Define
Duty, feed, particle size, water, constraints and success criteria.
01HOME
+ Simulation-led process engineering
Engineered
before it is built.
Slurry handling, separation and process equipment for plants where downtime is not an option.
Ø DUTY
ENGINEERED FLOW PATH
02Manufacturing units
in Howrah
in Howrah
06Simulation
disciplines
disciplines
01Accountable
engineering partner
engineering partner
Why BHAJJANKA® 02
We do not begin with a catalogue.
We begin with your process.
A pump that runs is not necessarily a pump that performs. A cyclone that fits is not necessarily a cyclone that separates. BHAJJANKA® connects application data, simulation and manufacturing so the selected equipment works as a system.
See our engineering method →Simulate
Test hydraulic, structural, particle and vibration behaviour digitally.
Engineer
Convert results into geometry, material, drive and system decisions.
Outrun
Measure performance, wear, maintenance exposure and lifecycle value.
Brand & engineering philosophy 03
+BHAJJANKA® SIMLAB™
हर बूँद, हर कण — भारत का इंजीनियर
यन्त्रे सत्यम् — श्रमे विजयः
Simulation · Research · Engineering
Simulating Bharat.Outperforming the world. Explore our engineering philosophy →
SIMLAB™ 03
See the result
before the risk.
Six engineering disciplines. One decision system. Every output is translated into a practical recommendation—not left as a colourful plot.
Enter SIMLAB™ →
01
CFD
Pressure, velocity and slurry-flow behaviour before equipment selection.
↗ 02FEA
Stress, deflection, fatigue and structural safety under operating loads.
↗ 03DEM
Particle trajectories, transfer behaviour, segregation and impact zones.
↗ 04Vibration
Operating frequency, isolation, deck response and resonance control.
↗ 05Water Balance
Plant-wide flow, recirculation, recovery and make-up water demand.
↗ 06Wear Analysis
Expected wear zones translated into material and maintenance decisions.
↗Products & systems 04
Equipment is the output.
Performance is the product.
From one critical component to a complete washing and classification plant, every selection is tied back to the operating duty.
P01
Slurry Pumps
Duty-point selection, drive sizing and wet-end configuration.
↗ P02Hydrocyclones
Separation-led geometry, pressure review and liner strategy.
↗ P03Dewatering Screens
Vibration, drainage zones and product moisture control.
↗ P04Vibro Motors
Force, speed and mounting selected around the machine response.
↗ P05PU Panels
Aperture, hardness and open area engineered for service life.
↗ P06Pipelines
Velocity, head loss, layout and wear-aware slurry transport.
↗ P07Complete Plants
Process, equipment and water balance integrated as one system.
↗Engineering evidence 05
Numbers that change the decision.
An anonymised 400 mm hydrocyclone maintenance study compared conventional threaded fasteners with a captive swing-bolt retrofit.
View case studies ↗CASE / HC-400-MAINTVERIFIED MODEL
127.4maintenance hours
potentially recovered / year
Model basis: 84 fastening nodes × 52 maintenance cycles/year. Final savings depend on site practice.
potentially recovered / year
+ Decision tools
Will the upgrade pay back?
Compare CAPEX, energy, labour, downtime and wear with an engineering-first ROI model.
Have an operating problem?