#North America Concrete Restoration Market

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The global concrete restoration market size is estimated to be USD 15.0 billion in 2021 and is projected to reach USD 20.4 billion by 2026, at a CAGR of 6.2%. The high growth of concrete restoration can be attributed to the growing number of construction repair projects globally due to the rising population, rapid urbanization, and increased economic growth in some regions. Emerging markets like China, the UAE, and India are showing remarkable growth due to the aforementioned factors. This has been a decisive factor in theconcrete restoration market growth, especially in regions like North America and Europe, where concrete restoration products' usage is relatively high. By 2026, many new companies will emerge from China, having low-cost concrete restoration products and, thus, offer heavy competition to the existing market players.

Based on material type, the concrete restoration market is segmented into shotcrete, quick setting cement mortar, concrete fiber, and others. Quick setting cement mortar dominated the concrete restoration market in terms of value. This market is divided into water & wastewater treatment, dams & reservoirs, roads, highways & bridges, marine, buildings & balconies, and others based on target applications. Roads, highways & bridges dominated the concrete restoration market in terms of value.

Based on target application, the marine application is projected to register the highest CAGR, in terms of value, during the forecast period. The concrete used in the marine industry is exposed to numerous harsh conditions, including physical and chemical attacks. The projected growth shows that most target applications will grow at a high CAGR from 2021–2026, overcoming the adverse effects of global lockdowns and economic standstill caused by the COVID–19 pandemic.

The Asia Pacific is expected to witness the highest growth at a CAGR of 7.2% between 2021 and 2026. The increasing economic growth and rapid increase in population are expected to boost the concrete restoration market in this region significantly. In terms of value, Europe is the second-largest market for concrete restoration worldwide and is projected to witness a CAGR of 5.9% during the forecast period

Major players such as Sika (Switzerland), Mapei S.p.A (Italy), Master Builders Solutions (Germany), Fosroc (UAE), BASF SE (Germany), Pidilite Industries (India), RPM International (US), Fyfe (US), Saint-Gobain Weber S.A. (France), and The Euclid Chemical Company (UK), among others, have framed their strategies to penetrate and create bases in the emerging markets.

[southeastasianists]

Acclaimed Dutch architect Rem Koolhaas described it a masterpiece of experimental architecture. Singaporeans were drawn to it for its atmosphere and the abundance of cheap Thai food. For Thais living in Singapore, it was a home away from home.

Golden Mile Complex, also known as Little Thailand, was sold in 2021 to a consortium which will redevelop the building. As it has been gazetted as a conserved building by the Urban Redevelopment Authority, its physical structure is likely to be preserved. However, the same cannot be said for its unique character. Its tenants – a mix of inexpensive Thai eateries, seedy bars and tiny shops selling Thai perishables – were given until May 2023 to move out. Now that they have dispersed, they are unlikely to return.

As an era in the building’s history ends, it is timely to look back at its history, which goes back five decades.

Building Golden Mile Complex

Officially opened on 28 January 1972, Golden Mile Complex was an urban renewal project by the government to “redevelop and rejuvenate the slum-ridden areas in the Singapore city centre”.1 In the 1960s, the site was home to squatter settlements, small-time furniture and rattan makers, and the Kampong Glam Community Centre.2

In June 1967, then Minister for Law and National Development E.W. Barker announced that the area would be one of 14 urban redevelopment projects which would be transformed – resulting in modern skyscrapers, luxury apartments, hotels and shops – to give rise to a “new look Singapore”. These projects would involve the participation of private enterprises.3

Singapura Developments won the tender for the three-acre site that would eventually host Golden Mile Complex with a proposal for a building by the architecture firm Design Partnership (now known as DP Architects), which was then helmed by William S.W. Lim, Tay Kheng Soon and Koh Seow Chuan. The three men had convinced Singapura Developments to bid for the site in May 1969, offering the unusual proposition for a single building that would integrate shops, offices and apartments. Although the concept differed sharply from the government’s original proposal for luxury apartments on the plot, Lim, Tay and another architect, Gan Eng Oon, proved their design could work with an economic feasibility study that included precisely calculated land and sale prices.4

The all-in-one design of Golden Mile Complex marked a significant shift from how city planners in Singapore then traditionally segregated areas into different zones for “live, work, play”. In fact, it embodied Lim’s vision for “megastructures” that would contain all the functions of a city within a building, which he believed to be the future of Asian cities.

“We must reject outdated planning principles that seek to segregate man’s activities into arbitrary zones, no matter how attractive it may look in ordered squares on a land use map. We must reject arbitrary standards laid down that limit the intensive use of land,” said Lim and Tay as part of an essay for the Singapore Planning and Urban Research Group that was published in Asia Magazine in 1966.5 This vision was realised in Golden Mile Complex: a concrete megastructure that became one of the earliest mixed-use developments in Singapore and Asia.6

In January 1970, Singapura Developments began marketing the property and declared that “The Golden Mile Race Is On”. All 64 apartments were snapped up within a month, and most of the offices and shops were sold by the time building works commenced in May 1970.7

The building was originally named Woh Hup Complex, after the parent company of Singapura Developments. Rising 16 storeys, the edifice was designed in the Brutalist style popular in Europe and North America from the 1950s to the 1970s.8 It was constructed in a stepped terraced design held up by two end pillars that each adorned a star logo by Singapore’s leading graphic designer William Lee.9 Such a facade maximised waterfront views for the 64 apartments and maisonette penthouses spread across the topmost seven floors.

The next six floors housed 210 offices and studios to complete the tower that was seemingly pried apart in the middle. This sheltered a residential play deck facing Beach Road on the 10th storey while letting in natural light and ventilation into the office corridors and a three-storey podium. The latter comprised 360 shops that sat atop a basement carpark for 550 vehicles.

Completing the facilities was a four-storey residential car park at one end of the building that was topped with an open-air swimming pool overlooking the former Crawford Park. All these different functions were connected by corridors, including a “street” that ran through the podium of shops. The result was an interiorised environment designed to “encourage human interaction and intensify public life”.10

A Hub of Modernity

Woh Hup Complex was part of a pioneering wave of shopping centres to open in Singapore in the early 1970s, along with People’s Park Complex in Chinatown and Tanglin Shopping Centre and Specialists’ Centre in the Orchard Road area.

Like many of the complexes built then, Woh Hup Complex was also a strata-titled development. This form of property ownership was introduced by the government in 1968 to allow individual owners to have a share of a land. It allowed property developers to quickly recoup their investment by tapping on a pool of buyers, and also enabled individuals to participate in the on-going modernisation of Singapore.11

Woh Hup Complex offered shop lots in various sizes, starting from a 144-square-foot lot for just $16,500.12 The prices were lower compared to other shopping centres because the complex was at the city centre fringe. But its developer remained bullish about its prospects. “We offer easy parking, no frayed nerves while coming up here,” said T.M. Yong, a director at Singapura Developments. “Our shop owners will most probably be able to offer goods at lower prices.”13 The earliest tenants in the complex were an eclectic mix of shoe retailers, beauty salons, photo studios, furniture suppliers, travel agents, eateries, restaurants and nightclubs.14

As one of the first buildings to offer modern office spaces in Singapore, Woh Hup Complex attracted many businesses too. Singapura Developments and its parent company Woh Hup as well as Design Partnership set up offices in the building.15 The complex also became known for its many architecture and engineering firms, including OD Architects who were conceiving the masterplan for the National University of Singapore’s Kent Ridge campus, Cardew and Rider Engineers who were working with Design Partnership on Marina Square, and several engineering firms involved in the construction of Singapore’s up-and-coming Mass Rapid Transit network.16

But a decade after the complex opened, there were complaints of interrupted water supply, faulty air-conditioning and lifts, leaking roofs, rotting ceiling boards, rubbish piling up along the corridors, and broken or missing lights.17 These were reported after Woh Hup exited the property market and sold Singapura Developments along with its properties to City Developments in 1981.18 Woh Hup Complex was then renamed Golden Mile Complex.

The Rise of “Little Thailand”

By the mid-1980s, many of the building professionals had moved their offices elsewhere and Golden Mile Complex became better known as the haunt of foreign construction workers, specifically those from Thailand.

After work, particularly on Sundays and public holidays, homesick Thai workers thronged Golden Mile Complex to drink Singha beer, catch up on news back home by reading Thai newspapers, and listen to Thai music on cassette tapes. The draw for most was the various eateries selling Thai food at reasonable prices on the ground floor. Not only did these establishments serve food just like home, they served them on tables and chairs “scattered in front of food shops” or along the corridors and the concourse – just “[like] a street corner in Haadyai or Bangkok”.19

Golden Mile Complex was also the terminal for tour buses plying the Singapore-Haadyai route operated by travel agencies located in the complex and the neighbouring Golden Mile Tower. As the Thai clientele in the complex grew, it became referred to as “Little Bangkok” and “Little Thailand”.20 The Thai community injected new life into what was then a rapidly ageing Golden Mile Complex, and attracted even more shops to serve the community. A tailor in the complex reportedly expanded from one shop to seven to sell all things Thai, while a “100% genuine Thai style” disco named Pattaya opened in 1988 on the second floor.21 There was even a 50-seat “cinema” that screened kick-boxing specials and Thai features at $3 a ticket.22

In 1986, the Straits Times reported that Golden Mile Complex “would be a ghost town but for the office workers, who appear at lunch time, and the Thais, who have made it their haunt”. Dorothy, a secretary working in an architecture firm in the complex, told the Straits Times: “Before the Thais started coming here about four years ago, the place was very dead. Now, it’s sometimes so noisy that you get a headache.” Because fights would occasionally break out, she was not a fan of the place. “For Thai food, I’d rather go to Joo Chiat,” she added.23 Her sentiments were shared by many other Singaporeans who avoided Golden Mile Complex on Sundays.

As one shopowner explained: “Our Sunday business has been hit. Some customers stay away because of the Thai character of the place.” A food stall operator added: “The Thais linger for hours, drinking beer and eating their favourite beef noodles. Sometimes, they fight among themselves over a few drinks.”24

It did not help that migrant workers and the complex were often in the news for the wrong reasons. As part of the government’s massive crackdown on illegal migrants in March 1989, 370 suspected Thai undocumented workers at Golden Mile Complex were nabbed in a single operation.25

National Icon or National Disgrace?

In 1994, Rem Koolhaas visited Singapore and marvelled at its development in his seminal essay “Singapore Songlines”. He was particularly captivated by Golden Mile Complex and People’s Park Complex, which he praised as “���masterpieces’ of experimental architecture/urbanism”.26 On his next visit to Singapore in 2005, Koolhaas said: “These buildings were not intended to be landmarks but became landmarks. Yesterday, I went to see all the buildings again, and they are absolutely stunning, radical and amazing.”27

While Koolhaas and many in the architecture fraternity saw Golden Mile Complex as the future, most Singaporeans regarded it as a relic of the past. By the 1990s, a slew of new shopping centres had sprung up near the complex, including Raffles City, Bugis Junction, Suntec City, Millenia Walk and Marina Square. Many felt Golden Mile Complex and other strata-title malls were simply no match for these single-owner developments that could plan a more attractive retail mix to woo shoppers.28 A 1996 article in the Straits Times assessed that Golden Mile Complex was unlikely to change because of its ownership structure and should simply “fill [the] low-end gap”.29

The disconnect between Golden Mile Complex’s celebrated architecture and its decline came to a head in 2006. During a parliamentary session on 6 March, then Nominated Member of Parliament Ivan Png called it a “vertical slum”. He was particularly irked by how each individual owner had added “extensions, zinc sheets, patched floors, glass, all without any regard for other owners and without any regard for national welfare”, resulting in “a terrible eyesore and a national disgrace”.

“The appearance of Golden Mile Complex appals me whenever I drive along Nicoll Highway. It must create a terrible impression on foreign visitors arriving from the airport. How can we be a world-class city in a garden? The Golden Mile Complex is just the most extreme of how a strata-title property can deteriorate,” he said.30

This came just after Golden Mile Complex was featured in Singapore 1:1 – City, a publication showcasing significant architecture and urban design in the city-state.31 “That’s a real joke!” said Png. “Can you imagine if that thing was standing on the Singapore River between OCBC Building and UOB Centre?” He added: “It just gives me goosebumps. It’s so close to the city, yet it’s so unlike Singapore – orderly, tidy, everything neat. It’ll drag us down.”32

Not everyone agreed with his criticism. Retiree Evelyn Ong, who moved into the complex in 2005, immediately booked her 11-storey apartment after seeing the breathtaking views. She said: “Once I stepped in and saw the view, I said book, book, must book.” She bought her 1,000-square-foot apartment for about $310,000, and spent about $70,000 on renovations to make it look like a holiday resort. “I think I’m very lucky. It’s so difficult to find such a nice view. Every day, I sit here (at my balcony) and I can see the beautiful lights at night.” She agreed that more could be done to spruce up the building though.33

The local architecture fraternity pushed back against Png’s comments. In August 2006, Calvin Low, a trained architect and journalist, kickstarted a monthly series on local architecture in the Straits Times and titled his first article “Golden Mile Still Shines”.

“The architectural thesis that GMC [Golden Mile Complex] represented was revolutionary – not just for Singapore but globally, too. It stood as a concrete realisation of the architects’ vision of a futuristic city-within-a-building that offered a whole, new integrated way of living in a modern, tropical, urban Asian context,” he wrote.34

In November the same year, a collective of architects, designers and artists known as FARM launched “Save the Modern Building Series”, a lineup of talks to raise awareness of the complex and other pioneering modern buildings such as Pearl Bank Apartments.35 In November 2007, the inaugural architecture festival, Singapore ArchiFest 07 – organised by the Singapore Institute of Architects to celebrate Singapore’s built environment – featured tours of the complex conducted by architecture students from the National University of Singapore.36

A Landmark Saved, a Community Lost

In August 2018, news broke that more than 80 percent of the owners of units in the complex had agreed to put the building up for an en bloc sale at $800 million. This came hot on the heels of the sale of another modernist icon, Pearl Bank Apartments,37 just six months earlier. Heritage and architectural experts were dismayed at the news. “It will be a tragedy and a great loss to Singapore if the en-bloc sale results in the demolition and redevelopment of such an important urban landmark with such high architectural and social significance,” said heritage conservation expert Ho Weng Hin.38

Although architects and academics petitioned for Golden Mile Complex to be conserved, residents were in two minds about it. The complex’s long-time residents confessed they could no longer keep up with the building’s maintenance needs. “The problem is that it’s an old building, and when it rains, the water seeps through some of the walls. The building has water-proofing issues,” said Ponno Kalastree, who had lived and worked there since 1989. He was among those who had voted for the sale and was planning to downgrade to a Housing and Development Board flat, but admitted that he would miss the place.39

To the surprise of many, the Urban Redevelopment Authority (URA) told the Business Times in October 2018 that they have “assessed the building to have heritage value, and is in the process of engaging the stakeholders to explore options to facilitate conservation”. “Modern architecture, dating from our recent past, is a significant aspect of our built heritage, and we have selectively conserved a number of such buildings. Where there is strong support and merits for conservation, we will work with the relevant stakeholders to facilitate the process,” said the URA. This meant that the existing building could be retained while a new block would be added next to it.40

The tender closed in January the following year without any offer, and a second tender launched just two months later with the same terms and price tag of $800 million suffered the same fate.41

Almost one year after the two failed collective sales, the URA announced in October 2020 that it was officially proposing Golden Mile Complex to be conserved in light of its historical and architectural significance.42 When it was gazetted a year later in October 2021, Golden Mile Complex became the “first modern, large-scale strata-titled development to be conserved in Singapore”.43

The owners relaunched an en bloc sale in December that year at the same price of $800 million.44 This time, the sale was successful and the complex was sold in May 2022 to a consortium comprising Far East Organization, Sino Land and Perennial Holdings. Although their bid was $100 million lower than the reserve price, the owners agreed to the sale within “a record time of 15 days”.45

At the point of publishing this essay, the new owners have yet to reveal how they plan to redevelop Golden Mile Complex, though it is unlikely that any of the former tenants will return. The battle to conserve Golden Mile Complex has, ironically, cost the community who kept it alive when others moved on to swankier new buildings. But all, however, is not lost. The redevelopment of Golden Mile Complex could serve as a model for how other similar buildings in Singapore can be conserved and enjoy a new lease of life for the future.

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Concrete Repair System Market Analysis: Strategies for Success in a Growing Industry

The concrete repair system market is a vital segment of the construction and infrastructure industry, focused on maintaining the integrity and longevity of concrete structures. As aging infrastructure and environmental factors contribute to the deterioration of concrete, the demand for effective repair solutions has surged. This market encompasses a variety of products and technologies designed to restore, rehabilitate, and enhance the performance of concrete surfaces.

The concrete repair system market was valued at $12.2 billion in 2022 and is projected to grow at a CAGR of 5.0% from 2023 to 2031. By the end of 2031, the market is expected to reach approximately $20.9 billion. This growth is driven by increasing urbanization, rising investments in infrastructure development, and the need for sustainable construction practices.

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Market Segmentation

The concrete repair system market can be segmented based on various criteria:

By Service Type

Repair Services: Includes services such as crack sealing, surface restoration, and concrete resurfacing.

Restoration Services: Encompasses the complete rehabilitation of damaged concrete structures.

Preventive Maintenance Services: Focused on maintaining the quality and durability of concrete through regular inspections and treatments.

By Sourcing Type

In-house Sourcing: Companies manage their own concrete repair processes internally.

Outsourced Sourcing: Third-party service providers are engaged for concrete repair tasks.

By Application

Residential: Includes applications in homes, driveways, and sidewalks.

Commercial: Focuses on retail spaces, offices, and other commercial establishments.

Industrial: Involves warehouses, factories, and other industrial facilities.

By Industry Vertical

Construction: New buildings and infrastructure projects.

Transportation: Roads, bridges, and airports.

Water Management: Dams, canals, and water treatment facilities.

Energy: Power plants and renewable energy structures.

By Region

North America

Europe

Asia-Pacific

Latin America

Middle East and Africa

Regional Analysis

The North American region currently holds a significant share of the concrete repair system market due to extensive infrastructure development and the presence of major market players. The Asia-Pacific region is expected to witness the highest growth rate during the forecast period, driven by rapid urbanization, increasing government investments in infrastructure, and a growing construction sector.

Market Drivers and Challenges

Drivers

Aging Infrastructure: The need to repair and maintain aging concrete structures is a primary driver of market growth.

Urbanization: Rapid urban development increases the demand for new construction and repair of existing structures.

Technological Advancements: Innovations in concrete repair materials and techniques enhance the effectiveness and efficiency of repairs.

Challenges

High Costs: The initial investment for advanced repair systems can be a barrier for some companies.

Skill Shortage: A lack of skilled labor for concrete repair and maintenance services poses a challenge for the industry.

Market Trends

Sustainability: There is a growing focus on eco-friendly repair solutions, with companies investing in sustainable materials and practices.

Smart Repair Technologies: The adoption of smart technologies, such as sensors and monitoring systems, is on the rise, allowing for proactive maintenance and repairs.

Increased Government Investments: Governments are increasing funding for infrastructure projects, driving demand for concrete repair systems.

Future Outlook

The future of the concrete repair system market looks promising, with continued growth anticipated due to urbanization and infrastructure investments. Companies are expected to focus on developing innovative and sustainable repair solutions to meet the evolving needs of the construction industry.

Key Market Study Points

The market is projected to reach USD 20.9 billion by 2031.

The Asia-Pacific region is expected to experience the highest growth rate.

Sustainability and technological advancements are key trends shaping the market.

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Competitive Landscape

The concrete repair system market is characterized by the presence of several key players, including:

Sika Group

Fosroc International Limited

BASF Corporation

KREISEL Technika Budowlana Sp. z o.o.

MAPEI Corporation

ARDEX Americas

These companies are focusing on product innovation, strategic partnerships, and mergers and acquisitions to enhance their market position.

Recent Developments

Recent developments in the concrete repair system market include:

The introduction of eco-friendly repair materials that reduce environmental impact.

Innovations in application techniques, such as the use of drones for inspecting and repairing hard-to-reach areas.

Increased focus on digital solutions for monitoring the health of concrete structures.

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[omshinde5145]

Concrete Repair Mortars Market Size, Trends, Revenue Share Analysis, Forecast, 2024–2030

The Concrete Repair Mortars Market was valued at USD 3.1 billion in 2023-e and will surpass USD 5.4 billion by 2030; growing at a CAGR of 8.3% during 2024 - 2030. Concrete repair mortars are specially formulated materials used to restore, protect, and rehabilitate deteriorated concrete surfaces and structures. They’re designed to repair cracks, voids, and other forms of damage, restoring structural integrity and extending the life of the structure. These mortars can be applied in various forms, including manual patching, spraying, and pouring.

Concrete repair mortars are used in a wide range of applications, including buildings, bridges, tunnels, roads, industrial facilities, and residential construction. They are essential in the repair and maintenance of aging infrastructure, an issue that has become more pressing in recent years as cities and nations seek to preserve and prolong the life of their infrastructure assets.

Key Players in the Market

Several companies are actively involved in the production and distribution of concrete repair mortars. These include:

BASF SE

Sika AG

Mapei S.p.A.

Ardex Group

Fosroc International Ltd.

Saint-Gobain Weber S.A.

These companies are investing in research and development to introduce innovative products that meet the growing demands of the construction and repair industries.

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Challenges and Opportunities

While the concrete repair mortars market is experiencing steady growth, it faces certain challenges, including:

High Costs of Advanced Mortars: While high-performance mortars offer better results, they often come with a higher price tag, which can deter some customers, particularly in price-sensitive markets.

Skilled Labor Shortage: The application of repair mortars requires skilled labor, and a shortage of trained professionals can slow down adoption in some regions.

However, opportunities abound, particularly in emerging markets and in the development of more sustainable and durable products. Companies that can address the need for eco-friendly and cost-effective solutions stand to benefit the most.

Market Trends and Drivers

Aging Infrastructure: One of the primary drivers of the concrete repair mortars market is the global issue of aging infrastructure. Many countries, especially in developed regions like North America and Europe, have infrastructure that was built decades ago and is now in need of repair. From bridges and highways to industrial facilities, concrete repair mortars are crucial in maintaining these assets.

Sustainability and Eco-Friendly Solutions: As the construction industry increasingly focuses on sustainability, concrete repair mortars play a vital role. Repairing existing structures is far more eco-friendly than demolishing and rebuilding them. Manufacturers are also developing more sustainable products with reduced carbon footprints, which is a growing trend in the market.

Urbanization and Industrialization: In emerging markets, rapid urbanization and industrialization are contributing to the growth of the construction sector, and with it, the demand for concrete repair materials. As new infrastructure is built and existing infrastructure ages, the demand for repair mortars is expected to rise steadily.

Technological Advancements: Advances in material science have led to the development of more advanced and durable concrete repair mortars. New products are designed to be more resilient to harsh environmental conditions, quicker to apply, and longer-lasting, making them more cost-effective over time.

Government Initiatives and Regulations: Governments worldwide are increasingly focusing on infrastructure repair and maintenance through various initiatives and funding programs. In many regions, regulations mandate the use of specific types of repair mortars for certain structures to ensure safety and durability, providing an additional boost to the market.

Market Segmentation

The concrete repair mortars market can be segmented based on product type, application, end-use, and region.

By Product Type:

Polymer-Modified Cementitious Mortars: These are commonly used due to their flexibility, adhesion, and resistance to cracking.

Epoxy-Based Mortars: These are more suitable for heavy-duty applications due to their high strength and chemical resistance.

Others: Including quick-setting mortars and specialty products designed for specific applications.

By Application:

Structural Repair: Focuses on repairing load-bearing structures.

Non-Structural Repair: Used for surface repairs and aesthetic enhancements.

Waterproofing: Repair mortars designed to prevent water infiltration.

Floor Repair: Mortars specifically formulated for industrial and commercial flooring.

By End-Use:

Buildings: Both residential and commercial.

Infrastructure: Including bridges, highways, tunnels, and airports.

Industrial: Factories, power plants, and other industrial facilities.

Marine Structures: Ports, docks, and underwater applications.

By Region:

North America: Dominates the market due to aging infrastructure and heavy investment in repair.

Europe: Similar to North America, with a focus on sustainable construction practices.

Asia-Pacific: Rapid urbanization and industrialization are driving the market here, especially in countries like China and India.

Middle East and Africa: Growth is being driven by infrastructure development projects.

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Future Outlook

The future of the concrete repair mortars market looks promising, with growth expected across all regions. The ongoing need for infrastructure maintenance, coupled with advances in material technology and a focus on sustainability, will drive demand for these products. Additionally, government initiatives and funding for infrastructure repair will continue to support market expansion.

As construction industries across the globe pivot toward more sustainable practices, concrete repair mortars will remain a critical solution for prolonging the life of structures while minimizing environmental impact. With new technologies and materials being developed, the market will likely see a shift towards more advanced, durable, and environmentally friendly products in the coming years.

Conclusion

The concrete repair mortars market is growing steadily as the world grapples with aging infrastructure and the need for sustainable construction practices. By providing effective solutions for extending the life of concrete structures, these mortars play a critical role in maintaining the integrity of buildings, bridges, roads, and industrial facilities. With continued innovation and government support, the future of the market looks bright, offering ample opportunities for both established players and new entrants.

[credenceresearchdotblog]

The construction flooring chemicals market is projected to grow from USD 1699.04 million in 2023 to USD 2371.98 million by 2032, at a CAGR of 3.60%.In the realm of construction, flooring plays a pivotal role not only in aesthetics but also in functionality and durability. Behind the scenes, there exists a market dedicated to providing the necessary chemicals for various flooring applications. From concrete sealers to epoxy coatings, these chemicals are essential for enhancing the strength, resilience, and longevity of floors across different sectors. This article delves into the nuances of the construction flooring chemicals market, exploring its current landscape and future prospects.

Browse the full report at https://www.credenceresearch.com/report/construction-flooring-chemicals-market

Market Overview: The construction flooring chemicals market has been witnessing steady growth globally, driven by the burgeoning construction industry and increasing demand for durable and aesthetically pleasing flooring solutions. According to recent market analyses, the market is expected to experience a compound annual growth rate (CAGR) of around X% over the forecast period. This growth can be attributed to several factors, including rapid urbanization, infrastructural developments, and the adoption of advanced flooring technologies.

Key Players and Products: Several prominent players operate in the construction flooring chemicals market, offering a diverse range of products tailored to meet the specific requirements of different applications. These products encompass various chemical formulations such as epoxy resins, polyurethane coatings, sealers, adhesives, and additives. Some of the leading players in the market include BASF SE, Sika AG, RPM International Inc., and The Dow Chemical Company, among others. These companies continually innovate to develop advanced formulations that cater to evolving customer needs while adhering to stringent regulatory standards.

Market Segmentation: The construction flooring chemicals market can be segmented based on product type, application, end-user industry, and geographical regions. Product segmentation includes epoxy, polyurethane, acrylic, and others. Applications range from residential to commercial, industrial, and institutional sectors. End-user industries encompass construction, automotive, healthcare, and manufacturing, among others. Geographically, the market is divided into North America, Europe, Asia Pacific, Latin America, and the Middle East & Africa.

Trends and Drivers: Several trends are shaping the construction flooring chemicals market landscape. One prominent trend is the growing preference for environmentally sustainable and low VOC (Volatile Organic Compound) products. As environmental consciousness increases, manufacturers are focusing on developing eco-friendly formulations without compromising performance. Additionally, advancements in technology, such as self-leveling compounds and moisture mitigation systems, are gaining traction in the market, offering enhanced efficiency and durability.

Moreover, the rapid expansion of the construction industry, particularly in emerging economies, is fueling market growth. Infrastructure projects, urban development initiatives, and the construction of commercial and residential buildings contribute to the rising demand for high-quality flooring solutions. Furthermore, the increasing focus on renovation and remodeling activities in the existing infrastructure is driving the adoption of flooring chemicals for restoration and enhancement purposes.

Challenges and Opportunities: Despite the optimistic outlook, the construction flooring chemicals market faces certain challenges, including fluctuating raw material prices and regulatory constraints. The volatility in raw material costs can impact profit margins and pricing strategies of manufacturers. Moreover, stringent regulations pertaining to product safety, environmental impact, and VOC emissions necessitate compliance, adding to operational complexities.

However, these challenges also present opportunities for market players to innovate and diversify their product portfolios. Collaborations with research institutions and investment in R&D activities can lead to the development of novel formulations with improved performance and sustainability credentials. Additionally, strategic partnerships and expansion into untapped regions offer avenues for growth and market expansion.

Key Player Analysis

AkzoNobel

BASF

Borealis Ag

Dow Chemical

Dupont

Exxon Mobil

Forbo Holding

Huntsman Corp

LG Chemical

Lyondellbasell Industry

Segments:

Based on Product:

Epoxy Floor Coating

Grout Chemicals

Admixtures Chemicals

Floor Hardeners

Curing and Sealing Compounds

Primers

Polyurethane Coating

Others

Based on Application:

Industrial Flooring

Residential Flooring

Waterproofing

Repair and Protection

Anti-skid

Anti-slip Flooring

Others

Based on End-Use Industry:

Building and construction

Residential

Independent Houses

Apartments

Row Houses

Commercial

Office Building

Hospitals

Retailers

Hotel/Hospitality

Restaurants

Educational Institutions

Others

Industrial

Infrastructural

Airports

Highways

Others

Based on the Geography:

North America

The U.S.

Canada

Mexico

Europe

Germany

France

The U.K.

Italy

Spain

Rest of Europe

Asia Pacific

China

Japan

India

South Korea

South-east Asia

Rest of Asia Pacific

Latin America

Brazil

Argentina

Rest of Latin America

Middle East & Africa

GCC Countries

South Africa

Rest of the Middle East and Africa

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[chemicalsectorupdates]

Navigating Regulatory Frameworks in the Concrete Bonding Agents Market

Growing Demand for Concrete Construction to Drive Growth in the Concrete Bonding Agents Market Concrete bonding agents, also known as concrete adhesives, are materials used to bind concrete to concrete or other materials. They are primarily used for repairing and restoration of old concrete structures. Bonding agents fill the voids and pores on concrete surfaces and help achieve a strong bond after application of fresh concrete. Some key properties of concrete bonding agents include high bond strength, resistance to water, and compatibility with existing substrates including concrete, masonry and wood among others. The global concrete bonding agents market is estimated to be valued at US$ 2,773.5 Mn in 2024 and is expected to exhibit a CAGR of 8.2% over the forecast period 2023 to 2030. Concrete bonding agents offer advantages such as improving mechanical strengths and achieving an effective bond between old and new concrete. They help extend the lifespan of structures by reinforcing and restoring cracked or damaged concrete surfaces. Key Takeaways Key players: Key players operating in the concrete bonding agents market include Sika AG, Fosroc International Ltd., BASF SE, Saint-Gobain Weber S.A., Mapei S.p.A., Dow Construction Chemicals, Lafarge Holcim, The Euclid Chemical Company, GCP Applied Technologies Inc, Dow Corning Corporation, and The Quikrete Companies, Inc. Technological advancements: Manufacturers are focusing on developing advanced bonding agent formulations that offer higher strength, better workability and improved compatibility with different substrates. Eco-friendly water-based products are gaining popularity owing to stringent regulations on VOC emissions. Market Opportunities 1. Infrastructure projects in developing nations - Countries in Asia and Africa are expected to heavily invest in new roads, bridges and buildings over the coming years. This presents significant opportunities for concrete adhesive suppliers. 2. Adoption in commercial construction - Increasing construction of malls, warehouses, office spaces and other commercial facilities will drive the use of concrete bonding agents for new construction as well as repair works. Impact of COVID-19 on Concrete Bonding Agents Market Growth The COVID-19 pandemic had major impact on the growth of the concrete bonding agents market. During the peak of the pandemic, lockdowns were imposed globally which led to stoppage of all construction activities. This reduced the demand for concrete bonding agents in 2020. However, infrastructure construction was declared as an essential service in many countries which helped sustain some level of demand. With easing of restrictions in 2021, construction activities resumed gradually. But disruptions in supply chains, shortage of labor and increased prices of raw materials slowed down the market recovery. In 2022, post pandemic recovery has gained momentum as most countries have lifted lockdowns completely. Infrastructure development plans of many governments are boosting the use of concrete bonding agents again. The value for concrete bonding agents market is most concentrated in North America region. Countries like United States and Canada have extensive highways, bridges and building construction activities on a large scale. According to industry estimates, the market size for concrete bonding agents was around US$ 900 Mn in United States alone in 2023. Robust infrastructure spending by governments in these countries to upgrade ageing infrastructure is driving the demand. Europe is also a major geographical region for this market attributed to ongoing infrastructure modernization projects.

[vynzresearchreport]

Unveiling the Growth Potential: Global Self-Healing Materials Market Analysis, Trends, and Forecast

The global self-healing materials market is experiencing remarkable growth, driven by the rising demand for advanced materials with self-repairing capabilities across various industries. Self-healing materials possess the remarkable ability to repair damages and restore their structural integrity, offering significant advantages in terms of longevity, durability, and cost-effectiveness. In this article, we delve into the key factors, market trends, and growth prospects shaping the self-healing materials industry, as identified by VynZ Research.

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Growing Applications Fueling Market Expansion:

The widespread applications of self-healing materials have paved the way for their increasing adoption across diverse industries. From automotive and aerospace to electronics and construction, self-healing materials are revolutionizing product design and manufacturing processes. The ability of these materials to autonomously repair minor damages and extend the lifespan of products has gained traction among manufacturers, leading to enhanced performance, reduced maintenance costs, and improved customer satisfaction.

The Surge in Research and Development Efforts:

The self-healing materials market is witnessing a surge in research and development activities, driving innovation and technological advancements. Manufacturers and researchers are continuously exploring new approaches to enhance the healing capabilities of materials, expanding their range of applications. Collaborations between industry players, academic institutions, and research organizations are facilitating the development of cutting-edge self-healing materials, poised to reshape various sectors.

Environmental Sustainability Driving Market Growth:

With increasing environmental concerns, there is a growing emphasis on sustainable materials and practices. Self-healing materials align with this objective by promoting product longevity, reducing waste generation, and minimizing the need for frequent replacements. As sustainability gains prominence across industries, the demand for self-healing materials is expected to soar, driven by their ability to enhance product lifecycle and minimize environmental impact.

Automotive and Construction Industries at the Forefront:

Among the various industries embracing self-healing materials, automotive and construction are emerging as key drivers of market growth. In the automotive sector, self-healing materials are employed in paints, coatings, and interior components, ensuring superior aesthetics and protection against scratches and minor damages. Similarly, in construction, self-healing materials find applications in concrete structures, offering enhanced durability and resistance against cracks, thereby reducing maintenance costs and increasing the lifespan of buildings.

Regional Outlook and Market Opportunities:

The self-healing materials market showcases significant growth prospects across different regions. North America and Europe lead the market, driven by their strong research and development capabilities and robust industrial infrastructure. However, the Asia Pacific region is rapidly emerging as a lucrative market, fueled by the expanding manufacturing sector, increasing infrastructure investments, and rising demand for innovative materials. Latin America and the Middle East & Africa also present untapped opportunities for market players, owing to their growing industrialization and infrastructure development projects.

Conclusion:

The global self-healing materials market is witnessing rapid growth, driven by the increasing demand for resilient and long-lasting materials across industries. As research and development efforts continue to push the boundaries of material science, the market is set to unlock new possibilities and applications. By embracing the power of self-healing materials, industries can enhance product performance, reduce maintenance costs, and contribute to a sustainable future. Market players need to stay at the forefront of innovation to capitalize on the immense opportunities that lie ahead in this dynamic and promising market.

About Us: VynZ Research is a global market research firm offering research, analytics, and consulting services on business strategies. We have a recognized trajectory record and our research database is used by many renowned companies and institutions worldwide to strategize and revolutionize business opportunities.

Source: VynZ Research

[wahid007posts]

FRP Rebar Market likely to reach beyond USD 91.00 Million by 2021 at a CAGR of 11.4%

The report "FRP Rebar Market by Resin Type, by Fiber Type, by Application (Highways, Bridges, & Buildings, Marine Structures & Waterfronts, Water Treatment Plants, and Others) - Global Forecasts to 2021", published by MarketsandMarkets, The global market is projected to reach USD 91.00 Million by 2021, registering a CAGR of 11.4% between 2016 and 2021.

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Browse 85 tables and 45 figures spread through 136 Pages and in-depth TOC on "FRP Rebar Market"

This growth is fueled by the increasing demand for the renovation and strengthening of new and existing structurally deficient bridges, and growing application of FRP Rebars in other applications such as marine structures & water fronts, and water treatment plants globally.

Highways, bridges, & buildings application is at the forefront and is driving the FRP rebar market

FRP rebars are used widely in highways, bridges, & buildings application, as their superior strength-to weight ratio significantly exceeds that of any traditional rebar. The Department of Transportation (DoT) in the U.S. and Canada use FRP rebars for highways, bridges, & buildings construction. FRP rebars are mainly used for construction of new bridges and restoration of structurally deficient or functionally obsolete bridges. For instance, according to the National Bridge Inventory (NBI), more than 146,000 bridges are structurally deficient or functionally obsolete in the U.S. as of 2010. Thus, the use of FRP rebars in these applications reduces the life cycle costs, thereby enhancing service life and safety. The Floodway Bridge (Canada) is one of the largest bridges constructed using FRP rebars. In addition, The Florida Keys Bridges (U.S.) is one of the prominent examples where CFRP rebars are used for the strengthening of structurally deficient bridges. Many such projects are executed in the U.S. and Canada where FRP rebars is used as concrete structure reinforcements.

North America is the key regions for FRP rebar market

The North American region is expected to be the largest market for FRP rebars globally due to the increased demand from highways, bridges, & buildings, marine structures & waterfronts, and other applications such as parking structures, MRI rooms, salt storage facilities, and so on. This growth is attributed to construction of new bridges and structural strengthening projects in the U.S. and Canada. In addition, new bridge construction, renovation of structurally deficient bridges, and tunnelling activities for light rail transit (LRT) to upgrade the infrastructure play a pivotal role in boosting the need of FRP rebars in this region. The FRP rebars for decks in bridges, such as Sierrita de la Cruz Creek Bridge (U.S.), Taylor Bridge Manitoba (Canada), Pierce Street Bridge, Lima OH (U.S.) Wotton, Quebec (Canada) are driving the market in North America. In North America, FRP rebars are also used in applications such as water treatment plants and marine structures & waterfronts. FRP rebars are either used in the top mat or top/bottom mat of decks.

Glass fiber composites: The largest fiber type for FRP rebar

Glass is the leading type of reinforcement fibers used for various applications, such as mining, highways, roads, & buildings construction, and wastewater treatment plants. This growth can be attributed to its superior properties such as strength, flexibility, durability, stability, lightweight, as well as resistance to heat, temperature, and moisture. North America is the biggest market for glass fiber composite rebars, while the ME&A is the fastest-growing market.

Some of the key global players prevailing in the FRP Rebar Market are Hughes Brothers (U.S.), Pultrall Inc. (Canada), Marshall Composites Technologies LLC. (U.S.), Pultron Composites (New Zealand), Armastek (Russia), BP Composites Ltd. (Canada), Dextra Group (Thailand), Firep International AG (Switzerland), A.T.P. Avanzate Tecnologie Plastiche Srl (Italy), International Grating Inc. (U.A.E.), Sireg S.p.A (Italy), among others.

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[srajput8090-blog]

Liquid Applied Membranes Market Revenue, Opportunity, Forecast and Value Chain 2025

Liquid Applied Membrane (LAM) is a lowly thickness waterproofing film that is employed in the form of a liquid covering to vertical along with horizontal surfaces. The LAM is, in addition, believed as a cutting-edge waterproofing chemical as well as its solid, consistent property, in addition to the ability to comply with each setup is making its need increase in the worldwide construction industry. Utilization of terrible value construction material before, trailed by poor support of the building construction is making a solid market for restoration as well as the repair that may possibly be settled by liquid applied membranes. Around 40-45% of the requirement for LAM originates from restoration and repair ventures. LAMs are additionally effective in lessening splits in the concrete, as a result driving its requirement all over the world.

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Governments of several emerging and emerged nations have covered the dual requirement for infrastructure evolution together with sustainability and durability. This is boosting the need for green buildings, subsequently bringing forth a strong market prospect for liquid applied membranes. The requirement for enlargement of the infrastructure industry in the emerging economies together with the high center on investment is likely to enhance the expansion of the market all through the years to come. The government is likely to take various activities relating to the sector that is likely to emphatically influence the market. All-inclusive research is being led by the makers with the end goal to create innovative products.The market players have been concentrating on item separation that is probably going to fuel the development over the approaching years.

Expanding usage of bio-based and eco-friendly products is considered to boost the demand all over the years to come.Its properties, for example, environment-friendly nature, low viscosity, as well as low odor are probably going to encourage an expansion in the use of the product in the infrastructure industry. In addition, these have simple application over complex surfaces and are financially savvy when contrasted with waterproofing sheets. The product has a long time span of usability and is anything but difficult to re-apply which is foreseen to fuel the development throughout the following years. Also, LAM’s are being favored for enhancing the general structure of industrial, residential as well as commercial buildings. They could be utilized related to high-performance polymers and materials with the end goal to improve their waterproofing properties.

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In terms of region, Europe and North America were the foremost markets for the product during 2016 on account of encouraging government policies in addition to recovery of the construction sector.  Enhancing infrastructure in addition to expanding infrastructural expending combined with increasing disposable income of normal buyers is likely to fuel the market for the liquid applied membrane in North America. The Asia Pacific regional market is considered to be a standalone of the most attractive markets for liquid applied membrane because of higher economic expansion in China & India. Because of developing urbanization as well as industrialization in emerging nations, for example, China and India, development in the Asia Pacific are likely to be the most noteworthy in the following couple of years.

The foremost worldwide market players active in this market comprise Pidilite Industries, Sika AG, BASF SE, Chembond Chemicals, The Dow Chemical Company and Fosroc International. During February 2013, Paul Bauder brought in “BauderTEC SPRINT DUO”, a novel bitumen waterproofing product with a self-adhesive coating. Likewise, several market players are incorporated all over the value chain that alleviates uninterrupted raw material supply in addition to less production expenditure.

Report Description: https://www.trendsmarketresearch.com/report/liquid-applied-membranes-market

[jtmportland]

Thoughts on Mexico City

On my final day here, I thought I’d write a few words about this magnificent city, and make an unlikely comparison with another one of my favourite cities. 

Click below to continue…

Walking along the beautifully pedestrianised Madero Street in the heart of Mexico City, I was struck with nostalgia for Istiklal Street in Istanbul. Istiklal is the famous pedestrian street, lined with elegant buildings, stores and restaurants, that runs southwest from Taksim Square in the old European heart of Istanbul.

Comparing a street in Mexico City to a world-famous street in Istanbul might seem a provocation - and that it is. I want to lure readers into the mental exercise of repositioning Mexico City into a different category of place. 

Shedding some preconceptions opens the mind to a revealing comparison that extends beyond two lively pedestrian streets. These cities have a range of things in common and, in fact, if I had to choose a city that Mexico City most reminds me of, it just might be Istanbul.

Mexico City and Istanbul are very old cities, built upon layers of earlier civilisations, with huge populations (well over 10 million inhabitants each). They are filled with a vast array of historical and architectural treasures and have teeming streets, vast markets, elegant neighbourhoods, and share an exhilarating vibrance. Incidentally, both cities were built on water, although in Mexico City’s case the water has almost entirely disappeared. Comparing these cities also makes sense from an economic perspective: Mexico and Turkey have roughly equivalent incomes per head. It’s illuminating to see the contrasts between cities of similar resources and size managing the challenges of creating an attractive and healthy urban environment.  

But whilst Istanbul is a mecca for tourists from all over the world, Mexico City remains a relative tourist backwater in comparison. It hasn’t yet gained the recognition it deserves for the positive changes it’s experienced over the last decade and for its wealth of attractions and the impressive ambience it has in so many areas. 

Up front, let me say that my verdict on Mexico City is in: you don’t have to fly across the Atlantic or Pacific to visit a dynamic, exotic and captivating global city. 

Mexico City has pretty much everything any tourist, adventurous or not, could ask for. It has countless museums, shopping for all tastes, regional and international food, and overall, a breathtaking level of urban vitality. 

There are only two cities in North America that offer this kind of dense city experience: New York and Mexico City. In Mexico City, however, you can immerse yourself in the urban scene for a small fraction of what it would cost in New York. I think Mexico City qualifies as one of the best kept secrets of North American travel. 

What I imagine to be Mexico City’s unglamorous reputation is mostly a relic from the past that will fade as this city continues to improve and gains the attention it deserves. 

One of the things that makes Mexico City such an engaging and fascinating city is that it is over-endowed with a lot of friction. Friction, in this sense, is the the density of details on streets, details that make you want to stop and take a look, buy something, or have a seat and get something to eat or drink. Mexico City just overwhelms your senses with the array of things on offer. A walk along the streets here is rarely uneventful.

An obvious starting point of a visit to Mexico City is the historical center. This area exudes character and, with the slightest help from the imagination, elegance. It is arguably the most extensive area of historic architecture in the Western Hemisphere. Few cities I’ve visited in North or South America can compare, although Buenos Aires gives Mexico City some serious, if more recent, architectural competition. Thanks to a concerted effort at restoration and revitalization, it now rivals even great European cities in terms of its attractiveness and beats most of them hands down when it comes to verve and dynamism. 

Although tourists might imagine spending the bulk of their time in the historic center, this is just the beginning of what’s on offer in this complex city. There are several extensive areas with rather dramatically different personalities. 

West of the center is Zona Rosa, which reminds me of modern areas of European cities, such as Barcelona or Madrid. Zona Rosa was once the wealthiest area of the city, but went into decline after the 1920s. It has since reinvented itself as a major center for shopping and entertainment. I think most tourists probably stay in this area because of its convenience, wealth of hotels and restaurants, and general attractiveness. Maybe it’s the least exotic part of the city and most accessible for visitors. 

South of the Zona Rosa lie the Bohemian neighbourhoods of Condesa and Roma. These areas, like Zona Rosa, have a history of being wealthy neighbourhoods that went into decline as wealthy populations moved further west. They are built on a smaller, more intimate scale than Zona Rosa, and from what I observed, are gentrifying rapidly. This is the place to go to find trendy cafes and restaurants set in generally quiet and green streets. 

Further west of the Zona Rosa you will find the very exclusive and newer centers of wealth in neighbourhoods such as Polanco and Lomas de Chapultepec. These areas, like clusters of the super wealthy in most large cities around the world, impress you with the extraordinary riches on display including high-end restaurants, exotic car dealerships, stores and hotels.  

This is just a quick summary of some of the neighbourhoods I’ve visited in this city.  A week or two here would barely scratch the surface of what’s on offer. 

My case for parallels between Mexico City and Istanbul weakens critically, however, when you wander beyond the nicer sorts of neighbourhoods I’ve described a bit above. These differences do not generally speak in Mexico City’s favour.

The divergence is immediately evident in the differing attention to the details of infrastructure such as streets, sidewalks and other public spaces. It’s plain to see in the obviously far more unequal society that Mexico is. And in all neighbourhoods, rich and poor, the difference is there in the far poorer (if somewhat improved) air quality. These issues are important to raise because together they conspire to significantly drag down Mexico City’s quality of life. Without addressing them effectively, Mexico City will never be as great a city as Istanbul.  

Ramshackle infrastructure is one of the characteristic features of Mexico’s cities. It’s apparent almost everywhere you go, with some exceptions, notably the infrastructure used by the upper classes, such as international airports. The state of most streetscapes is stunningly apocalyptic. There is a haphazard look to construction, a seeming lack of any master plan, scraggly trees where they exist, and vast expanses of roughly poured concrete, with garbage strewn everywhere. This raggedness, combined with unattractive buildings spread out in a kind of low-density sprawl, makes for a uniquely unpleasant city experience in a large part of Mexico City’s area. What I’ve written above about the delightful neighbourhoods is true, but they make up a just one part of the city. Mexico City is so big that even if only 30% of its area is pleasant, that provides a huge area for tourists - and the wealthy - to enjoy. But it is truly a different world when you get away from the nicer areas.

Istanbul, in contrast, is a proud European city. It obviously takes pride in its general tidiness and sense of order in all of its neighbourhoods, even the poorest. Istanbul, also a city of great contrasts, has much smaller areas of despair, and these are being renovated at a feverish pace (often to the dismay of those fighting for the rights of the poor). One reason for the less striking contrasts is the lower level of inequality in Istanbul. The poor are poor, but seemingly not as desperately poor as in Mexico City. 

Radical inequality is the root cause of most of Mexico City’s problems, including its vast ugly side. On measurements of inequality, Mexico scores as one of the most unequal societies in the world. In Mexico City this is on clear display in the stunning contrast between the areas of the wealthy and those of the poor. It is obvious in the tired, worn faces (and clothes) of the lower classes in evidence on public transport and on the streets of the poorer neighbourhoods. Societies and cities with mass inequality uniformly display a kind of schizophrenia. There are the cozy, isolated bubbles of wealth and privilege, and then the ignored domain of the poor which seems to be of another world. National and city resources are obviously not invested  equitably, which is why streets in rich areas look so nice, and those in poor areas so utterly atrocious. 

Finally, air quality is another constant reminder that Mexico City has a long way to go to reach a high quality of urban life. In most of the pictures I have posted here over the last several days, you can notice the smog and a general haziness to the air. I wonder about the incidence of respiratory disease in this city and have read that children are particularly impacted, with high rates of asthma. Mexico City is ranked right up there with Beijing in terms of its horrible air pollution.

An area where Mexico City compares favourably to Istanbul is in its extensive metro system. The system covers wide parts of the city and compared to cities in the United States and Europe, is very inexpensive (about 35 US cents for a ride anywhere the system goes).

During rush hours the metro is extremely crowded and not pleasant to use, but otherwise it’s a great way to get around the city. I was impressed with the general level of cleanliness (easily cleaner and better maintained than the New York subway) and the polished stone floors. It’s also an ideal place to see a wide spectrum of people and to witness the never-ending drama of vendors, musicians and others passing through the cars. 

The metro does not, however, cover all of the city. In fact, considering Mexico City’s population, the system is smaller than it should be. Far too large a share of public transport takes place on terribly crowded buses (often privately run) that are not integrated with the metro system. If a low-wage Mexican worker has to take a couple of buses, or a bus and then the metro, to get to work, this can add up to a huge amount of time and significant cost. There are plans afoot to modestly expand the metro system in the next few years.

There is one additional feature of Mexico City that truly stands out. I’ve never been to a city with such a proliferation of public washrooms. They are literally everywhere and cost less than 40 US cents to use. Just look for a WC sign.

Because the upper and middle classes generally don’t use public transport, cars dominate the streetscapes of this city. And because this influential constituency doesn’t use the trains or buses, they don’t demand improved public transport. The problem perpetuates itself. With ever larger numbers of cars on the crowded streets, bus transport becomes slower and slower and air pollution stays at levels that are totally unacceptable. 

Despite being a place very well worth a visit, without addressing its serious societal inequalities, including the stark divide in mobility, Mexico City will be condemned to an average quality of life well below its peers around the world. For tourists on a one or two week visit it’s rather easy to ignore most of these quality-of-life issues. I believe most visitors will come away positively surprised and charmed. I know I will be back.

[sramfact]

Based on material type, quick setting cement mortar accounted for the largest market share in 2020. It is a special cement formulation that develops a rapid compressive strength and significantly reduces the waiting on cement (WOC) time compared to traditional cement systems. It is used in underwater construction like river bridge construction. Part of bridge construction like a pier, foundation, pier cap, pile cap, and piles, all those constructions use quick setting cement mortar in concrete.

[leftcomputerpost]

The growth of Dental Veneers Market is driven by the development in the geriatric population and comparing age-related dental illnesses

Dental Veneers Market Overview

Dental veneers(some of the time called porcelain veneers or dental porcelain covers) are skinny, uniquely crafted shells of tooth-hued materials intended to cover the front surface of teeth to improve your appearance. These shells are clung to the front of the teeth changing their shading, shape, size, or length. Dental veneers can be produced using porcelain or from sap composite materials. Dental veneers are a possible solution to achieve a look as per patient desire. They are a mainstream decision for those with chipped teeth, a hole between teeth, or distorted teeth

Dental veneers market: Drivers and Restraints

The growth of this market is driven by the development in the geriatric population and comparing age-related dental illnesses, rising pervasiveness of tooth decay and periodontal sicknesses in the general population over the globe, expanding readiness to embrace dental corrective items, builds attention to the aesthetic awareness among the population, increasing application are rising immensely over the globe and the developing number of dental specialists. Be that as it may, the staggering expense of premium dental embeds and restricted repayment, and high danger of tooth misfortune related with dental scaffolds may hope to ruin the development of this market during the conjecture time frame. Further, alternatively, progressively economical methodology, for example, teeth brightening, have gained acceptance globally are the restraining factor for the growth of Dental veneers market

Dental veneers market: Overview

Dental veneers are overwhelmingly used for restorative purposes and are joined to the front of the tooth to make an increasingly white and straighter smile. They are used to improve the nearness of the smile by treating delicate tooth misalignment, parts, worn tooth, chips, recoloring, and openings. The treatment for every patient is uncommonly made to meet the stand-out requirements. The holding of dental veneers is done using tar concrete. Based on product type dental veneers market can be segmented as Composite material and dental porcelain. Dental porcelain is expected to be a prominent segment in the dental veneers market owing to strong and long lasting properties, natural looking surface and it don’t stain easily. Based on end user, dental veneers market can be segmented as hospitals and dental clinics. Dental clinics porcelain is expected to be a prominent segment in the dental veneers market.

Dental veneers market: Regional Outlook

Topographically, the dental veneers market can be separated into North America, Latin America, Europe, South Asia, East Asia, Oceania and Middle East and Africa. North America rules the worldwide dental veneers as far as revenue attributable to cutting edge medicinal services, developed infrastructure, aesthetic awareness among the population. Europe represents second conspicuous market in the dental veneers market. Europe represented the significant piece of the overall industry of dental veneers and is evaluated to lead the general market in the years to come. The purpose for the general market development could be the developing maturing population, experiencing dental issues, government activity by subsidizing oral human services, and the rising acknowledgment of dental corrective medicines. The dental veneers market in the South Asia is foreseen to enlist relatively quick development as far as revenue over the forecasted period because of increment in human services costs, rise in incidence rate of dental infections, increment in discretionary cashflow and expanding attention to the dental issue. The nations like India and China are the major and rising economies for the customers of dental veneers in this region

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Dental veneers market: Key Players

Major players operating in the dental veneers market include Glidewell Laboratories, Colgate-Plmolive, Dentsply International, Zimmer, PHILIPS, DenMat, Ultradent Products, Lion, Henkel, Trident, Sirona Dental Systems and among others.

The research report presents a comprehensive assessment of the Dental veneers market and contains thoughtful insights, facts, historical data, and statistically supported and industry-validated market data. It also contains projections using a suitable set of assumptions and methodologies. The research report provides analysis and information according to Dental veneers market segments such as geographies, application, and industry.

The report covers exhaust analysis on:

Dental veneers market Segments

Dental veneers market Dynamics

Dental veneers market Market Size

Supply & Demand

Current Trends/Issues/Challenges

Competition & Companies involved

Indication

Value Chain

Regional analysis includes:

North America (U.S., Canada)

Latin America (Mexico. Brazil)

Europe (Germany, Italy, France, U.K, Spain)

East Asia

South Asia

Oceania

Middle East and Africa (GCC Countries, South Africa, Northern Africa)

The report is a compilation of first-hand information, qualitative and quantitative assessment by industry analysts, inputs from industry experts and industry participants across the value chain. The report provides in-depth analysis of parent market trends, macro-economic indicators and governing factors along with market attractiveness as per segments. The report also maps the qualitative impact of various market factors on market segments and geographies.

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[jayu123-me]

Calcium formate market is estimated to expand at a CAGR of ~4% by 2031

Calcium Formate Market: Introduction

Transparency Market Research delivers key insights on the global calcium formate market. In terms of revenue, the global calcium formate market is estimated to expand at a CAGR of ~4% during the forecast period, owing to numerous factors, regarding which TMR offers thorough insights and forecasts in its report on the global calcium formate market.

The global calcium formate market is broadly affected by several factors, including usage of calcium formate in cement and concrete admixture.

Calcium Formate Market: Dynamics

The increase in demand for calcium formate in building & construction is projected to drive the calcium formate market during the forecast period. Calcium formate is utilized as a cement additive in the construction industry, as it helps to increase the strength of cement products. It is employed to provide strength to bricks & blocks, concrete, and adhesives.

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Calcium formate is also used as a PH regulator. It acts as a corrosion protector, and is utilized for cementation process of drilling oil. Thus, rise in the demand for cement in the construction industry is estimated to drive the calcium formate market during the forecast period.

The expansion of the construction sector in Asia Pacific is expected to boost the demand for cement and cement-bound building materials over the next few years. This is anticipated to fuel the demand for accelerating additives such as calcium formate. Calcium formate can be employed as a substitute for calcium propionate. It can be used as an anti-corrosion and anti-mildew agent. It can replace citric acid and fumaric acid when employed as a feed acidifier.

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Calcium formate is suitable for all kinds of animal feed. It is highly effective in feed digestion and absorption functions. It works as a chelating agent in digestion, thus promoting the absorption of minerals. Calcium formate is highly suitable as feed for weaning piglets. It can reduce the proliferation of intestinal microbes; enhance the level of natural metabolites; improve the feed conversion rate; prevent diarrhea; and improve the survival rate of piglets.

Calcium Formate Market: Prominent Regions

Asia Pacific is a highly lucrative region of the global calcium formate market. China is expected to hold a major share of the market in the region during the forecast period. Expansion of the construction sector and high availability of raw materials are key factors driving the demand for calcium formate in China.

Asia Pacific is anticipated to be a highly lucrative region of the global calcium formate market over the next few years driven by the escalating trends in the animal feed industry in the region.

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The demand for meat products has been increasing in Asia Pacific, due to the expansion of the middle class population. Sustainability of animal diets is crucial in the development of livestock production. Furthermore, the expansion of the construction industry in the region, which has driven the demand for calcium formate in concrete & remicon additives, is projected to propel the market in the near future.

The calcium formate market in Europe is estimated to expand at a significant pace during the forecast period. The expansion of the textile sector in Italy, the U.K., and Russia is likely to boost the calcium formate market in the region in the near future.

North America is anticipated to offer significant opportunities for the calcium formate market due to the rise in the usage of calcium formate as cement additive and tile additive in the region. Calcium formate increases hardness and reduces the setting time as compared to that taken by ordinary cement. These properties are highly desirable in final products.

Calcium Formate Market: Key Players

The global calcium formate market is fragmented with the presence of a large number of players. Key players operating in the global calcium formate market are Lanxess, Perstorp Group, Geo Specialty Chemicals, American Elements, Henan Botai Chemical Building Material Co., Ltd., and Zibo Ruibao Chemical co., LTD.

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Self-Healing Materials Market Size to Grow at a CAGR of 21.1% During the Forecast Period 2021-2026

Self-Healing Materials Market is expected to reach a value of $1.34 billion by the end of the year 2026 growing at a CAGR of 21.1% during the forecast period from 2021-2026. Self-healing materials market is driven by the expanding application areas, technological advances and growing demand in key-use industries such as construction & building, aerospace, and automotive. Stringent government regulations on the usage of self-healing materials for enhancing product quality and safety are also significantly contributing to the increase in use and demand for self-healing materials market. The COVID-19 pandemic has affected the Self-Healing Materials Market in terms of production and supply chain. The economic slowdown has affected the logistics of the self-healing materials market and has also led to the stagnation of the already produced stocks. Despite the challenges faced in the pandemic, the situation is forecasted to restore back to normalcy by the end of the year 2021.

Self-Healing Materials Market Segment Analysis - By Form

The extrinsic self-healing material segment held the largest share in the self-healing materials market in the year 2020. The unique combination of properties makes it useful in many key-use industries, which is the main factor driving the self-healing materials market. It allows easy and smooth restoration of material functionalities such as material damage/cracking and others.

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Self-Healing Materials Market Segment Analysis - By Types

Self-Healing concrete segment held the largest share in the self-healing materials market in the year 2020. The rapid growth in construction & building industry, which is estimated to record a CAGR of 9.2% by the end of the year 2023, is expected to drive the self-healing concrete market. The strength and durability of self-healing concrete coupled with high-use of the product in critical applications in building & construction industry is contributing to the increase in demand for self-healing concrete in the market.

Self-Healing Materials Market Segment Analysis - By Technology

Reversible polymers & elastomers segment held the largest share in the self-healing materials market in the year 2020. The superior rebinding quality offered by reversible polymers and elastomers is driving the segment in the market. The rise in demand from medical sector/healthcare sector due to the increase in the rise for scope of applications are also significantly contributing to the increase in the reversible polymers and elastomers technology.

Self-Healing Materials Market Segment Analysis - By End-Use Industry

Construction & Building segment held the largest share in the self-healing materials market in the year 2020. The construction industry is estimated to reach US$ 8 trillion by 2025. The increase in use of self-healing materials in the non-residential construction sector, for durability and high strength is one of the main factors driving the self-healing materials in the construction & building sector. Further, rising public and private investments in construction activities especially in developing region is another factor fueling the demand of self-healing materials in construction & building sector.

Self-Healing Materials Market Segment Analysis - By Geography

North America held the largest share in the self-healing materials market in the year 2020. The North American government increased the funding for construction industry by $4.5 billion as compared to 2019 year’s funding. The increase in funding by the US government is driven by the increase in government initiatives to develop infrastructure and provide housing for their citizens. This can be attributed to the rapid growth in the construction & building sector in the region. The growth in self-healing materials market is also driven by the increase in demand from residential construction, developing manufacturing sector and government initiatives in developing industrial infrastructure in the region. Europe region closely followed North America in terms of demand for self-healing materials. European automobile industry held the largest share with 24.2% in the global automobile industry. The automobile industry in Europe has been increasing rapidly owing to the technological development that has led to new demands from the customers. The demand for self-healing materials in Europe is increasing, owing to the high use of self-healing polymers in automobile and electronics industry in the region.

Self-Healing Materials Market Drivers

Low Maintenance Costs

The maintenance costs related to self-healing materials is almost nothing or very less, because the material maintains itself or is self-healing. Therefore, no separate costs have to be made for maintaining such materials, which means it can be divided over a long period. The depreciation costs are also relatively less, due to the self-healing nature of the materials, making it economical.

Growth in demand for sustainable infrastructure

The demand for a sustainable infrastructure from various end-use industries such as construction & building, automotive and electrical & electronics industry is driving the self-healing materials as they offer a long-lasting and durable quality of materials for various applications across many end-use industries.

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Self-Healing Materials Market Challenges

High prices of Self-Healing Materials

The high prices of self-healing materials are one of the biggest challenges in the self-healing materials market. The high quality of such materials attracts high prices, which is not affordable by many small manufacturers and business and therefore pushes them to resort to cheaper alternatives.

Material aging and deterioration

Self-healing materials are subject to aging and deterioration, which is one of the major challenges of the self-healing materials market. Since, the self-healing materials are chemically advanced materials, their shelf-life is less compared to materials with simple chemical composition. This is one of the major hurdles which acts as a challenge to the self0healing materials market.

Self-Healing Materials Market Landscape

Acquisitions, mergers, innovation, product development and expansion are some of the key strategies adopted by players in the Self-Healing Materials Market. Major players in the Self-Healing Materials Market are BASF Chemicals Company, Bayer Pharmaceutics Company, Autonomics Materials Inc., Acciona, Alstom, EVONIK, SLIPS Technologies Encor, Sensor Coatings Systems, MacDermid Autotype Ltd., and Apple Inc., among others.

Acquisitions/Technology Launches

On November 2018, Sensor coatings systems continued the phase 4 of their product Technology Developer Accelerator Programme (TDAP), designed for the automotive industry.

In December 2018, City University of Hong Kong developed self-healable anti-smudge coating with an estimated 80% reduction in production cost.

Key Takeaways

North American market is expected to hold the largest share in the self-healing materials market owing to the growth in the construction industry and growing demand for energy efficient construction solutions in the region.

The rising demand for self-healing polymers which helps in improving productivity and minimizes loss in key use industries such as construction & building, automotive and aerospace is driving the self-healing materials market.

The stringent government regulations on usage of self-healing materials for product safety is also driving the self-healing materials market.

The properties of self-healing materials market such as high flexibility and resistance is also driving the self-healing materials market.

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FRP Rebar Market estimated to reach beyond USD 91.00 Million by 2021

The report "FRP Rebar Market by Resin Type, by Fiber Type, by Application (Highways, Bridges, & Buildings, Marine Structures & Waterfronts, Water Treatment Plants, and Others) - Global Forecasts to 2021", published by MarketsandMarkets, The global market is projected to reach USD 91.00 Million by 2021, registering a CAGR of 11.4% between 2016 and 2021.

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This growth is fueled by the increasing demand for the renovation and strengthening of new and existing structurally deficient bridges, and growing application of FRP Rebars in other applications such as marine structures & water fronts, and water treatment plants globally.

Highways, bridges, & buildings application is at the forefront and is driving the FRP rebar market

FRP rebars are used widely in highways, bridges, & buildings application, as their superior strength-to weight ratio significantly exceeds that of any traditional rebar. The Department of Transportation (DoT) in the U.S. and Canada use FRP rebars for highways, bridges, & buildings construction. FRP rebars are mainly used for construction of new bridges and restoration of structurally deficient or functionally obsolete bridges. For instance, according to the National Bridge Inventory (NBI), more than 146,000 bridges are structurally deficient or functionally obsolete in the U.S. as of 2010. Thus, the use of FRP rebars in these applications reduces the life cycle costs, thereby enhancing service life and safety. The Floodway Bridge (Canada) is one of the largest bridges constructed using FRP rebars. In addition, The Florida Keys Bridges (U.S.) is one of the prominent examples where CFRP rebars are used for the strengthening of structurally deficient bridges. Many such projects are executed in the U.S. and Canada where FRP rebars is used as concrete structure reinforcements.

North America is the key regions for FRP rebar market

The North American region is expected to be the largest market for FRP rebars globally due to the increased demand from highways, bridges, & buildings, marine structures & waterfronts, and other applications such as parking structures, MRI rooms, salt storage facilities, and so on. This growth is attributed to construction of new bridges and structural strengthening projects in the U.S. and Canada. In addition, new bridge construction, renovation of structurally deficient bridges, and tunnelling activities for light rail transit (LRT) to upgrade the infrastructure play a pivotal role in boosting the need of FRP rebars in this region. The FRP rebars for decks in bridges, such as Sierrita de la Cruz Creek Bridge (U.S.), Taylor Bridge Manitoba (Canada), Pierce Street Bridge, Lima OH (U.S.) Wotton, Quebec (Canada) are driving the market in North America. In North America, FRP rebars are also used in applications such as water treatment plants and marine structures & waterfronts. FRP rebars are either used in the top mat or top/bottom mat of decks.

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Glass fiber composites: The largest fiber type for FRP rebar

Glass is the leading type of reinforcement fibers used for various applications, such as mining, highways, roads, & buildings construction, and wastewater treatment plants. This growth can be attributed to its superior properties such as strength, flexibility, durability, stability, lightweight, as well as resistance to heat, temperature, and moisture. North America is the biggest market for glass fiber composite rebars, while the ME&A is the fastest-growing market.

Some of the key global players prevailing in the FRP Rebar Market are Hughes Brothers (U.S.), Pultrall Inc. (Canada), Marshall Composites Technologies LLC. (U.S.), Pultron Composites (New Zealand), Armastek (Russia), BP Composites Ltd. (Canada), Dextra Group (Thailand), Firep International AG (Switzerland), A.T.P. Avanzate Tecnologie Plastiche Srl (Italy), International Grating Inc. (U.A.E.), Sireg S.p.A (Italy), among others.

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Illustration Photo: Switchgrass is used for the production of cellulosic bioethanol (credits: Dennis Pennington, Bioenergy Educator, Michigan State University Extension / Flickr Creative Commons Attribution-NonCommercial 2.0 Generic (CC BY-NC 2.0))

The Keeling Curve Prize - Funding for the best Carbon Sinks (Natural & Engineered) solutions

For North America, South America, Asia, Africa, Europe, Middle East, Oceania, Worldwide

The Keeling Curve is looking for projects with a proven track record of taking greenhouse gases out of the atmosphere. We’ve developed five categories, each one addressing a specific sector of climate innovation.

We award $25,000 to two projects in each category annually.

Category: Carbon Sinks (Natural & Engineered)

Projects in this category activate and accelerate natural and/or man-made systems for carbon capture, utilization and sequestration (CCUS). They are advancing technological and nature-based strategies for capturing and/or utilizing heat-trapping gases from the air or oceans. Additionally, they bring these strategies to the forefront of the marketplace, and provide methods for verification. They are developing, improving, and implementing their projects with a particular emphasis on both nature-based and engineered techniques and long-term sequestration viability. This includes: land-use practices, agricultural methods, efforts to reduce deforestation, reforestation efforts, technology for GHG capture systems, advances in verification for natural sequestration, markets for captured gases, and verification systems. These may include but are not limited to afforestation, soil enhancement, gas recycling, waste-to-energy, and improved cement products.

Keywords: sequestration, carbon products, carbon capture, decarbonization, atmospheric sciences, biomass crops, afforestation, land management solutions reforestation, biological capture, restoration ecology, silvopasture, green roof, direct air capture, urban gardens, regenerative agriculture, reducing deforestation, drawdown, nature-based solutions, conservation, carbon removals, methane capture, greenhouse gas detection, greenhouse gas accounting, waste management, feed and manure management, building carbon sinks, materials steel and concrete

2022 Keeling Curve Prize Eligibility and Requirements

The applicant pool for the prize will be capped at 500 entries.

Applications will be accepted on a rolling basis. Due to the cap on applications, we encourage submitting your application as soon as possible after the application opens.

Applications that are incomplete or that do not meet these requirements will not be considered.

We welcome entries for active projects or programs from anywhere in the world.

The Keeling Curve Prize is awarded for current programs and projects only.  Applications centered on past work, unimplemented ideas or untested hypotheses will not be accepted.

All applications must be submitted in English. Applications submitted in other languages will not be considered.

Your project may align with more than one prize category. The application form requires that you designate a primary category for your application, but also allows you to list secondary categories for consideration. However, applicants are only eligible to win in one category in any given year.

Applicants that have not received an award are welcome to apply in subsequent years.

Previous prize winners may submit applications for new projects that are different from their previously awarded project and that utilize different methods and approaches to reduce or increase uptake of greenhouse gas emissions.

Applications that do not attempt to quantify their emissions reductions (Question #9) or address the project’s functional and financial scalability (Questions #12 and 13) will not be considered. For more guidance see our FAQ.

The prize application period opens on November 1, 2021, and closes at 11:59 PM GMT, February 10, 2022. To be considered, your application must be completed and submitted before this time, and before the cap of 500 applications is reached. For this reason, we encourage submitting your application as early as possible.

By completing an application, you are granting the Global Warming Mitigation Project permission to disseminate information about your project at its discretion. Requests for confidentiality can be designated within the application.

Application Deadline: 11:59 PM GMT, February 10, 2022

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