Global Sustainable Construction Material Growth Opportunities
Visionary Leadership and Digital Technologies Critical to Leverage Opportunities Arising from Regulation
This growth opportunity analytics examines the most relevant sustainability trends reaching the important construction materials in the market, including timber, cement, brick, steel, glass, insulation and plastic. The analysis covers each material, in terms of its characteristics and in terms of sustainability strategies aiming for decarbonization, energy efficiency, volume of recycled content, and end-of-life benefits.
The study dives deep into what is currently happening with each of these materials at the end of its use life in the construction site, what companies are doing to improve sustainability levels, and given these scenarios, estimates for 2030 the penetration of the sustainable variants of each of these materials in the market.
Several drivers and restraints that will help these materials achieve higher levels of sustainability are also discussed. Drivers include a growing sustainability corporate culture, green funding, sustainability regulation and standards, construction and home improvement business growth, and an increasing number of digital platforms for asset management. Restraints include the lack of market incentives for material recovery, technical problems in demolition sites, lack of data to improve circularity, sensitivity to price, and the lack of skilled labor.
As for growth opportunities, the analysis finds improvement in how actors in the supply chain relate to each other, advancements in the data available in the building sector, new opportunities in the reclaimed wood and autoclaved aerated concrete (AAC) bricks spaces, and renovation and retrofits growing because of legislation pushing for efficiency.
Strategic Imperatives
Why is it Increasingly Difficult to Grow?
The Strategic Imperative 8
The Impact of the Top 3 Strategic Imperatives on the Sustainable Construction Materials Industry
Growth Opportunities Fuel the Growth Pipeline Engine
Scope and Definitions
Definitions
Scope of Analysis
Segmentation
Methodology to Assess the Future of Sustainable Construction Materials
Building Materials as Part of a System
Value Chain and Industry Goals
The Current State of Building Materials
Global Building Materials Volume Share-2020
Top Market Participants
Global Inflation Scenario
Producer Price Index-US
Evolution of Cement Prices-US & China
Evolution of Steel Rebar and Clay Prices
An Underlying Design Problem
Current End-of-Life (EoL) Scenarios for Building Materials
Current EoL (Reuse, Repurpose, or Recycle) Status in Building Materials
Companies and Products to Highlight
Construction Materials with Sustainability Attributes
Building Systems Improving Sustainability Levels in the Building Environment
Current and Future Scenarios in Construction Materials
Current Circular Economy in the Building Industry
A Snapshot of Sustainability Strategies
Sustainability Aspects in Building Materials
Growth Opportunity Analysis
Growth Drivers
Growth Driver Analysis: Companies Maturing into Sustainability
Table Number of ESG Reports* by Sector, 2010-2021
Growth Driver Analysis: Funding into the Green Economy
Growth Driver Analysis: Construction Sector Growth
Growth Driver Analysis: Global and US's Home Improvement Market
Growth Driver Analysis: Regulation and Standards
Growth Driver Analysis: Digital Solutions
Growth Restraints
Growth Restraint Analysis: Lack of Market Incentives to Recover Materials
Growth Restraint Analysis: Technical Problems in Demolition Sites
Growth Restraint Analysis: Lack of Data to Improve Circularity
Growth Restraint Analysis: Price Sensitivity
Growth Restraint Analysis: Lack of Skilled Labor
How the Sustainable Construction Materials Market will Look Like in 2030
Sustainability Levels in 2030's Construction Materials Market
Growth Opportunity Universe-Sustainable Construction Materials