Climate Resilient Cities: Resilient Building Design and Planning
The global market for building design and planning technologies for climate-resilient cities should grow from $82.4 billion in 2020 to $124.8 billion by 2025, at a compound annual growth rate (CAGR) of 8.7% during 2020-2025.
- 70 tables
- Descriptive overview of the global market and industry for resilient building design and planning technologies for the development of climate-resilient cities
- Analyses of the global market trends, with data corresponding to market size for 2019, estimates for 2020 and projections of compound annual growth rates (CAGRs) through 2025
- Discussion of the industry structures and trends, including relevant supply chains, major industry organizations and a review of trends that drive market dynamics and valuations
- Analysis of climate-resilient strategies and technologies for cities in terms of current and forecast use of resources, with an emphasis on developments since 2019
- A look at the new developments, expanded use of existing and new applications and competition among various technologies, where relevant
- Coverage of important suppliers of relevant/applicable technologies, their product lines and other important factors that have an impact on the market
- Identification and review of opportunities in several application areas where new information is needed regarding the use and deployment of climate-resilient technologies in building design and planning
- Company profiles of major listed corporations, including 3M Co., Alfa-Laval, BASF Polyurethanes, BYD Batteries, Cummins Power Generation Inc., LG Chem Ltd., Saint-Gobain and SIPTEC
This study reviews the following technology categories, relevant market and production information, technological descriptions and issues and key applications and market factors in major worldwide markets. This report organizes technologies into the following segments:
- Cladding and insulation.
- Resilient windows.
- Structural upgrades.
- Low-impact development.
- Improved flood management.
- Urban heat island management technologies.
- Water recharge and recycling.
- Distributed power generation.
- Distributed power storage.
The following transparent, rigid plastic applications are also considered within the study, with market breakdowns for each by region:
- Resilient buildings.
- Stormwater and flood management.
- Urban microclimate management.
- Resilient energy.
- Drought resilience.
Robert Eckard, PhD, has 15 years of experience working in the cleantech, clean transportation, clean/smart cities, advanced fuels, water and energy sectors. Having completed his dissertation at the University of California at Davis, Robert also runs a specialty industry research and technical consulting company, with an emphasis on energy, water and climate-oriented sectors, including those segments relevant to this study. Robert specializes in commercialization, data-based economic analysis, market development and penetration, environmental analysis and technical energy, environmental and market studies for Fortune 500, Global 1000 and promising startups, as well as state and local governments, other consultants and industry organizations throughout the U.S., Canada, Europe, the Middle East, Southeast Asia and Australia. He worked as a subcontractor under the U.S. Department of Energy providing evaluations of a wide array of industrial technologies, systems and related supply markets. He helped to successfully develop new markets in the U.S. and abroad, identify target niches and support highly successful business strategy development. Previously, he produced reports for BCC Research on global markets pertaining to energy, industry, energy efficiency, water and industrial, durable goods and related categories and technologies. Robert works directly in the industries that he analyzes and has successfully secured over $225 million in fund development for specific projects and technologies in the last six years.