CULTURAL PS 122 COMMUNITY ARTS CENTER PREVIOUS PROJECT NEXT PROJECT ARCHITECT Deborah Berke Partners PROJECT LOCATION 154 1st Avenue, New York PROJECT SIZE 50,000 GSF PROJECT COST $ 32 million SCOPE HVAC design This project, for New York City’s Department of Cultural Affairs, transformed a five-story historic former public school to better house four arts groups and one community-service organization. Built in 1894, PS 122 was originally a public school (hence the name). Since the 1970’s the building has been inhabited by a non-profit collaborative, daycare center and an AIDS drop in center. The primary objective of this project was to bring the building up to code and upgrade the mechanical and fire protection systems. Additionally the building needed significant reorganization and alterations to its interior spaces. The design scope included addition at the roof, to connect the means of egress at the fifth floor. The project was required to meet LL86 requirements. Mechanical systems included: A packaged air-cooled modular chiller plant designed with an 18-degree temperature difference to reduce pumping and piping Variable primary pumping A dedicated outdoor air system (DOAS) with energy recovery and demand-based ventilation controls Sensible-only 4-pipe fan coils

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

Full MEP/FP design848 Carroll Street, Brooklyn LANDMARKS 848 CARROLL STREET, BROOKLYN PREVIOUS PROJECT NEXT PROJECT ARCHITECT TRIARCH PROJECT LOCATION 848 Carroll Street, Brooklyn PROJECT SIZE $ 2.5 million PROJECT COST $ 170,000,000 SCOPE Full MEP/FP design Full gut renovation and rear addition to a landmarked townhouse located in Brooklyn’s Park Slope Historic District. The history and development of the Park Slope Historic District is closely related to that of Prospect Park. The area encompassed by the park and the Historic District was the scene of a major battle in the revolutionary war between the Continental Army under George Washington and the British Army in August of 1776. At that time and until the 1850’s this area remained essentially rural, consisting largely of farmland with rolling hills to the east. In sum, the completion of Prospect Park and construction of the Brooklyn Bridge in 1883 were the two major factors in the development of the area. Carroll Street- named after Charles Carroll, a signer of the Declaration of Independence- is one of the most serene and charming streets in the District. 848 Carroll is a neoclassical four-story red brick with limestone trim, was designed by William B. Greenman and completed in 1905 and described in the AIA Guide to New York City as “a narrow bay-windowed neo-classical exile from the Upper East Side” Morozov worked closely with the architect and owners to seamlessly integrate all new building infrastructure into the existing shell. Morozov consulted the owner on high performance building strategies, such as passive heating and cooling, insulation and envelope air-tightness, highly efficient domestic water heating and continuous ventilation with energy recovery. With the exception of domestic water heating, the building does not use natural gas or any other fuel for heating, and is cooled and heated with a variable-refrigerant flow system.

full MEP design and construction administration services COMMERCIAL 621 WEST 55TH STREET PREVIOUS PROJECT NEXT PROJECT ARCHITECT PROJECT LOCATION PROJECT SIZE PROJECT COST SCOPE full MEP design and construction administration services A 22,000 square foot ground up high rise commercial office building in New York city. This boutique building contains 8 full floor offices above a 3-level parking garage. 621 West 55th Street is being designed to meet US Passive House Institute standards for energy efficiency. Passive House standard emphasizes air-tight, continuously insulated building envelope without thermal bridges, high performance windows and balanced heat and moisture recovery ventilation. Passive House buildings are expected to consume 75-90% less energy than traditional buildings. The biggest challenge for MEP systems was to minimize the impact of the high rise MEP system requirements on an relatively small floor plate (2,400 SF). A fire protection tank, standpipe, generator, ventilation systems all eat up valuable floor area and the project becomes less financially viable. Morozov team worked closely with the architect to optimize MEP systems to achieve the largest possible usable area. The building is cooled and heated with a variable-refrigerant system. Packaged rooftop energy recovery ventilator filtered and conditioned fresh air directly into each office in a continuous ventilation cycle. MEP systems include a 150-kW emergency generator with a diesel tank, an underground suction tank for fire protection, and reversible air-flow parking garage exhaust system with post-fire smoke purge functionality.

Full MEP/FP design COMMERCIAL ROGERS AVENUE OFFICE BUILDING PREVIOUS PROJECT NEXT PROJECT ARCHITECT Z Proekt PROJECT LOCATION 1020 Rogers Avenue, Brooklyn PROJECT SIZE PROJECT COST SCOPE Full MEP/FP design

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

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.

230 East 18th Street, Brooklyn, NY MULTIFAMILY 230 EAST 18TH STREET, BROOKLYN PREVIOUS PROJECT NEXT PROJECT ARCHITECT Aufgang PROJECT LOCATION 230 East 18th Street, Brooklyn, NY PROJECT SIZE 24,500 SF PROJECT COST Withheld SCOPE HVAC, sprinkler, plumbing and electrical power design and construction administration A new 26-unit luxury rental building in Prospect Park South neighborhood of Brooklyn. The project contains a total of 13 studios, 10 one-bedrooms, and a pair of two-bedroom units. The building does not use natural gas or any other fossil fuel for heating. The building is cooled and heated with a variable-refrigerant flow system in lieu of more conventional gas-fired boilers. Not relying on gas for heating approach is expected to save 150-200 metric tons of Carbon Dioxide emissions. In addition to efficient heating and cooling, the building’s fresh air is brought in via an energy-recovery ventilator (ERV). The ERV passively cools or heats the incoming fresh outdoor air by capturing energy of the indoor conditioned air.

NA HOSPITALITY HYATT PLACE MIDTOWN PREVIOUS PROJECT NEXT PROJECT ARCHITECT Peter Poon Architects PROJECT LOCATION West 36th Street New York, New York PROJECT SIZE 90,000 SF PROJECT COST NA SCOPE NA MOROZOV was engaged by another consultant to design efficient plumbing and sprinkler systems. The challenge was to design domestic water distribution system with equal pressure between the floors of a highrise building. The solution was a two-zone water distribution system. The building has two (2) fire sprinkler/standpipe reserve roof tanks, which are being used as a primary feed for the special service fire pump.

COMMERCIAL COCKTAIL BODEGA PREVIOUS PROJECT NEXT PROJECT ARCHITECT PROJECT LOCATION PROJECT SIZE PROJECT COST SCOPE

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. Terms & Conditions A LEGAL DISCLAIMER The explanations and information provided on this page are only general and high-level explanations and information on how to write your own document of Terms & Conditions. You should not rely on this article as legal advice or as recommendations regarding what you should actually do, because we cannot know in advance what are the specific terms you wish to establish between your business and your customers and visitors. We recommend that you seek legal advice to help you understand and to assist you in the creation of your own Terms & Conditions. TERMS & CONDITIONS - THE BASICS Having said that, Terms and Conditions (“T&C”) are a set of legally binding terms defined by you, as the owner of this website. The T&C set forth the legal boundaries governing the activities of the website visitors, or your customers, while they visit or engage with this website. The T&C are meant to establish the legal relationship between the site visitors and you as the website owner. T&C should be defined according to the specific needs and nature of each website. For example, a website offering products to customers in e-commerce transactions requires T&C that are different from the T&C of a website only providing information (like a blog, a landing page, and so on). T&C provide you as the website owner the ability to protect yourself from potential legal exposure, but this may differ from jurisdiction to jurisdiction, so make sure to receive local legal advice if you are trying to protect yourself from legal exposure. WHAT TO INCLUDE IN THE T&C DOCUMENT Generally speaking, T&C often address these types of issues: Who is allowed to use the website; the possible payment methods; a declaration that the website owner may change his or her offering in the future; the types of warranties the website owner gives his or her customers; a reference to issues of intellectual property or copyrights, where relevant; the website owner’s right to suspend or cancel a member’s account; and much much more. To learn more about this, check out our article “Creating a Terms and Conditions Policy ”.

MULTIFAMILY 776 MYRTLE PREVIOUS PROJECT NEXT PROJECT ARCHITECT PROJECT LOCATION PROJECT SIZE PROJECT COST SCOPE