Expert Details
Pump Design and Applications
ID: 724253
Florida, USA
All pump applications include pumping stations for flood control, municipal conveyance, industrial applications, environmental transfers, cooling systems, and water supplies. Design of centrifugal, axial flow and mixed flow pumps.
Fluid flow analysis through piping systems. Conveyance of fluids through piping systems using pumps. Fluid mechanics of pumping systems, friction loss analysis, total head determination, and selection of curves.
Pumping systems including pumps, gears, engines and accessories.
Fuel system conveyance. Fuel consumption of an engine under load when pumping.
Details of fuel supply systems including storage, pumpage and distribution.
As applicable to fuel supply and distribution.
Fuel storage for pumping stations and other building systems.
Fuel tanks used for fuel storage and transfer.
Pumps used to lift liquids against high pressures, long runs of piping, and complicated networks.
Pumps used in the hydraulic circuits.
Testing as applied to performance determination of a pump.
The development of the shape of a surface to convey hydraulic fluid efficiently.
Dynamic of fluids as applied to pumping equipment.
The heart of the pump where the mechanical power is converted to fluid power.
Fitting are used to make the piping connections.
Pressure is created by the friction and lift required to move a fluid through piping systems.
Efficiency is indication of the success of the design in conversion of energy.
Pump evaluation involves the verification of the pump suitability for a particular application.
Lubrication systems help reduce friction losses.
To find the right pump for the application.
The standards are used to compare the performance from different manufacturers.
To lay out a test rig for pump tests.
Pump testing helps determine the performance parameters of a pump.
Vibrations are caused by unbalanced forces.
Project Consulting work in Water, Wastewater, Environmental and Engineering design and collaboration on large, interesting water resources projects.
Successfully executed several large projects in partnership with National Engineering Companies, including Brown & Caldwell, Kimley Horn, Sverdrup and Metcalf & Eddy.
Participated in the several Everglades Protection Projects with South Florida Water Management District.
Project management experience in water resources with an emphasis on pump stations, reservoirs and treatment facilities.
Assist in the development, repair, and/or overhaul of Pumping/Equipment projects at the customer site, and the definition of project scope.
Plan, direct and monitor specific aspects of medium sized projects with high degree of technical complexity.
Involved with the production and coordination of several projects concurrently.
Responsible for business development including proposal preparation and writing and specifications.
Develop and maintain strong client relations with both private and public agencies. Develop and monitor project budgets and schedules, and maintain cost controls.
Design of facilities including drawings, specification, research, analysis, and hydraulic calculations.Participated in the following Everglades Protection Projects with South Florida Water Management District:
1. Mechanical inspection/Detailed Report of pump station S-5, Capacity=800 cfs, in collaboration with Metcalf & Eddy.
2. Mechanical Inspection/Detailed Report of Pump Station S-6, Capacity=2,925 cfs, and in collaboration with Sverdrup Inc.
3. Cost Estimate for Purchasing Pumping Equipment for G-335 and G-310; Cost estimated $20 million.
4. Design Review-Technical Specifications Pump Station G-335 and G-310, in collaboration with Metcalf & Eddy, Station Design by Brown & Caldwell.
5. Equipment Review for Sewage Treatment Plant-Altamonte Springs.
6. Pumping Equipment Review for Gee & Jenson, for South Florida Water Management District.
7. Review roller gates and operating systems for Hutcheon Engineers.
Education
Year | Degree | Subject | Institution |
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Year: 1969 | Degree: Master of Science in Rotodynamic Machines | Subject: Mechanical Engineering | Institution: Punjab University Chandigarh, India |
Year: 1966 | Degree: B.S. | Subject: Mechanical Engineering | Institution: Panjab University, Chandigarh, India |
Year: 1986 | Degree: Professional Engineer | Subject: Mechanical Engineering | Institution: State of Florida |
Year: 1980 | Degree: Professional Engineer | Subject: Mechanical Engineering | Institution: State of Louisiana |
Work History
Years | Employer | Title | Department |
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Years: 2002 to 2006 | Employer: FPI | Title: Director of Engineering | Department: Engineering |
Responsibilities:Identify Potential Projects; Project analysis and Technical evaluations.Prepare scope, proposal, and Engineering data, assessing alternatives for the proposal. Propose prioritization for the projects to bid, project control and related functions. Follow up on leads, and develop a high percentage of them into projects. Develop or enhance existing engineering designs. Support and help develop web solutions including web site design, catalogs and sales literature. Provide testing support including application certifications. Continuous client contact to develop and execute projects. Provide lead in the company growth and expansion opportunities. Contribute to production efficiency and manufacturing process enhancement. Use external consultants for the product enhancement, marketing and sales. Recruit personnel and consultants and follow up with performance evaluations, job satisfaction analysis. |
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Years | Employer | Title | Department |
Years: 1995 to 2002 | Employer: Pump Consulting | Title: President | Department: Engineering |
Responsibilities:Project Consulting work in Water, Wastewater, Environmental and Engineering design and collaboration on large, interesting water resources projects.Successfully executed several large projects in partnership with National Engineering Companies, including Brown & Caldwell, Kimley Horn, Sverdrup and Metcalf & Eddy. Mechanical Engineer in DOT, Office of Public Works, with five offices, 50 plus Engineers and 200 plus employees, and covering Flood Control/ Engineering Construction activities for the Entire State. Worked on over 20 New Pumping Stations Participated in Renovation of over 5 Existing Stations Worked on the Mechanical systems of over 10 Commercial Buildings Traveled to the satellite offices on weekly basis Maintained Contact with over 50 Equipment manufacturers Reviewed Specification/Drawings from over 10 Consulting Engineering Companies Managed drafting/technical support from 6 Drafting Persons and 2 Electrical Engineers |
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Years | Employer | Title | Department |
Years: 1986 to 1995 | Employer: MWi | Title: Chief Mechanical Engineer | Department: Engineering |
Responsibilities:Hydraulic Component analysis, design and layout, Functional analysis, Details of design and material analysis;- Pumping Applications; equipment design, testing, consultant support and sales support. -Prepare technical submittals and engineering data for large infrastructure project equipment -Engineer/Manager in Manufacturing Environment. -Experience in Engineering, Manufacturing, testing, distribution, sales and service departments in Multi-plant operation. Achievements: -Professional Engineer in Three-plant operation with over 200 employees. -Supervised a batch of 10 Engineers/Drafting persons. Interacted with and supported 100 plus shop personnel. - Developed new sales channels and partnerships for selling equipment. - Visited with hundreds of Consulting Engineers to set up and develop relationships and provide Technical Support. - As a Foreign Sales Manager, achieved sales target of $5 million in three years. |
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Years | Employer | Title | Department |
Years: 1974 to 1986 | Employer: DOTD- Louisiana | Title: Engineer IV | Department: Engineering |
Responsibilities:Pump station design, mechanical engineering |
Government Experience
Years | Agency | Role | Description |
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Years: 1974 to 1986 | Agency: State of Louisiana | Role: Mechanical Engineer | Description: Worked as a Mechanical Engineer for the statewide operations of the Office of Public Works dealing with large volume pump stations, maintenance and office building, flood control gates, and mechanical engineering applications. |
International Experience
Years | Country / Region | Summary |
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Years: 1993 to 1995 | Country / Region: South East Asia | Summary: Hydraulic Component analysis, design and layout, Functional analysis, Details of design and material analysis; - Pumping Applications; equipment design, testing, consultant support and sales support. -Prepare technical submittals and engineering data for large infrastructure project equipment-Engineer/Manager in Manufacturing Environment.-Experience in Engineering, Manufacturing, testing, distribution, sales and service departments in Multi-plant operation.Achievements:-Professional Engineer in Three-plant operation with over 200 employees.-Supervised a batch of 10 Engineers/Drafting persons. Interacted with and supported 100 plus shop personnel.- Developed new sales channels and partnerships for selling equipment.- Visited with hundreds of Consulting Engineers to set up and develop relationships and provide Technical Support.- As a Foreign Sales Manager, achieved sales target of $5 million in three years. |
Years: 1968 to 1974 | Country / Region: India | Summary: Research on reversible pump/turbine. Performance characteristics, efficiency improvement, performance enhancement and application improvement. |
Career Accomplishments
Associations / Societies |
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Memeber ASME |
Licenses / Certifications |
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P.E. in Florida and Louisiana |
Additional Experience
Vendor Selection |
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Extensive experience in vendor selection |
Marketing Experience |
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Extensive experience in sales and marketing |
Language Skills
Language | Proficiency |
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Hindi, Panjabi | Proficient in the above languages |
Fields of Expertise
pumping equipment, rotary pump, sewage pump, sewage-disposal pump, sludge pump, slurry pump, submersible pump, vacuum pump, water pump, centrifugal pump design, centrifugal pump application, fluid flow, fluid mechanics, fluid pumping, pumping application, pumping system, fuel consumption measurement, fuel distribution, fuel pump, fuel storage, fuel tank, high-pressure pump, hydraulic pump, hydraulic test equipment, hydraulics design, hydrodynamics, impeller, pipe fitting, pipe pressure, pump efficiency, pump evaluation, pumping system troubleshooting, pump lubrication, pump selection, pumping system design, pump standard, pump test facility design, pump testing, sump pump, pump vibration, fuel tank fire, hydraulic engineering, lift pump, pump control device, fuel specification, impeller vibration, exhaust system, pump application, pump capacity, fuel system, pump design, pump, pumping, fuel, computer-aided design, test facility design, wastewater pumping equipment, pump seal, pump noise, positive-displacement rotary pump, pipe, mechanical engineering, liquid pumping, hydraulics, fluid handling, centrifugal pump