Rebuild by Design Meadowlands Project

New Jersey, United States

Filter projects by:

Market

  • Cities

    Cities EMIA

  • Commercial & Residential

    Mixed Use

    Office

    Residential

    Retail

  • Education

    Colleges & Universities

    Schools

  • Energy

    Carbon capture, utilization and storage

    Geothermal

    Grid modernization

    Hydroelectricity

    Hydrogen

    Microgrids and energy storage

    Offshore wind

    Portfolio Decarbonization and Climate Resilience

    Solar

    Transportation decarbonization

  • Environment

  • Healthcare

    Clinical Hospital

    Life Sciences

    Senior Living

  • Industrial

    Agriculture, Food & Beverage

    Automotive & Heavy Equipment & Machinery

    Digital Infrastructure

    High Performance Logistics

    Manufacturing

    Mining & Metals

    Pharmaceutical/Specialty Chemicals

    Pulp & Paper

  • Justice

  • Leisure

    Arts and Culture

    Hotels and Resorts

    Themed Entertainment and Mixed-Use

  • National Governments

    Civil Works

    Disaster Resilience

    Infrastructure & Facilities

  • Oil, Gas & Chemicals

    Chemical/Petrochemical

    Downstream

    Midstream

    Upstream

  • Sports and Venues

    Collegiate

    Convention Centers

    Olympics & Mega-Events

    Stadiums & Arenas

  • Transportation

    Air Cargo

    Aviation

    Bridges

    Connected and Autonomous Vehicles

    Freight Rail

    Highways & Roads

    Mass Transit

    Ports & Marine

    Transportation decarbonization

    Tunnels

  • Water

    Dams & Hydropower

    Flood and coastal resilience

    Industrial Water

    Tunnels, Conveyance, Collection & Distribution

    Wastewater Treatment & Reuse

    Water Treatment

    Watershed and Ecosystem Management

Service

  • AECOM Capital

  • Alternative Delivery Models

  • Architecture and Design

    Architecture

    Asset Advisory

    Climate Adaptation

    Community Engagement

    Interior Architecture

    Landscape Architecture

    Planning

    Urban Analytics

    Urban Design

    Urbanism + Planning

  • Asset Management

  • Cities Solutions

  • Construction Management

  • Converged Resilience

  • Cost Management

  • Digital Infrastructure Services

  • Economics

  • Electric Vertical Takeoff and Landing Solutions

  • Engineering

    Ground Engineering

  • Environmental Services

    Air Quality Consulting and Engineering

    Climate Adaptation

    EHS Management Consulting and Compliance

    Environmental Contracting

    Environmental/Social Impact Assessment and Permitting

    Management Information Systems (MIS)

    Remediation, Restoration and Redevelopment

  • Fabrication

  • Finance

  • Industrial and Commercial Operations and Maintenance

  • IT and Cybersecurity

  • Mobilitics

  • Multinational Investment and Development

  • Pedestrian Modelling (North America)

  • Planning and Consulting

    Geospatial Services

    Pedestrian Modelling

  • Process Development & Implementation

  • Program Management

  • Public-Private Partnerships

  • Risk Management & Resilience

    Critical Infrastructure Protection

  • Simulation Models

    Rail Simulations

  • Strategic consulting

    People + Place Advisory

  • Tunnels, Trenchless Technology and Underground Infrastructure

  • Vertical Transportation Services (North America)

  • Visualization and Virtual Reality

Location

  • Africa

  • Algeria

  • Antarctica

  • Australia

  • Azerbaijan

  • Bahrain

  • Bangladesh

  • Belgium

  • Bolivia

  • Bosnia and Herzegovina

  • Brazil

  • British West Indies

  • Canada

  • Caribbean-Puerto Rico

  • China

  • Colombia

  • Croatia

  • Czech Republic

  • Egypt

  • Eritrea

  • Finland

  • France

  • Germany

  • Greece

  • Greenland

  • Haiti

  • Hong Kong

  • India

  • Indonesia

  • Iraq

  • Ireland

  • Italy

  • Japan

  • Kenya

  • Kingdom of Saudi Arabia

  • Kuwait

  • Liberia

  • Lithuania

  • Malaysia

  • Maldives

  • Mali

  • Malta

  • Mauritania

  • Mexico

  • Monaco

  • Mongolia

  • Montenegro

  • Myanmar

  • Netherlands

  • New Zealand | Aotearoa

  • Norway

  • Oman

  • Panama

  • Papua New Guinea

  • Peru

  • Philippines

  • Poland

  • Portugal

  • Qatar

  • Romania

  • Singapore

  • Slovakia

  • South Africa

  • South Korea

  • Spain

  • Sri Lanka

  • Sweden

  • Switzerland

  • Taiwan

  • Turkey

  • Ukraine

  • United Arab Emirates

  • United Kingdom

  • United States

  • Vietnam

  • Worldwide

Respecting the Meadowlands

Implementing resilient and environmentally sound flood-risk mitigation measures for New Jersey’s Meadowlands District

As the effects of climate change get more severe, more and more people are living in flood zones. In the devastating aftermath of Superstorm Sandy, the U.S. Department of Housing and Urban Development (HUD) enacted the Rebuild by Design (RBD) Competition to promote development of innovative resilient projects. Working with the New Jersey Department of Environmental Protection (NJDEP), we developed the RBD Meadowlands project — a real-time iterative study in balancing social, environmental and community benefits while realizing flood risk mitigation and increased resilience for communities located within 100-year floodplains.

Four elements of resiliency

Given the complexity of combined flood risks from both stormwater and tidal surge, we deployed a multi-disciplinary approach with the Meadowlands project to improve the region’s physical, ecological and economic resilience following Hurricane Sandy. The overall project area was in northeastern New Jersey within the Hackensack River watershed. There were four main elements to the project: the East Riser Ditch Pumping Station, East Riser Ditch Channel Improvements, Liberty Street Pumping Station and Force Main, and Parks/Open Space and Green Infrastructure.

Holistic floodplain solutions

Each element was planned and designed to ensure holistic, complete solutions are reached for affected communities — work that required a fully integrated team of engineers, urban planners, landscape architects, ecologists, environmental scientists and economists working in concert.

The East Riser Ditch Pumping Station conveys floodwater downstream of tide gates into Berry’s Creek to reduce impacts from flooding. The East Riser Ditch Channel Improvements includes dredging accumulated sediments from the ditch and increasing its conveyance capacity while upgrading or replacing three culverts — two that are road crossings and one that is a railroad bridge. The Liberty Street Pumping Station and Force Main reduces flooding to the Borough of Little Ferry by diverting stormwater around bottlenecks in the Losen Slote. Lastly, the Parks/Open Space and Green Infrastructure Program addresses flooding by installing rain gardens, vegetation and other green infrastructure such as a public park to absorb stormwater.

Greener communities

The expansive nature of the Meadowlands continues to have a huge positive impact on the surrounding communities and environments. Our approaches to diverting and absorbing stormwater from hurricanes or other major weather events eases worries of residents along and within the floodplain, improving quality of life and meeting our mission to deliver a better world.