To learn more about any project, click on the underlined text.
NYP/Queens's central chiller plant consisted of three 1,100 ton
gas fired absorption chillers. In the spring of 2011,
NYP/Queens replaced one of the existing units with a 1,200
ton electric centrifugal chiller. The project
was partially funded through NYSERDA and is contributing to
a reduction in overall energy consumption and green house gas
Optimization & Lighting Controls
NYP/Queens implemented controls to turn off lights when
they are not needed in commercial buildings.
Maintenance System Controls
NYP/Queens uses computerized controls to reduce energy
consumption on heating, ventilation, and air conditioning
Air Handling Unit #3
There are complexities of improving performance and driving
energy savings in an older building. Addressing this included
refurbishing existing building infrastructure and equipment
to improve operational performance and reduce energy
& Power Feasibility Study
Also known as cogeneration, CHP involves the generation of
power at your building's site for use within
your buildings. By using a clean source of power,
consuming the power on site, and capturing the waste heat
for use inside your building, CHP is environmentally
friendly. NYP/Queens has investigated a potential CHP
project at our site.
Waste Decomposition System
An organic bio digester has been installed in the
hospital's kitchen. The NYP/Queens kitchen prepares over 3,000
meals per day. Food waste is added to the bio digester
instead of being thrown out with municipal waste.
Microorganisms speed up the decomposition of the food waste into
effluent, and it is flushed down a sanitary drain. Click
on the above link to read the case study.