achieve your dream scores!
ACE GATE & PSUs with Ankush Gupta | Chemical Engg.
π¨ Mass Balance Meets Neutron Balance! βοΈπ
What happens when Process Calculations collides with Nuclear Science Basics?
π₯ Radioactive decay + Material balance
π₯ Burnup + Energy balance
π₯ Reactor criticality + Conversion concepts
π₯ Thermodynamics + Binding energy
This is NOT a regular theory session.
This is where Chemical Engineering meets Nuclear Physics.
If you can solve:
Mass in = Mass out + Generation β Consumption
AND
k = Ξ· f p Ξ΅
Then you're thinking at PSU + BARC level.
π― For: GATE 2026 | BARC | PSUs
π― Focus: Advanced conceptual clarity
π― Outcome: Multi-concept problem solving ability
β³ Live Session Link π
youtube.com/live/R8XlmV7PGvA?feature=share
Donβt prepare topic-wise.
Prepare dimension-wise. π
β ACE π₯
#ProcessCalculations #NuclearScience #BARCPreparation #GATE2026 #ChemicalEngineering #ReactorPhysics #PSUPrep #ConceptMastery
2 days ago | [YT] | 4
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ACE GATE & PSUs with Ankush Gupta | Chemical Engg.
π₯ BARC 2026 Aspirants β Are You Really Preparing at BARC Level?
Most students say they are preparing for BARC.
But very few are solving:
β’ Multi-layer conceptual traps
β’ Pressure-zone reactor logic
β’ Thermodynamic stability questions
β’ Humidity & recycle system confusion
β’ Interview-style reasoning problems
In this LIVE session, we will break:
β 30 High-Intensity BARC-Level MCQs
β Advanced thinking framework
β How BARC twists βbasicβ concepts
β Strategy for Written + Interview
If youβre serious about BARC 2026 (Chemical), this is not optional.
π Live at: 06:00 PM
π Set Reminder Here: youtube.com/live/wp6xrl9Fjhc?feature=share
Letβs prepare the way BARC expects β depth over decoration.
β ACE
3 days ago | [YT] | 2
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ACE GATE & PSUs with Ankush Gupta | Chemical Engg.
This is a message I received from one of your friends, and Iβm truly grateful that I was able to contribute, even a little, to his success. π
One thing he mentioned was that most interview questions came from Thermodynamics β and this is something I keep repeating: fundamentals never betray you.
He was kind enough to mention me, but honestly, it was his hard work, discipline, and dedication that made this possible.
For the past 15 years, Iβve been working for this feeling β being able to guide students in building strong fundamentals and confidence. π±
Thank you for trusting me. Iβll continue to guide you sincerely in your preparation journey.
#Thermodynamics #FundamentalsFirst #StudentSuccess #Grateful
1 week ago | [YT] | 12
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ACE GATE & PSUs with Ankush Gupta | Chemical Engg.
πͺοΈπ₯ Grashof vs Reynolds β Regime Trap
In natural convection, the ratio Gr / Re^2 indicates:
π Answer + explanation tomorrow (pinned comment)
β Confused between streamline vs flow field? Ask below π
π₯ Want a full concept video? Tell me!
1 week ago | [YT] | 0
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ACE GATE & PSUs with Ankush Gupta | Chemical Engg.
For natural convection from a vertical plate, if the plate height is doubled while all fluid properties remain same, the Nusselt number will:
π Answer + explanation tomorrow (pinned comment)
β Confused between streamline vs flow field? Ask below π
π₯ Want a full concept video? Tell me!
1 week ago | [YT] | 0
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ACE GATE & PSUs with Ankush Gupta | Chemical Engg.
π§ͺπ Reynolds vs Froude β Model Similarity Trap
A ship model is tested in a towing tank. To correctly predict wave resistance of the prototype, which similarity must be satisfied?
π Answer + explanation tomorrow (pinned comment)
β Confused between streamline vs flow field? Ask below π
π₯ Want a full concept video? Tell me!
1 week ago | [YT] | 0
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ACE GATE & PSUs with Ankush Gupta | Chemical Engg.
βοΈπ§ Thermodynamics β Gibbs Phase Rule Check π
A non-reactive system at equilibrium has:
πΉ 2 liquid phases
πΉ 1 vapor phase
πΉ 3 components
The degrees of freedom (F) of the system is:
π Answer + step-by-step logic in pinned comment tomorrow
β Count phases carefully β liquid phases β components β οΈ
π₯ Want a short video on tricky Phase Rule cases? Tell me π
2 weeks ago | [YT] | 2
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ACE GATE & PSUs with Ankush Gupta | Chemical Engg.
π§²π§ CRE β Effect of Catalyst Deactivation
A catalyst deactivates as:
a = 1 / (1 + kt)
For a first-order reaction in a batch reactor, the conversion after time t, compared to fresh catalyst, will be:
π Answer + explanation tomorrow (pinned).
β Doubts? Ask below π
π₯ Want a full video? Tell me!
2 weeks ago | [YT] | 0
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ACE GATE & PSUs with Ankush Gupta | Chemical Engg.
π§ͺπ§ Mass Transfer β Gas Absorption β Hatta Number Insight
In gas absorption with chemical reaction, a Hatta number β« 1 indicates:
π Answer + explanation tomorrow (pinned).
β Doubts? Ask below π
π₯ Want a full video? Tell me!
3 weeks ago | [YT] | 1
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ACE GATE & PSUs with Ankush Gupta | Chemical Engg.
π°π§ Fluid Mechanics β Velocity Scaling in Turbulent Flow
For turbulent flow in a smooth pipe, if the velocity is doubled, the pressure drop per unit length increases by a factor of:
π Answer + explanation tomorrow (pinned).
β Doubts? Ask below π
π₯ Want a full video? Tell me!
3 weeks ago | [YT] | 0
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