Accomplished Mechanical engineering professional from a prestigious university with more than five years of engineering and project management experiences. Excellent interpersonal skills and strong software background. Demonstrated ability to quickly learn and apply new concepts, easily adapt to change, mentor others, and communicate effectively.
More than 3 years of energy engineering and project management experience in successfully servicing NYPA’s governmental customer market. Oversees the daily engineering and construction tasks associated with designing and implementing multi-million-dollar energy conservation projects at customer facilities throughout the New York City area. Well-versed in all phases of contract/project development and management.
Manage a multitude of energy efficiency projects, through all phases of project management cycle, covering feasibility, design, bidding, construction, and closeout of the following energy efficiency projects…
Replacement of three (3) old inefficient high pressure steam boilers utilizing #6 oil and ancillary equipment with two (2) new 250-HP high efficiency low emissions fire-tube steam boilers with dual fuel capacity (natural gas and #2 oil) and ancillary equipment.
Decommissioning and abandonment of five (5) old underground fuel tanks, 4X50,000-gallon fuel oil tank and 1X10,000-gallon diesel FOT with three (3) new underground fuel tanks, 2X30,000-gallon #2 FOT and 1X25,000-gallon diesel FOT, respectively.
Decommissioning and replacement of 1X10,000-gallon old underground diesel FOT with a new 25,000-gallon diesel FOT.
The complete modernization of the seven (7) old elevators and associated equipment. Each modernization is consist of upgrade or new installation of: Microprocessor controllers, door monitoring system, regenerative AC drive system, solid state landing control system, rubber isolation pads, hoist cables, rope gripper, deflector sheave, govenor, govenor cable, etc.
The complete modernization of the three (3) old elevators and associated equipment. Each modernization is consist of upgrade or new installation of: Microprocessor controllers, door monitoring system, regenerative AC drive system, solid state landing control system, rubber isolation pads, hoist cables, rope gripper, deflector sheave, govenor, govenor cable, etc.
Replace two (2) old 1,100-ton chillers with two (2) new 1,725-ton high efficiency variable speed chillers.
Furnish and install one (1) additional variable speed condenser water pump for the new chillers.
Furnish and install one (1) additional variable speed chilled water pump for the new chillers.
Furnish and install web-based chiller optimization control system for the new chillers, the cooling towers, condenser water pumps and drives, chilled water pumps and drives and chiller bypass control valve.
In-kind replacement of one (1) old 75-HP cooling tower.
Furnish and install one (1) 500-ton free-cooling system for the chiller plant (Add/Alternate No. 3).
Furnish and install fan coil cooling units for twenty-five (25) IT server closets and one (1) data center throughout the hospital.
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