129 results found with an empty search
- 776 MYRTLE
MULTIFAMILY 776 MYRTLE PREVIOUS PROJECT NEXT PROJECT ARCHITECT PROJECT LOCATION PROJECT SIZE PROJECT COST SCOPE
- 31 LISPENARD
MULTIFAMILY 31 LISPENARD PREVIOUS PROJECT NEXT PROJECT ARCHITECT PROJECT LOCATION PROJECT SIZE PROJECT COST SCOPE
- 554 PROSPECT PLACE
MULTIFAMILY 554 PROSPECT PLACE PREVIOUS PROJECT NEXT PROJECT ARCHITECT PROJECT LOCATION PROJECT SIZE PROJECT COST SCOPE
- EXECUTIVE LE SOLEIL HOTEL
NA HOSPITALITY EXECUTIVE LE SOLEIL HOTEL PREVIOUS PROJECT NEXT PROJECT ARCHITECT Peter Poon Architects PROJECT LOCATION 38 W 36th Street, NY, NY PROJECT SIZE 100,000 SF PROJECT COST NA SCOPE NA The challenge on this project was to combine the Canadian style and type of the proposed MEP systems with the local NYC requirements. MOROZOV has designed the plumbing and fire protection systems for this building being employed by RC Consulting.
- 1062 HANCOCK STREET, BROOKLYN
1062 Hancock Street, Brooklyn MULTIFAMILY 1062 HANCOCK STREET, BROOKLYN PREVIOUS PROJECT NEXT PROJECT ARCHITECT Think! Architecture PROJECT LOCATION 1062 Hancock Street, Brooklyn PROJECT SIZE 13,000 SF PROJECT COST SCOPE full MEP design, HVAC, sprinkler, plumbing and electrical power design and construction administration A new 5-storey luxury rental building in Bushwick neighborhood of Brooklyn. The project comprises of studios, 1 and 2-bedroom apartments. The building does not use natural gas or any other fuel for heating. The building is cooled and heated with a variable-refrigerant flow system in lieu of more conventional gas-fired boilers. Hot water for domestic use is generated via refrigerant-based heat pump water heaters.
- 126 SACKMAN STREET
MULTIFAMILY 126 SACKMAN STREET PREVIOUS PROJECT NEXT PROJECT ARCHITECT PROJECT LOCATION PROJECT SIZE PROJECT COST SCOPE
- 309 WEST 86TH STREET
MULTIFAMILY 309 WEST 86TH STREET PREVIOUS PROJECT NEXT PROJECT ARCHITECT PROJECT LOCATION PROJECT SIZE PROJECT COST SCOPE assisted with securing Landmarks Preservation Commission approval for installation of rooftop equipment Development in the Riverside-West End Historic District Extension I went through several phases in the years between the 1880s and 1930s. The earliest phase between roughly 1885 and 1900 saw the construction of speculatively built row houses and flats for the middle and upper classes. By the turn of the century, developers began to focus on constructing larger apartment buildings as increasing construction costs ended row house construction, and the newly opened IRT on Broadway made the Upper West Side more accessible to the city’s expanding population. Legislation such as the 1901 Tenement House Act, the 1916 zoning ordinance, and the 1929 Multiple Dwelling Law contributed to the transformation in the scale of the streetscapes of West End Avenue, Riverside Drive, and West 79th and West 86th Streets where row houses and smaller buildings were replaced by newer, larger buildings.[1] 309-311 West 86th Street was commissioned as a hotel in 1912 by Weymer Hinckley Waitt- a railroad engineer turned hotelier, whose company later built the Weylin Hotel on Madison Avenue. The 12-story 40,000 square foot building was designed by Schwartz & Gross and completed in October of 1914 at a cost of $250,000. Originally known as Hotel Wayne until 1953 when it was converted into the Waldorf Nursing Home. In 1962 it became a residence club for senior citizens. Following interior alterations in 1979 the building was reconverted into apartments and became a co-op known as Stetson House. In 1984 John F Kennedy Jr. and Robert Littell moved in together into a 2-bedroom sublet at 309 West 86th Street. 309 West 86th Street is one of several Morozov projects along the historic West End Avenue ( 347 West End and 915 West End ) Morozov was retained to provide engineering design and consulting services for the owners of the penthouse apartment. The project involved a full floor gut renovation. [1]Landmarks Preservation Commission (LPC), Riverside-West End Historic District Extension I Designation Report (LP-2463)
- MARRIOTT COURTYARD HOTEL ON W 30TH STREET
NA HOSPITALITY MARRIOTT COURTYARD HOTEL ON W 30TH STREET PREVIOUS PROJECT NEXT PROJECT ARCHITECT Peter Poon Architects PROJECT LOCATION W 30th Street, NY, NY PROJECT SIZE 113,000 SF PROJECT COST NA SCOPE NA MOROZOV was engaged by another consultant to design efficient plumbing and sprinkler systems. The hotel developer challenged the design team to achieve LEED Gold certification. In order to achieve the Gold level, the building was provided with a combined heat and power plant consisting of two 50 kW, two gas-fired micro-turbines. CLIENT Rodkine Cardinal Consulting Engineers
- 325 WEST 93RD STREET
325 West 93rd Street MULTIFAMILY 325 WEST 93RD STREET PREVIOUS PROJECT NEXT PROJECT ARCHITECT Union Street Studio PROJECT LOCATION 325 West 93rd Street PROJECT SIZE PROJECT COST SCOPE MEP engineering design and approval services for all mechanical, plumbing and electrical systems Designed by the prolific Upper West Side architect George F. Pelham for the developer Joseph H. Davis, this building was constructed in 1906 as a small multiple dwelling (flats) and once known as the Albea. Located on the north side of West 93rd Street ninety-eight feet east of Riverside Drive, this six-story building faced in red brick with ironspot headers and stone trim is seventy-five feet wide and dumbbell-shaped in plan. The facade is capped by a modillioned metal cornice. An original wrought-iron fire escape is located at the center of the facade. The owners retained Morozov in their bid to renovate and reposition the building as an upmarket rental property steps away from the Riverside park. Engineering scope included gut renovation of all vacant apartment units and building systems upgrade. A new high efficiency condensing boiler plant was designed to replace an outdated (once coal-fired) steam system. To fully take advantage of the condensing boiler efficiencies, all new hydronic radiators were selected around low water temperatures. Variable speed pumps were selected for low flow, wide delta-t of the water to minimize motor horse power. Domestic water was upgraded with indirect water storage tanks fed by boilers via plate and frame heat exchangers. Morozov team had to work around existing occupied apartments to minimize disruption to tenants. Morozov provided MEP engineering design and approval services for all mechanical, plumbing and electrical systems.
- 18 WEST 116TH STREET, NYC
18 West 116th Street, NYC MULTIFAMILY 18 WEST 116TH STREET, NYC PREVIOUS PROJECT NEXT PROJECT ARCHITECT GF55 PROJECT LOCATION 18 West 116th Street, NYC PROJECT SIZE 50,000 GSF PROJECT COST $14.5 million SCOPE Full MEP design, and construction administration services, energy modeling and sustainability consulting services. HVAC, sprinkler, plumbing and electrical power design and construction administration, sustainability, façade optimization, energy modeling. A new 31-unit luxury condominium building in Harlem. The building does not use natural gas or any other fuel for heating. The building is cooled and heated with a variable-refrigerant flow system in lieu of more conventional gas-fired boilers.
- DUTCH KILLS OFFICE BUILDING
MEP design and NYSERDA rebate assistance. Full MEP/FP design, special and progress inspections COMMERCIAL DUTCH KILLS OFFICE BUILDING PREVIOUS PROJECT NEXT PROJECT ARCHITECT Laufs Engineering Design PROJECT LOCATION 8-11 43rd Road, Long Island City, NY PROJECT SIZE 43,000 GDF PROJECT COST $18,000,000 SCOPE MEP design and NYSERDA rebate assistance. Full MEP/FP design, special and progress inspections A Class A 43,000 SF ground-up commercial office building designed to accommodate a variety of uses, from film production to events spaces. Building’s envelope and mechanical systems were designed to meet NYSERDA commercial building program performance requirements of 15% better than energy code. To allow for a degree of flexibility in building uses, the project’s heating and cooling source was conceived as a water loop consisting of a 90-ton cooling tower, variable speed pumps and high efficiency condensing boilers. Each floor/space was provided with high efficiency water-source heat pumps. The building was envisioned as ‘cogen-ready’ and was designed with a single master meter to allow future behind the meter tie-in. Each floor was provided with 3-phase 400 amp power.
- DAYSPRING COMMONS, 227 ELM, YONKERS
227 Elm Street, Yonkers, NY MULTIFAMILY DAYSPRING COMMONS, 227 ELM, YONKERS PREVIOUS PROJECT NEXT PROJECT ARCHITECT Aufgang Architects PROJECT LOCATION 227 Elm Street, Yonkers, NY PROJECT SIZE 65,000 SF PROJECT COST $ 45,000,000 SCOPE HVAC, sprinkler, plumbing and electrical power, fire alarm design and construction administration A 6-story, 63-unit supportive housing project in Nodine Hill neighborhood of Yonkers developed by Westhab Inc. Yonkers-based Westhab is a community development, social and housing services organization that builds and manages high-quality affordable and supportive housing in Westchester County and New York City. To date Westhab has developed over 900 units of housing with an investment of over $134 million Dayspring Commons will consist of four one-bedrooms, 45 two-bedrooms and three three-bedrooms. Formerly homeless people are expected to occupy 30 of the units; 10 of those apartments will target young adults with children and 20 of those units will target families with a mentally disabled head of household. Another 21 units will be affordable housing for families that earn less than 50 percent of the area median income for Westchester County. The proposed complex would sit next to the former Good Shepherd Presbyterian Church at 203 Elm St. The church is currently being renovated by Westhab and it is now called the Dayspring Community Center. Buildings’ mechanical systems include high efficiency condensing boilers designed to operate with low temperature water. Variable speed pumps, high output baseboard radiators, energy recovery ventilators and variable refrigerant flow systems for common areas. The building was provided with a gas-fired emergency generator. The project is designed to meet the latest Enterprise Green Communities requirements for energy and water conservation, resident health and well-being and resiliency. The buildings are at least 15% more energy efficient than the current energy code.












