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Global Ultra-High-Performance Concrete Market: By Product (Slurry-infiltrated Fibrous Concrete, Reactive Powder Concrete, Compact Reinforced Composite, Others); By Application (Roads & Bridge Construction, Building Construction, Military Construction, Anti-detonating Construction, Others); By Region (North America, Europe, Asia Pacific, Latin America, and the Middle East, and Africa) Global Industry Analysis, COVID-19 Impact, and Industry Forecast, 2018-2032.

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Market Overview/Outlook (2022 to 2032)

The global market for ultra-high-performance concrete is expected to grow between 2023 and 2032, due to the rise in the construction industry, the growing population, and growing infrastructure investments.

The Global Ultra High-Performance Concrete Market was valued at USD 0.43 Billion in 2022 and is projected to reach USD 0.93 Billion by 2032, registering a CAGR of 7.03% for the forecast period 2023-2032.



Global Ultra-High-Performance Concrete Market Drivers
  • Growing Construction Activities: Ultra-high-performance concrete has a higher degree of structural durability than conventional concrete, but it can be constructed more quickly. The industry has grown significantly over the past ten years. Because of growing investments from the public and private sectors in the creation of improved infrastructure and growing building and infrastructure projects in China, India, and the United States this upward trend is anticipated to continue during the forecast period.
  • Growing Population: Urbanization trends are getting more intense as the world's population keeps growing. As more people relocate to cities, there is a greater need for buildings and infrastructure. Governments and municipalities are under pressure to invest in infrastructure development to support the expanding communities as a result of an increasing population. Governments may commit large sums of money to infrastructure and building projects, especially in areas where the population is growing.
  • Technology Advancement: Enhancements to UHPC's properties have been made possible by technological breakthroughs in nanotechnology. To enhance strength, durability, and other important characteristics, the concrete matrix can be reinforced with nano-sized additives and reinforcements. Admixtures are made to enhance the concrete mix's performance, facilitating better flow during casting and enabling the achievement of the intended properties once the mixture has hardened.
  • Standards and Support from Regulations: The adoption of UHPC in building projects has been made easier by the establishment of standards and specifications for it by industry associations and regulatory bodies. Adherence to established guidelines guarantees UHPC's dependability and efficiency across a range of uses. Requirements for structural integrity and safety are frequently included in standards established by regulatory agencies.  Building codes and regulations imposed by local, national, or international authorities apply to many construction projects.
  • Growing Infrastructural Investment: Urbanization, population growth, and government initiatives have led to increased global investments in infrastructure projects, which in turn has increased demand for high-performance construction materials like UHPC. Materials that can tolerate high loads and adverse environmental conditions are frequently needed for infrastructure projects.
Global Ultra-High-Performance Concrete Market – Merger and Acquisitions
  • Sika Completes Acquisition of Parex (2019)
Sika has completed the acquisition of Parex on May 23, 2019. The deal was announced on January 8, 2019. With annual sales of CHF 1.2 billion, Parex is a leading mortar manufacturer with an impressive track record of profitable growth and attractive margins. Sika and Parex are two strong companies that are highly complementary in product offering and channel penetration. With this acquisition, Sika will expand its product portfolio for the building finishing market, further strengthening its world leader position in construction chemicals, and reaching sales of over CHF 8 billion for 2019.
  • CEMEX Ventures and TEKFEN Ventures Sign Collaboration Agreement (2019)
CEMEX Ventures, CEMEX's Corporate Venture Capital Unit, announced today that it signed a collaboration agreement with TEKFEN Ventures, the investment fund of TEKFEN, a Turkish industrial conglomerate working in the construction, agriculture, manufacturing, and real estate sectors. Both companies have agreed to develop synergies between the parties to innovate the construction industry.
  • Heidelberg Cement partners with Thoma Bravo and invests in Command Alkon (2021)
Heidelberg Cement partners with leading software investment firm Thoma Bravo and invests in Command Alkon to build the digital ecosystem for the Heavy Building Materials industry. Combining Command Alkon’s strong and innovative product offerings, Thoma Bravo’s extensive software and operational expertise, and Heidelberg Cement’s deep domain knowledge and global footprint is expected to drive digital advancement for the Heavy Building Materials industry.
  • Taiwan Cement Corporation to Acquire ENGIE’s 60.48% Stake in ENGIE EPS (2021)
The Board of Directors of Taiwan Cement Corporation the Company's plan to enter into a definitive sale and purchase agreement with Engie SA, to acquire Engie's 60.48% stake in Engie Eps SA for USD 19.10 per share in cash, for an aggregate consideration of USD 135 million.
  • MBCC Group acquires Nautec, a leading provider of ultra-high-performance concrete (2021)
MBCC Group announced the acquisition of Nautec Group (“Nautec"), a leading manufacturer of ultra-high-performance concrete (“UHPC") and cementitious composites for onshore and offshore wind turbine foundations, as well as for repair, strengthening, and installation of offshore and marine structures. The acquisition extends MBCC Group's commitment to continue to deliver innovative and sustainable solutions to its customers in the wind turbine industry.

Challenges Impacting the Global Ultra-High-Performance Concrete Market
  • Ultra-high-performance has more expensive material: UHPC is significantly more expensive than regular concrete because of its unique ingredients, exact mixing specifications, and intricate production procedures. For construction projects, this can mean significant up-front costs, especially if large quantities are required. When compared to traditional concrete, the return on investment (ROI) may not be immediately evident, making this initial investment intimidating for developers or projects with limited funds.
  • Research and development cost: Advanced UHPC formulation development frequently necessitates large upfront investments in research facilities, machinery, and knowledgeable staff. The costs of procuring specialized materials and carrying out thorough testing go toward the total amount spent on research and development. There are risks associated with UHPC research, and not all R&D projects will be successful
  • Lack of skilled persons: Inadequate knowledge of quality control can cause irregular UHPC performance as well as project delays or problems. The complexity of UHPC mix design necessitates knowledge that not all construction teams have on hand. Inadequate knowledge of these methods can cause problems during construction and less-than-ideal results.
  • Supply chain disruption: Production of UHPC may face difficulties due to supply chain disruptions, such as shortages or delays in the availability of these raw materials. Raw materials for UHPC manufacturing facilities may come from various geographical locations. The transportation of raw materials to production sites may be delayed as a result of disruptions in the network caused by natural disasters, geopolitical unrest, or other unanticipated events. Manufacturers may incur higher costs as a result of supply chain disruptions, which they may then pass along to end consumers.
  • Compatibility with the current infrastructure: Retrofitting or repair projects must be successful in creating a strong bond between UHPC and existing concrete surfaces. When UHPC is used with traditional concrete in structures that are subjected to temperature fluctuations, thermal compatibility is a concern. A smooth transition between old and new concrete may present difficulties in repair projects, where UHPC is frequently utilized to address deteriorated or damaged sections of existing structures.
 
Snapshot:
 
Attributes Details
Market Size in 2022 USD 0.43 Billion
Market Forecast in 2032 USD 0.93 Billion
Compound Annual Growth Rate (CAGR) 7.03 %
Unit Revenue (USD Million) and Volume (Kilo Tons)
Segmentation By Product, By Application & By Region
By Product
  • Slurry-infiltrated Fibrous Concrete (SIFCON)
  • Reactive Powder Concrete (RPC)
  • Compact Reinforced Composite (CRC)
  • Others
By Application
  • Roads & Bridge Construction
  • Building Construction
  • Military Construction 
  • Anti-detonating Construction
  • Others
By Region
  • North America: U.S and Canada
  • Europe: Germany, Italy, Russia, U.K, Spain, France, Rest of Europe
  • APAC: China, Australia, Japan, India, South Korea, South East Asia, Rest of Asia Pacific
  • Latin America: Brazil, Argentina, Chile
  • The Middle East And Africa: South Africa, GCC, Rest of MEA
Base Year 2022
Historical Year 2018 - 2022
Forecast Year 2023 - 2032
 
Category-wise Analysis:

By Product:

  • Slurry-infiltrated Fibrous Concrete: SIFCON, or slurry-infiltrated fibrous concrete, is a unique kind of concrete with a high fiber content. It differs from regular fiber-reinforced concrete in that it is made using different processes and has a higher fiber content. SIFCON's slurry-based matrix makes it possible for fine particles to enter the fiber network, boosting its strength.
  • Reactive Powder Concrete: The material has a lot of potential and is a strong, long-lasting, and greener substitute for existing products. Because of its reduced permeability, the material can be used in high-strength applications. The material's compressive stress-strain curve exhibits linear elastic behavior.
  • Compact Reinforced Composite: A unique variety of ultra-high-performance concrete known as compact reinforced composite (CRC) achieves ductility by incorporating stiff, short, strong fibers. CRC type offers more design flexibility and a more affordable solution for architects and builders.
By Application:

  • Roads and Bridge Construction: Due to its high plasticizer content and micro steel fiber content, UHPC is perfect for high-strength applications like building roads and bridges. Furthermore, UHPC makes it possible to build bridges with thin and light structural components without compromising the structure's ability to support loads. It saves money because it offers greater strength at a lower mass-to-strength ratio.
  • Building Construction: Because of its superior ductility and strength, UHPC is a valuable material for high-rise structures in seismically active areas. Its precast ability also makes complicated architectural designs easier to execute and expedites construction. Through overlays or bonding, UHPC can strengthen pre-existing concrete structures, increasing their longevity and functionality. This application is especially pertinent to projects involving the restoration of infrastructure and historic preservation.
  • Military Construction: Compared to other traditional concrete products, the materials have a higher strength, energy capacity, and durability, among other versatile properties. Because of its characteristics, UHPC is perfect for use in military applications where top performance is needed in situations involving shock, explosion, and impact loads.
  • Anti-Detonating Construction: For use in military buildings, fortifications, and bunkers, UHPC is advantageous due to its resistance to blasts and capacity to absorb energy. Because of its protective properties, its use in civilian infrastructures such as nuclear installations, power plants, and critical facilities is increasing. The anti-detonating segment accounts for a smaller share of the overall UHPC market than building construction.

Regional Analysis:



North America:
  • United States: The demand for UHPC's exceptional durability in bridges, roads, and transportation systems is fueled by government spending on infrastructure. The US fostered cutting-edge production technologies and expertise and was also an early adopter. Furthermore, the potential for reduced material uses and earthquake resistance of UHPC is perfectly aligned with a focus on sustainable innovation. Beyond infrastructure, UHPC's strength and adaptability in design make it popular in high-rise structures.
  • Canada: Canada is renowned for making large investments in infrastructure development. Canada has strict building codes and standards that put durability and safety first. Because of its superior material properties, UHPC might be a good fit for these standards, which would make it the material of choice for important infrastructure projects. The utilization of innovative and sustainable construction materials by the government through policies, initiatives, and support could potentially fuel the growth of the UHPC market.
Asia Pacific:
  • China: China is heavily investing in large-scale projects such as airports, bridges, high-speed railways, and other infrastructure development as part of a massive infrastructure boom.  China has a strong domestic UHPC manufacturing sector, with many well-established businesses and expanding R&D activities. Due to China's enormous and expanding population, there is a huge demand for building materials and infrastructure, which inevitably expands the market for UHPC.
  • India: Because of its exceptional strength and resistance to corrosion, UHPC is the perfect material for bridges in India, a country with frequent extreme weather and high traffic volumes. Because UHPC is lightweight and can be used to create slender designs, its demand for high-rise buildings is rising as Indian cities expand. Because UHPC is precastable, it can be built quickly and in modules, which makes it ideal for a variety of infrastructure projects, including prefabricated buildings and metro rails.
  • Southeast Asia: The development of resilient and sustainable infrastructure is being actively promoted by several governments in Southeast Asia. These objectives are met by the environmental advantages of UHPC, such as decreased material consumption and carbon footprint, which draw funding and support from the government. Bridges, motorways, and transportation networks are among the many infrastructure projects being developed in Southeast Asian nations.
Europe:
  • Western Europe: Western Europe was one of the first areas to use UHPC technology. Because of its early adoption, the industry has a solid infrastructure consisting of seasoned producers, knowledgeable workers, and easily accessible technical knowledge. The area is home to a well-developed and vast network of infrastructure, which includes high-rise buildings, bridges, and other structures that greatly benefit from the exceptional strength, longevity, and durability of UHPC.
  • Eastern Europe: Although UHPC may have a higher initial cost, its remarkable durability results in lower maintenance costs and longer structure lifespans. Long-term cost-effectiveness is thus achieved, especially for public infrastructure projects. The use of UHPC is progressively growing in Eastern Europe as more architects, engineers, and construction professionals become aware of its benefits. Knowledge exchange, conferences, and case studies of successful projects serve as fuel for this.
Latin America:
  • Brazil: Sustainability is becoming a higher priority in Brazil’s construction industry. The adoption of UHPC is fueled by its lower environmental impact resulting from longer lifespans and less material usage, which is in line with this national goal. Research and development efforts by regional UHPC producers have improved the material’s characteristics and cost. UHPC is now more competitive in the Brazilian market thanks to its ongoing innovation.
  • Mexico: Mexico has an expanding domestic UHPC production capacity and a workforce with the necessary skills to handle and use this material. This improves project cost-effectiveness and lessens dependency on imports. Even though UHPC may initially cost more than conventional concrete, over time, maintenance expenses will be reduced due to its remarkable longevity and durability. This makes it a good choice for Mexican projects that have a tight budget.
Middle East and Africa:
  • Middle East: The adoption of cutting-edge building materials can be accelerated by government initiatives and investments in infrastructure and construction projects. UHPC, as a leader in high-performance materials, could gain from these kinds of investments. In this area, UHPC's resilience to environmental influences and robustness can be advantageous. UHPC may find use in projects in the oil and gas industry.
  • Africa: African countries can benefit from the introduction of advanced construction materials, such as UHPC, through partnerships with foreign construction firms and technology suppliers. The viability of employing UHPC in some African regions may depend on the availability of raw materials needed for UHPC production, such as superior aggregates and additional cementitious materials.
Oceania:
  • Australia and New Zealand: Because of its exceptional strength and ductility, UHPC is used in important infrastructure projects in Australia and New Zealand, particularly in earthquake-prone areas. These nations were among the first to use UHPC technology, and they have actively participated in its R&D, acquiring knowledge and creating a devoted market. The increasing focus on eco-friendly building methods complements UHPC's longevity and low material consumption, promoting its use in some projects.

List of Prominent Players:
  • Lafarge Holcim
  • Cemex S.A.B. de C.V.
  • ACC Limited
  • Vicat
  • Sika AG
  • U.S. Concrete, Inc.
  • MC-Bauchemie Muller GmbH & Co. KG
  • Gulf Precast Concrete
  • Ceentek
  • TAKTL
  • Elementbau Osthessen GmbH & Co.
  • ELO KG
  • Others
Segmentation of Global Ultra-High-Performance Concrete Market:

By Product:
  • Slurry-infiltrated Fibrous Concrete (SIFCON)
  • Reactive Powder Concrete (RPC)
  • Compact Reinforced Composite (CRC)
  • Others
By Application:
  • Roads & Bridge Construction
  • Building Construction
  • Military Construction 
  • Anti-detonating Construction
  • Others
By Region:
  • North America (U.S., Canada, Mexico)
  • Europe (Germany, France, UK, Italy, Spain, Rest of Europe)
  • Asia Pacific (China, Japan, India, Southeast Asia, Rest of APAC)
  • Latin America (Brazil, Argentina, Rest of Latin America)
  • Middle East & Africa (GCC Countries, UAE, Rest of MEA)
Table Of Content
Chapter 1 Research Methodology

            1.1 Research Methodology
                        1.1.1 Secondary Research:
                        1.1.2 Primary Research
            1.2 Market Size Estimation Methodology
                        1.2.1 Market Value Is Estimated Using: Top-Down Analysis and Bottom-Up Analysis
            1.3 Data Triangulation

Chapter 2 Industrial Insight and Market Scope
            2.1 Objectives of the Study
            2.2 USP of the Report
            2.3 Who is this report for?
            2.4 Regional Fragmentation
            2.5 List of Stakeholders

Chapter 3 Executive Summary
            3.1 Global Ultra-High-Performance Concrete Market, 2018– 2030, (USD Million)
                        3.1.1 Global Ultra-High-Performance Concrete Market Y-o-Y Growth Projection by Region (2023 - 2030)
            3.2 Global Ultra-High-Performance Concrete Market: Snapshot

Chapter 4 Ultra-High-Performance Concrete Market Overview
            4.1 Product Overview and Scope of Ultra-High-Performance Concrete
            4.2 Global Ultra-High-Performance Concrete Revenue Market Share (%) by regions in 2022 and 2030
                        4.2.1 North America Ultra-High-Performance Concrete Status and Prospect (2018-2030)
                        4.2.2 Europe Ultra-High-Performance Concrete Status and Prospect (2018-2030)
                        4.2.3 Asia Pacific Ultra-High-Performance Concrete Status and Prospect (2018-2030)
                        4.2.4 Latin America Ultra-High-Performance Concrete Status and Prospect (2018-2030)
                        4.2.5 Middle East & Africa Ultra-High-Performance Concrete Status and Prospect (2018-2030)
            4.3 Global Ultra-High-Performance Concrete Market Size (2018-2030)
                        4.3.1 Global Ultra-High-Performance Concrete Revenue Status and Outlook (2018-2030)
            4.4 Global Ultra-High-Performance Concrete Market by Regions (2018-2030)
                        4.4.1 Global Ultra-High-Performance Concrete Market Share (%) Comparison by Regions (2018- 2030)

Chapter 5 Global Ultra-High-Performance Concrete Market Competition by Manufacturers
            5.1 Global Ultra-High-Performance Concrete Revenue and Share by Manufacturers (2018-2022)

Chapter 6 COVID – 19 Impact Analysis on Ultra-High-Performance Concrete Market
            6.1 Impact of COVID-19 on Ultra-High-Performance Concrete Market
                        6.1.1 Supply chain disruption challenges:
                        6.1.2 Influencing Factors
                        6.1.3 Forecast Assumptions

Chapter 7 Ultra-High-Performance Concrete Market – Global Industry Analysis
            7.1 Market Drivers
            7.2 Restraints for Ultra-High-Performance Concrete Market
            7.3 Opportunities for Ultra-High-Performance Concrete Market
            7.4 Trends
            7.5 PESTEL Analysis for Ultra-High-Performance Concrete Market
                        7.5.1 Political factors
                        7.5.2 Economic Factors
                        7.5.3 Social Factors
                        7.5.4 Technological Factors
                        7.5.5 Legal Factors
                        7.5.6 Environmental Factors
            7.6 Porter’s Key Forces for Global Ultra-High-Performance Concrete Market
                        7.6.1 Bargaining Power of Suppliers
                        7.6.2 Bargaining Power of Buyers
                        7.6.3 Threat of Substitutes
                        7.6.4 The Threat of New Entrants
                        7.6.5 Degree of Competition
            7.7 Market Attractiveness Analysis
                        7.7.1 Market Attractiveness Analysis by Product Segment
                        7.7.2 Market Attractiveness Analysis by Application Segment

Chapter 8 Industry Chain Analysis of Ultra-High-Performance Concrete Market
            8.1 Industry Chain Analysis of Ultra-High-Performance Concrete Market

Chapter 9 Patent Analysis of Ultra-High-Performance Concrete Market
            9.1 Patent Analysis

Chapter 10 Global Ultra-High-Performance Concrete Market Revenue by Product
            10.1 Global Ultra-High-Performance Concrete Revenue and Market Share (%) by Product (2018-2030)
                        10.1.1 Slurry-infiltrated Fibrous Concrete (SIFCON) Ultra-High-Performance Concrete Status and Prospect (2018-2030)
                        10.1.2 Reactive Powder Concrete (RPC) Ultra-High-Performance Concrete Status and Prospect (2018-2030)
                        10.1.3 Compact Reinforced Composite (CRC) Ultra-High-Performance Concrete Status and Prospect (2018-2030)
                        10.1.4 Others Ultra-High-Performance Concrete Status and Prospect (2018-2030)

Chapter 11 Global Ultra-High-Performance Concrete Market Revenue by Application
            11.1 Global Ultra-High-Performance Concrete Revenue and Market Share (%) by Application (2018-2030)
                        11.1.1 Roads & Bridge Construction Ultra-High-Performance Concrete Status and Prospect (2018-2030)
                        11.1.2 Building Construction Ultra-High-Performance Concrete Status and Prospect (2018-2030)
                        11.1.3 Military Construction Ultra-High-Performance Concrete Status and Prospect (2018-2030)
                        11.1.4 Anti-detonating Construction Ultra-High-Performance Concrete Status and Prospect (2018-2030)
                        11.1.5 Others Ultra-High-Performance Concrete Status and Prospect (2018-2030)

Chapter 12 Global Ultra-High-Performance Concrete Manufacturers: Profile/ Analysis
            12.1 Lafarge Holcim
                        12.1.1 Company Basic Information, and Sales Area
                        12.1.2 Business Segment/ Overview:
                        12.1.3 Product Specification
                        12.1.4 Financial Overview
                        12.1.5 Business Strategy
                        12.1.6 Impact of COVID-19
                        12.1.7 SWOT Analysis
            12.2 Cemex S.A.B. de C.V.
            12.3 ACC Limited
            12.4 Vicat
            12.5 Sika AG
            12.6 U.S. Concrete, Inc.
            12.7 MC-Bauchemie Muller GmbH & Co. KG
            12.8 Gulf Precast Concrete
            12.9 Ceentek
            12.10 TAKTL
            12.11 Elementbau Osthessen GmbH & Co.
            12.12 ELO KG
            12.13 Others
            *Details on Business overview, Products and Solutions offered, Recent developments & SWOT analysis might not be captured in case of unlisted companies.

Chapter 13 Global Ultra-High-Performance Concrete Market: Regional Analysis

            13.1 Global Ultra-High-Performance Concrete Revenue and Market Share % by regions (2018-2030)

Chapter 14 North America Ultra-High-Performance Concrete Market Development Status and Outlook
            14.1 North America Ultra-High-Performance Concrete Market by Country, 2018-2030
            14.2 North America Ultra-High-Performance Concrete Market Size (2018-2030)
            14.3 North America Ultra-High-Performance Concrete Market Revenue (USD Million)
                        14.3.1 North America Ultra-High-Performance Concrete Market Revenue by Product (2018-2030)
                        14.3.2 North America Ultra-High-Performance Concrete Market Revenue by Application (2018-2030)

Chapter 15 Europe Ultra-High-Performance Concrete Market Development Status and Outlook
            15.1 Europe Ultra-High-Performance Concrete Market by Country, 2018-2030
            15.2 Europe Ultra-High-Performance Concrete Market Size (2018-2030)
            15.3 Europe Ultra-High-Performance Concrete Market Revenue (USD Million)
                        15.3.1 Europe Ultra-High-Performance Concrete Market Revenue by Product (2018-2030)
                        15.3.2 Europe Ultra-High-Performance Concrete Market Revenue by Application (2018-2030)

Chapter 16 Asia Pacific Ultra-High-Performance Concrete Market Development Status and Outlook
            16.1 Asia Pacific Ultra-High-Performance Concrete Market by Country, 2018-2030
            16.2 Asia Pacific Ultra-High-Performance Concrete Market Size (2018-2030)
            16.3 Asia Pacific Ultra-High-Performance Concrete Market Revenue (USD Million)
                        16.3.1 Asia Pacific Ultra-High-Performance Concrete Market Revenue by Product (2018-2030)
                        16.3.2 Asia Pacific Ultra-High-Performance Concrete Market Revenue by Application (2018-2030)

Chapter 17 Latin America Ultra-High-Performance Concrete Market Development Status and Outlook
            17.1 Latin America Ultra-High-Performance Concrete Market by Country, 2018-2030
            17.2 Latin America Ultra-High-Performance Concrete Market Size (2018-2030)
            17.3 Latin America Ultra-High-Performance Concrete Market Revenue (USD Million)
                        17.3.1 Latin America Ultra-High-Performance Concrete Market Revenue by Product (2018-2030)
                        17.3.2 Latin America Ultra-High-Performance Concrete Market Revenue by Application (2018-2030)

Chapter 18 Middle East & Africa Ultra-High-Performance Concrete Market Development Status and Outlook
            18.1 Middle East & Africa Ultra-High-Performance Concrete Market by Country, 2018-2030
            18.2 Middle East & Africa Ultra-High-Performance Concrete Market Size (2018-2030)
            18.3 Middle East & Africa Ultra-High-Performance Concrete Market Revenue (USD Million)
                        18.3.1 Middle East & Africa Ultra-High-Performance Concrete Market Revenue by Product (2018-2030)
                        18.3.2 Middle East & Africa Ultra-High-Performance Concrete Market Revenue by Application (2018-2030)

Chapter 19 Research Findings and Conclusion
            19.1 Key Takeaways
            19.2 Assumptions
No Methodology
No Available