COMMERCIAL 5 EAST 57TH STREET PREVIOUS PROJECT NEXT PROJECT ARCHITECT PROJECT LOCATION PROJECT SIZE PROJECT COST SCOPE 5 East 57th Street is an existing 22-storey 49,000 SF commercial high rise building. The stretch of East 57th Street was once an exclusive residential neighborhood with opulent mansions owned by bankers and industrialists. But by early century, most of the millionaires moved further uptown and the area greatly changed. Number 5 was among 14 sites acquired by William Randolph Hearst and Arthur Brisbane in 1925 with a view to erect a group of commercial structures along east 57th and east 54th streets. The plans for a 247-foot-tall tower were drawn up in 1926 by a prolific New York city architect Emery Roth. The building was designed as of a mix of Gothic and Art Deco style with exaggerated setbacks. In June 2004, the 1968 NYC Building Code was amended with the signing of Local Law 26 of 2004. The new law mandated retroactive requirements for a full system of automatic sprinklers to be installed in office buildings 100 feet or more in height and buildings classified in occupancy group E 100 feet or more in height. Morozov was retained by the owners of 5 East 57th Street to retrofit the building with a modern fire protection system pursuant to Local Law 26 requirements. The first challenge had to do with an interpretation of the mandate in a way as to not burden the owners with onerous system design. In other words, any proposed system had to be right-sized for the project and in accordance with NFPA 13 and NFPA 20. Another- greater- challenge was in fitting a new fire pump, all new sprinkler risers, piping, and heads into the existing shafts, ceilings and walls, while carrying out the work around the existing rent paying tenants. Following a comprehensive survey, Morozov engineers worked with the property manager to develop a floor-by-floor phasing schedule. Fire pump and main riser were installed in phase I. Floor fit outs were carried out in subsequent phases as the floors became accessible.

COMMERCIAL BROADWAY VISION PREVIOUS PROJECT NEXT PROJECT ARCHITECT PROJECT LOCATION PROJECT SIZE PROJECT COST SCOPE

MEP engineering design and approval services LANDMARKS 712 BROADWAY PREVIOUS PROJECT NEXT PROJECT ARCHITECT PROJECT LOCATION PROJECT SIZE PROJECT COST SCOPE MEP engineering design and approval services 712 Broadway is an 8-story landmarked building located in NoHo (North of Houston) historic district. The iron frame, granite and terra-cotta building was constructed as a warehouse in 1893 for the Scholle Brothers. The commercial building designed by Alfred Zucker replaced an 1803 3-story Federal-style mansion, which the Scholle Brothers bought for $88,000 in 1890. NoHo saw its first development by the first decade of the 19th century when John Jacob Astor acquired a large tract of land between Great Jones Street and Art Street (now Astor Place). From 1820 to 1840 the area developed as a fashionable residential district lined with lavish Federal and Greek Revival style residences. New York University was founded in 1831 in nearby Washington Square. Morozov provided MEP engineering design and approval services for a loft apartment, working closely with architects and owners to integrate state-of-the-art mechanical systems into the existing historic features of the apartments.

Energy Code Progress Inspections COMMERCIAL CITY POINT TOWER PHASE ONE PREVIOUS PROJECT NEXT PROJECT ARCHITECT SCLE PROJECT LOCATION 7 DeKalb Avenue, Brooklyn NY PROJECT SIZE 270,000 sf PROJECT COST $ 110 million SCOPE Energy Code Progress Inspections City Point Tower 1 is one part of 1.8 million square foot development of new construction, including retail, residential, entertainment, and office space spurred by 2004 Downtown Brooklyn Plan. The City Point project sits on City-owned property at a highly visible location along Flatbush Avenue and serves as a gateway to the Downtown area. Bordered by Flatbush Avenue, Gold Street, and Dekalb Avenue. Tower 1 is a mixed-income 19-story 251-unit residential tower above a four floor retail podium.

MULTIFAMILY 2457 FREDERICK DOUGLAS BOULEVARD PREVIOUS PROJECT NEXT PROJECT ARCHITECT PROJECT LOCATION PROJECT SIZE PROJECT COST SCOPE

MULTIFAMILY 31 LISPENARD PREVIOUS PROJECT NEXT PROJECT ARCHITECT PROJECT LOCATION PROJECT SIZE PROJECT COST SCOPE

Our Projects Healthcare MULTIFAMILY COMMERCIAL HEALTHCARE HOSPITALITY RESIDENTIAL LANDMARKS CULTURAL ST JOHN'S EPISCOPAL HOSPITAL (SJEH)

assisted with securing Landmarks Preservation Commission approval for installation of rooftop equipment309 WEST 86TH STREET, NY LANDMARKS 309 WEST 86TH STREET PREVIOUS PROJECT NEXT PROJECT ARCHITECT PROJECT LOCATION 309 WEST 86TH STREET, NY 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)

The Evergreen team assists architects and designers with HVAC, Electrical, Fire Protection, Plumbing and Sanitary Engineering, Special and Progress Inspections We Make Buildings Better WE UNDERSTAND WHAT IT TAKES TO CREATE CUTTING EDGE ENGINEERING FOR EXCITING SPACES OUR PRACTICE We are passionate about buildings. We aim to work hand in hand with designers, architects, and owners from the earliest stage of any project while crafting innovative and energy efficient systems that enhance not distract from fully experiencing their built visions. We understand what it takes to create cutting edge engineering for exciting spaces. Too often, however, architectural ambition is let down by engineering services that do not keep pace with that creativity. Designers, architects, and owners are often faced with a limited choice between engineering services that are not sophisticated enough to execute their visions or are too well established to meet their limited budgets. We aim to fix that. OUR SERVICES ENGINEERING DESIGN AND CONSTRUCTION SERVICES We provide quality, responsive and practical engineering design solutions that meet our client’s needs. Our designs are greener, leaner and cost-effective. HVAC Engineering • Complete Heating, Ventilation and Air Conditioning System Design • High-end, Custom Design for Residential, Commercial, Multifamily, Educational and Institutional Spaces • Variable refrigeration volume systems design and optimization • Heat recovery and renewable energy sources • Geothermal unitary systems • Central Chilled Water, Condenser Water, Hot Water, Geothermal and Steam Plants • Thermal Storage and Buffer Systems • Fuel conversions Electrical Engineering • Complete Building Power Distribution • MV and HV Building Service Design • Emergency Power and Stand-by Power • Electrical service upgrades Fire Protection Engineering • Sprinkler and standpipe systems design Plumbing and Sanitary Engineering • Domestic water distributions for lowrise and highrise buildings • Sanitary and storm drainage systems • Storm water collections • Cross connection applications for water and sewer services Special and Progress Inspections • Mechanical Systems • Sprinkler Systems • Heating Systems • Chimneys • Firestop, Draftstop, and Fireblocking Systems • Energy Code Progress TR8 Inspections Resilience is the new sustainability. To us, resiliency means an ability to quickly adapt to changes. The most obvious challenges are due to the changing climate with higher temperatures, sea level rise, flooding, drought, and wildfires. Risk and challenges from non-climate-related natural disasters, such as earthquakes and solar flares, and anthropogenic actions like terrorism and cyberterrorism, also call for resilient design. Resilience for businesses and organizations means maintaining continuity of operations in the face of stress and disturbance. Resilience for buildings it means an ability to respond to natural and manmade disasters by providing potable water, sanitation, livable conditions, energy, lighting, safe air, and occupant health. We help our clients assess and quantify risks to their build assets, and implement measures to mitigate them. We provide technical and strategic recommendations for facility design, system specifications, methodologies and processes, and business continuity. Our services include: Advice on design of buildings and building systems capable of handling severe storms, flooding, wildfire, and other impacts that are expected to result from a warming climate Design passive heating and cooling strategies for loss of power or heating fuel Provide risk assessment based on future climatic conditions Advice on site selection Advice architects or owners on material and component selections Design of redundant water supply and sewage systems Design redundant power systems and on-site generation OUR SERVICES LOCAL LAW 87 OUR SERVICES RESILIENCY OUR SERVICES LOCAL LAW 97 MAKE LOCAL LAW 97 COMPLIANCE WORK FOR YOU REQUEST HELP New York City’s Greener, Greater Buildings Plan Legislation (GGBP) requires all buildings over 50,000 square feet to take specific actions aimed at increasing energy efficiency. These actions include: Measuring and reporting energy use Identifying inefficient systems Optimizing existing systems Our team of energy experts can provide you the support you need to navigate GGBP compliance and access funding available to help pay for required work. We provide comprehensive energy efficiency and compliance services. Our offerings include: ASHRAE Level I, II and III energy audits Commissioning and retro-commissioning Feasibility Studies Benchmarking Energy Audit Energy Master Planning Demand Response Assessments Industrial Process Energy Efficiency Renewable Energy Systems Metering, Verification, and Continuous Monitoring Combined Heat and Power (CHP) & Distributed Generation (DG) Green Building Assessment/Sustainable Design A high-performance building integrates and optimizes all major high-performance building attributes including energy efficiency, durability, life-cycle performance, and occupant productivity. We offer advisory and engineering design services that enable our clients to successfully address the challenges of designing, implementing and operating a high-performance building or space. Our services include: • Engineering design and implementation of various heating, cooling, ventilation, resource conservation, adaptability, resiliency, and other technologies • Complete sustainability and energy efficiency consulting • Energy Modeling • Intelligent reuse of buildings • Greenhouse gas emissions reductions • Lifecycle assessment • Feasibility studies • NYSERDA rebates and incentives • Optimization of building mechanical systems • Façade/envelope optimization • Advice on wellness and healthy spaces • Assessment of risk in vulnerability to power grid failures, fuel shortages, exposure to legislative changes requiring buildings decrease consumption of resources and emission of greenhouse gas OUR SERVICES HIGH PERFORMANCE BUILDINGS OUR SERVICES WE ARE THE BACKFLOW PREVENTION EXPERTS DESIGN AND APPROVAL WITHIN 3 WEEKS Call (212) 330-7634 or get started right now by filling in our form below. Our engineering team will be with you in 48 hours. Free phone consultation Competitive fees Fast approvals. Based on typical approval times, most projects are approved within 3 weeks. Individual results may vary subject to specific project conditions. Our team of licensed engineers have experience meeting all NYC code requirements. We offer engineering design and approvals for cross connection applications, for commercial, residential, multifamily and industrial properties including new construction and existing buildings.

Assisted client with negotiation of commercial lease term, provided full MEP design and construction administration services, carried out NYC Special and Progress Inspections COMMERCIAL ALEXIS BITTAR INC, INDUSTRY CITY PREVIOUS PROJECT NEXT PROJECT ARCHITECT PROJECT LOCATION 88 35th Street, Brooklyn, Building 4, 6th Floor Industry City, Brooklyn PROJECT SIZE 12,000 GSF PROJECT COST $1,750,000 SCOPE Assisted client with negotiation of commercial lease term, provided full MEP design and construction administration services, carried out NYC Special and Progress Inspections Founded in 1988, Alexis Bittar INC. is the leading premium designer jewelry brand with a reputation for quality, craftsmanship and innovation. Described as “one of the most innovative jewelry designers of the 21st Century”, Alexis Bittar’s designs act as cult favorites of A-List celebrities including Cameron Diaz, Madonna, Lady Gaga, Alicia Keys and Whitney Houston; as well as influential fashion icons Iris Apfel and Karl Lagerfeld. In 2004, Alexis Bittar won the accessories council’s “Rising Star” award and became a member of the council of fashion designers of America. Alexis Bittar jewelry is featured in Nordstrom, Neiman Marcus, Saks Fifth Avenue and Bloomingdale’s. The Company also operates seven Alexis Bittar boutiques in New York, Los Angeles, San Francisco and Chicago. Industry City (originally known as Bush Terminal) is a 16-building, 6 million square foot industrial complex in Sunset Park, Brooklyn that was founded in 1895 by Irving T. Bush. The twelve manufacturing buildings had been completed by 1918 and housed about 300 companies. For over eighty years, the complex served as one of the largest integrated cargo and manufacturing sites in the word. At its peak during the industrial height of the early 20th Century, nearly 25,000 workers went to work at the complex every day. Until 1974 Bush Terminal was an active port facility. Throughout the 1980s and 1990s, Bush Terminal housed the highest concentration of garment manufacturers in New York City outside of Manhattan. Today the complex is home to a wide range of tenants including 3-D printer maker Makerbot and the Brooklyn Nets. MOROZOV was retained to provide engineering design and consulting services for Alexis Bittar’s new facility. Morozov’s team was brought in at an early stage of the process, during lease negotiations, to assist the architect and the client in formulating and developing a strategy that meets current and growing production needs. The project involved a full floor gut renovation. The design incorporates mechanical ventilation system for jewelry making process and robust power distribution to all production work stations.

MULTIFAMILY 554 PROSPECT PLACE PREVIOUS PROJECT NEXT PROJECT ARCHITECT PROJECT LOCATION PROJECT SIZE PROJECT COST SCOPE

MULTIFAMILY 58-01 QUEENS BLVD PREVIOUS PROJECT NEXT PROJECT ARCHITECT PROJECT LOCATION PROJECT SIZE PROJECT COST SCOPE