Location:

New York, US

Completed:

January 2020

Client:

West Corp.

Designed by:

Jonathan Gate

"Downtown Skyscraper" - A residential or commercial project in New York City that is expected to be completed in 2020 for a client named West Corp.

The design and layout of a Downtown Skyscraper play a crucial role in creating a harmonious living environment. Factors such as natural lighting, ventilation, and spatial flow contribute to the overall ambiance and functionality of the build.

The Downtown Skyscraper is a landmark project designed to redefine the city skyline. This 60-story high-rise features state-of-the-art office spaces, luxury apartments, and an observation deck offering panoramic views of the city.

Preparation Phase

Site Analysis: Extensive site analysis including soil testing, environmental impact assessments, and infrastructure evaluations.

Design Phase: Collaborative design process involving architects, structural engineers, and urban planners to ensure aesthetic appeal and functionality.

Technical Characteristics

Height: 850 feet (259 meters)

Materials: Reinforced concrete core, high-strength steel frame, glass facade

Sustainability: LEED Platinum certified with energy-efficient systems, green roof, and advanced water recycling systems.

Construction Technology

Foundation: Deep pile foundation to support the skyscraper’s load.

Frame Construction: Use of prefabricated steel sections and advanced crane technology for rapid assembly.

Facade Installation: Curtain wall system with triple-glazed glass panels for thermal insulation and reduced energy consumption.

Benefits to Society

Economic Impact: Provides high-quality office and residential spaces, attracting businesses and residents.

Public Amenities: Includes retail spaces, dining options, and a public observation deck.

Sustainability: Environmentally friendly design that promotes energy efficiency and reduces carbon footprint.

Recent Projects

all Projects

How do we make waste processing profitable?

By applying our proprietary sequential processing technology, we first extract valuable rare earth elements from the collected waste streams, tapping into a $15.5 billion market for these critical materials. We then convert the remaining waste into high-performance geopolymer construction materials, which serve as a sustainable and cost-effective alternative to traditional cement, addressing an $800 billion market opportunity in sustainable construction. This dual-product model allows us to generate revenue from both the extracted rare earth elements and the geopolymer products, while simultaneously solving environmental challenges and reducing disposal costs for our partners.