Industrial Products
Pumps

Simgrosys has employed most experienced experts for their turbo machineries division to provide the best services in the field. These experts are PhD's in turbo machineries domain and having more than 35 years experience in different pump design and manufacturing. These experts design various types of centrifugal pumps such as multistage, mono block, in-line, split case, double in volute, etc. We also design, analyze, prototype and test the positive displacement pumps such as gerotor, gear, sliding vane, piston, diaphragm pumps.

Simgrosys has very impressive exposure to handle the design and performance improvement of slurry pumps, sewage pumps, chemical pumps. We support leading slurry pump manufacturers in Europe in handling the challenges such as rheological flow, viscous flow, pressure drop etc. Using latest design/simulation technologies, we reduce the time and cost for prototyping and testing.

  • Impeller design and optimization
  • Casing design and optimization
  • Performance improvement
  • Deflection analysis of shafts
  • Fatigue Life estimation
  • Vibration analysis
  • CFD flow performance analysis
  • Noise prediction and control

Pumps

Simgrosys has employed most experienced experts for their turbo machineries division to provide the best services in the field. These experts are PhD's in turbo machineries domain and having more than 35 years experience in different pump design and manufacturing. These experts design various types of centrifugal pumps such as multistage, mono block, in-line, split case, double in volute, etc. We also design, analyze, prototype and test the positive displacement pumps such as gerotor, gear, sliding vane, piston, diaphragm pumps.

Simgrosys has very impressive exposure to handle the design and performance improvement of slurry pumps, sewage pumps, chemical pumps. We support leading slurry pump manufacturers in Europe in handling the challenges such as rheological flow, viscous flow, pressure drop etc. Using latest design/simulation technologies, we reduce the time and cost for prototyping and testing.

  • Impeller design and optimization
  • Casing design and optimization
  • Performance improvement
  • Deflection analysis of shafts
  • Fatigue Life estimation
  • Vibration analysis
  • CFD flow performance analysis
  • Noise prediction and control

Blowers and fans

Image Most experienced and well known experts form a "Centre of Excellence" in turbo machineries division of Simgrosys to provide the best services to the customers. These experts are PhD's in turbo machineries domain and having more than 35 years experience in different pump design and manufacturing. These experts design various types of blowers and fans per customer specifications. They use FEA/CFD /MBD techniques to design the systems, make prototypes and test the components as per the standards such as IS 4894-1987.

Simgrosys has very impressive exposure to handle the design and performance improvement of slurry pumps, sewage pumps, chemical pumps. We support leading slurry pump manufacturers in Europe in handling the challenges such as rheological flow, viscous flow, pressure drop etc. Using latest design/simulation technologies, we reduce the time and cost for prototyping and testing.
  • Impeller design and optimization
  • Casing design and optimization
  • Performance improvement
  • Deflection analysis of shafts
  • Fatigue Life estimation
  • Vibration analysis
  • CFD flow performance analysis
  • Noise prediction and control

Valves

Image Simgrosys supports valve manufacturers worldwide in design process as per the API and ASME standards. We can do new design, optimization of new design, CAD modeling of valve components, preparation of Bill of materials, material selection, value engineering and analysis, Finite element analysis, CFD simulations for optimizing flow performance.

    Image
  • Help you to design and study operational behavior of all kinds of valves for better performance both in Structural and Fluidic point of view
  • Predict valve performance in terms of flow rate and pressure drop for new and existing design
  • Identify and suggest ways to prevent cavitations and erosions.
  • Determine Cv -Flow Coefficient
  • Perform Seismic load analysis
  • Conduct analysis to test the effect of changes in thickness of walls, fillet radius, clearance between closing elements without any physical model, but with CAD model
  • Compare multiple versions of design and select optimal design.