Prior to the coronavirus (COVID-19) outbreak, leading data and analytics company GlobalData had predicted that there would be an acceleration in the pace of growth in the global construction industry, but given the severe disruption in China and other leading economies worldwide following the outbreak, the forecast for growth in 2020 has now been revised down to 0.5% (from 3.1 per cent previously).
The current forecast assumes that the outbreak is contained across all major markets by the end of the second quarter, following which, conditions would allow for a return to normalcy in terms of economic activity and freedom of movement in the second half of the year. However, there will be a lingering and potentially heavy impact on private investment owing to the financial toll that was inflicted upon businesses and investors across a wide range of sectors, stated the top analytics company in its ‘Global Construction Outlook to 2024 – COVID-19 Impact’ report.
While growth in 2021 will be marginally higher than previously expected owing to the projected rebound (and high year-on-year growth rate) in the first half of next year, in the event that the spread of the virus continues into the second half of 2020, further downward revisions to the growth outlook are likely, it added.
Danny Richards, the lead economist at GlobalData, said:
“With extreme quarantine measures including lockdowns of entire countries as well as international travel restrictions being imposed across many major economies, the supply shock is expected to dampen economic activity.”
“The direct impact on construction has been the halting of work with labour unable to get to sites or because of disruption in the delivery of key materials and equipment,” he noted.
“More generally, the construction industry will be heavily affected by the expected widespread disruption to economic activity and a likely drop in investment, with planned projects being delayed or cancelled,” he added.
GlobalData foresees particular struggles in the commercial and industrial sectors; businesses in these sectors are most at risk from the severe drop in economic activity, domestically and globally, and their immediate priorities will be on staying afloat and rebuilding their core operations, rather than expanding and investing in new premises or capacity.
The residential sector also will struggle as economic activity weakens and unemployment rises, despite low-interest rates and direct government support, revealed Richards. “There is a high risk that a considerable proportion of the early stage projects in these sectors will be cancelled or at least pushed back, with few new projects starting in the second quarter of 2020 as firms review their expansion plans,” he added.
According to Richards, the governments and public authorities would likely be aiming to advance spending on infrastructure projects as soon as normality returns so as to reinvigorate the industry.
“With interest rates falling to record lows, borrowing costs will be at a minimum, but the success of government efforts to spend heavily on infrastructure will be dependent in part on their current financial standing,” he explained.
“Moreover, with most governments prioritizing cash hand-outs, particularly to the economically weaker segment, their capability to invest in the infrastructure segment is likely to be constrained, especially in countries with high debts,” he added.
Buildings kill millions of birds. Here’s how to reduce the toll
As high-rise cities grow upwards and outwards, increasing numbers of birds die by crashing into glass buildings each year. And of course, many others break beaks, wings and legs or suffer other physical harm. But we can help eradicate the danger by good design.
Most research into building-related bird deaths has been done in the United States and Canada, where cities such as Toronto and New York City are located on bird migration paths. In New York City alone, the death toll from flying into buildings is about 200,000 birds a year.
Across the US and Canada, bird populations have shrunk by about 3 billion since 1970. The causes include loss of habitat and urbanisation, pesticides and the effects of global warming, which reduces food sources.
And that’s where the problems start with high-rise buildings. Most of them are much taller than the height at which birds fly. In Melbourne, for example, Australia 108 is 316 metres, Eureka 300 metres, Aurora 270 metres and Rialto 251 metres. The list is growing as the city expands vertically.
The paradigm of high-rise gothams, New York City, has hundreds of skyscrapers, most with fully glass, reflective walls. One World Trade is 541 metres high, the 1931 Empire State is 381 metres (although not all glass) and even the city’s 100th-highest building, 712 Fifth Avenue, is 198 metres.
To add to the problems of this forest of glass the city requires buildings to provide rooftop green places. These attract roosting birds, which then launch off inside the canyons of reflective glass walls – often mistaking these for open sky or trees reflected from behind.
A problem of lighting and reflections
Most cities today contain predominantly glass buildings – about 60% of the external wall surface. These buildings do not rely on visible frames, as in the past, and have very limited or no openable windows (for human safety reasons). They are fully air-conditioned, of course.
Birds cannot recognise daylight reflections and glass does not appear to them to be solid. If it is clear they see it as the image beyond the glass. They can also be caught in building cul-de-sac courtyards – open spaces with closed ends are traps.
At night, the problem is light from buildings, which may disorientate birds. Birds are drawn to lights at night. Glass walls then simply act as targets.
Architectural elements like awnings, screens, grilles, shutters and verandas deter birds from hitting buildings. Opaque glass also provides a warning.
Birds see ultraviolet light, which humans cannot. Some manufacturers are now developing glass with patterns using a mixed UV wavelength range that alerts birds but has no effect on human sight.
New York City recently passed a bird-friendly law requiring all new buildings and building alterations (at least under 23 metres tall, where most fly) be designed so birds can recognise glass. Windows must be “fritted” using applied labels, dots, stripes and so on.
Combinations of methods are being used to scare or warn away birds from flying into glass walls. These range from dummy hawks (a natural enemy) and actual falcons and hawks, which scare birds, to balloons (like those used during the London Blitz in the second world war), scary noises and gas cannons … even other dead birds.
Researchers are using lasers to produce light ray disturbance in cities especially at night and on dark days.
Noise can be effective, although birds do acclimatise if the noises are produced full-time. However, noise used as a “sonic net” can effectively drown out bird chatter and that interference forces them to move on looking for quietness. The technology has been used at airports, for example.
A zen curtain developed in Brisbane has worked at the University of Queensland. This approach uses an open curtain of ropes strung on the side of buildings. These flutter in the breeze, making patterns and shadows on glass, which birds don’t like.
These zen curtains can also be used to make windows on a house safer for birds. However, such a device would take some doing for the huge structures of a metropolis.
More common, and best adopted at the design phase of a building, is to mark window glass so birds can see it. Just as we etch images on glass doors to alert people, we can apply a label or decal to a window as a warning to birds. Even using interior blinds semi-open will deter birds.
Birds make cities friendlier as part of the shared environment. We have a responsibility to provide safe flying and security from the effects of human habitation and construction, and we know how to achieve that.
This article has been updated to correct the figure for the estimated number of birds killed by the cats in the US to “up to 4 billion”, not 4 million.
Qatar-based Industrial Solutions leader ‘Nehmeh’ has organised the annual Mega Industrial Expo 2020 showcasing a range of the world’s leading brands in construction solutions,
The two-day event was held on February 4 and 5 at a five-star hotel in Doha where Nehmeh showcased power tools, ventilation systems, light construction tools and machinery with a focus on concrete machinery along with demonstrations to let guests have a first-hand product experience of the machines and its applications.
An important part of the event was the launch of the Qatar’s first locally manufactured ‘Roof Top Package Unit’ by Nehmeh Air Conditioners and introduction of Belgium based ‘Beton Trowel’ brand renowned for Concrete & Compaction Equipment.
The event also featured key note address by experts from Beton Trowel, Nehmeh Air Conditioners and Makita over the two days. ‘Nehmeh App’ the region’s first industrial solutions mobile app was highlighted to guests at the expo. Nehmeh, one of the leading industrial solutions providers in the GCC, represents world class brands which are leaders in their respective categories.
For over 65 years, tens of thousands of people depend on reliable industrial performance solutions by Nehmeh. This mega event succeeded in attracting visitors including retail partners, suppliers, end-users and others related to the construction industry.
Visitors also included managers from Qatar looking for solutions to improve their efficiency and productivity on sites. Brands participating at the expo were Makita, Nehmeh Air Conditioners, Stampa, SDMO, Beton Trowel, Sofy, Portacool, Koshin, Awelco, Dr. Schulze among many more. Demonstrations were held on specially prepared areas showcasing tools, equipment and machinery. Expert professionals from Singapore, Germany and Belgium presented to the audience new introductions and technologies along with an informative Q & A session.
“Nehmeh range of Industrial Solutions cover major solutions required for the Qatari construction market. This concept event has been developed keeping in mind the requirements of our customers and I am glad to say that the event has been well received by the guests over the years,” said Emil A. Nehme, Chief Executive Officer at Nehmeh.
“With the support of our partners, we have the ability to cover major construction solutions as required here in Qatar. Witnessing the popularity of such an event, we are inclined to hold more such regular events as part of our calendar of activities,” he added.
‘The Nehmeh Corporate Catalogue 2020’ was launched during the event. Awards bestowed to various partners as tribute to their efforts and achievements. In addition, four lucky visitors also walked away with reward trips, gold coins and stay vouchers.
Sidewalk Labs prototype would be the world’s tallest wood-frame building. That is good to know but Reach for the Sky—Wood Frame Building Will Be 35 Storiesby Roopinder Tara posted on January 28, 2020, could seriously be envisaged if the world were to be limited to the northern as well as to the Equatorial zones where forestry abounds. Transporting however wooden building materials from and/or to any other area of the world would probably cancel any significant environmental benefits.
Given that wood is flammable and biodegradable, it may never have been an ideal building material. We have steel for that. However, in many parts of the world, wood is available in abundance, so it is pressed into service for our buildings. Wood framing is common in North America for residential buildings but less so for commercial buildings. Wood framing has largely been unheard for use in high rises—until today, when plans of a 35-story wood frame skyscraper, part of Sidewalk Labs development project in Toronto, popped into my inbox.
No building this tall has ever been built with a wood frame. It’s not even close. The current tallest wood-frame building is Norway’s 85.4m-tall Mjøstårnet. The second tallest is the 53m-tall Brock Commons Tallwood House in Vancouver. Both buildings are 18 stories.
Sidewalk Labs has a digital model, a proof of concept it calls the PMX Tower (Proto-Model X). There’s a lot to be worked out when making a wooden building this tall.
The PMX plans do not call for using plain, ordinary wood, but “mass wood,” or a wood-mostly material that when glued together is called “glulam” and is used for ultra-long beams and columns. It is called nail laminated timber (NLT), and the plywood-like cross-laminated timber (CLT), which is used for floor and roof decks as well as bearing walls. Mass wood can be made fire resistant with the addition of chemical fire retardants, though this certainly makes the material less green. Mass wood’s manufacturers claim that the carbon emissions produced from making it are far less than the emissions created in making of steel or concrete—though cutting down trees is hardly green. Mass wood looks better than steel or concrete. We cannot argue with that. Plans for PMX call for a wooden external skeleton. (Image courtesy of medium.com.)
With a much lower strength-to-weight ratio than steel, wood of any type poses special challenges. But with a Sidewalk Labs team dead set on sustainability, a steel frame and concrete curtain walls were a nonstarter. Still, duplicating the same type of frame used in steel and concrete construction with wood would have resulted in ridiculously massive structural elements. A “timber core” design would have walls 5-feet thick. Not only would walls this thick require too many trees, they would also be difficult to manufacture and ship. In addition, they would take up too much floor space. PMX is going with a design that uses a wooden “exoskeleton” consisting of diagonal bracing and vertical columns on the outside of the building that support a 10-inch-thick “lean wood core.”
The BIM was done with Autodesk Revit and is hosted on BIM 360, a cloud-based construction management application.
A Counterintuitive Counterweight
A concrete and steel tower would be 2.5 times as heavy as a wooden skyscraper. But whereas light weight is an asset in aircraft and rockets that seek to escape gravity, it can be a liability in buildings that need to stay put. Preliminary analysis showed the 35-story wood frame construction had as much deflection in the wind as a 40- to 50-story building constructed with a steel frame.
The PMX team found that it had to allow a lot of steel into the design—in the form of a 70-ton steel weight, part of a system that is designed to dampen vibration.
While it may seem counterintuitive—perhaps even dangerous—to have massive weight on top of a building, that is exactly what civil engineers may order for a tall building that is swaying too much or is expected to do so. Tall buildings can have deflections of several feet on their top floors—unsettling and even sickening their occupants. A tuned mass dampener (TMD) system, can be designed in or retrofitted. A TMD with a precisely calculated amount of mass made of concrete, steel, lead or other dense material stays still due to its own inertia when a tall building initially bends— as a result of the ground shaking or a gust of wind. Dampeners attached to the mass absorb the energy and act to limit the number of oscillations.
TMD systems have been around for some time, but the increase in super tall and very thin tall buildings has made them even more sought after. Shanghai, New York and Dubai have several buildings with TMDs. Taiwan’s Taipei 101 tower uses a system that makes its TMD, with a suspended golden ball, a visible design feature.
The Canadian National Tower, at one time the tallest structure in North America at 102m, also in Toronto’s downtown, has two doughnut-shaped steel rings, one at 488m and the other at 503m—each weighing 9 metric tons—that serve as TMDs. They are tuned to the 2nd and 4th mode shape of the tower, while the 1st and 3rd mode are controlled by the prestressed concrete and don’t require additional damping.
Boston’s John Hancock Tower had two 30-ton sliding dampers installed retroactively that were designed to reduce the building’s sway by 40 percent to 50 percent.
TMDs can take several forms, including sliding, rolling or swinging weights.
Not Your Parents Prefab
As much as possible, the PMX designer sought to make the building off-site in parts, and then assemble the parts on-site. This is the long sought-after advantage manufacturing has enjoyed, while construction has lagged behind. PMX is making staircases, floor panels, walls, and kitchen and bathroom “pods” standard and assembled in assembly lines, transporting them to the waterfront site on trucks, and then snapping them together … like Legos, according to this article. These “cassettes,” as the sub-assemblies are called, will be made in 25 steps, with each step estimated to take 25 minutes. It is assembly line techniques at work, rather than the painstaking, laborious, material wasting current practice of laying floors, pouring concrete, joining gigantic steel members, and so on, that is the common conventional construction trade practice.
In addition to busting out of age-old construction practices, the PMX also hopes to bust out of the lowly status that prefab construction can’t seem to shake, like a screw-top wine. The plan’s exoskeleton can be draped in any manner of dress and color—a far cry from the welcome to middle-class, prefab homes in cookie cutter neighborhoods that gave prefab a low-class status.
Sidewalk Labs has a $1.3 billion project to develop Quayside, a 12-acre area in Toronto on the banks of Lake Ontario. Sidewalk Labs, part of Alphabet Inc., which also owns Google, was formed to create communities “from the Internet up.” When complete, Sidewalk Toronto would potentially bring 44,000 jobs, many of them tech jobs, to Toronto’s downtown. It was to be a test bed for technology close to city scale, including roads especially designed for autonomous vehicles. But the proposal may have represented too much technology for Toronto’s residents. Sidewalk Labs plans to pool and make public “urban data” gathered from those who were in Sidewalk Toronto. The city will be voting on whether to move forward with the Sidewalk Labs proposal.
Kuwait has issued a global tender to seek international experts for a major project to help diversify the economy.
Kuwait has issued a global tender looking to companies to help develop a new Entertainment City in the country.
The mega-scale tender seeks to locate the right partners to undertake planning, development, execution, operation, maintenance and investment in the project which forms part of Kuwait Vision 2035.
Al-Diwan Al-Amiri said in a statement that it aims to sign up partners “at the nearest possible opportunity”.
Considered to be one of the largest projects of its kind in the region, the mega project will actively support the ongoing efforts by the government to diversify sources of income and will contribute to the revitalisation of the cultural, leisure and tourism sectors in Kuwait, the statement added.
As part of the project, a global entertainment and tourism city will be established, featuring an amusement park and a world-class integrated entertainment complex.
Project components primarily include a ride based outdoor theme park, an indoor theme park, an aqua park, a kids’ activity and entertainment centre, in addition to gaming arcade, a snow/ski park and a multiplex and open air theatre.
Other components comprise a sports centre, a museum, public parks and social entertainment areas with landscaped areas and trails. The project also comprises 4 and 5 star villas, apartments, a retail mall, commercial areas and restaurants. It also includes an observatory, an amphitheatre, indoor water channels.
The current location for Al-Diwan Al-Amiri’s Entertainment City in the Doha region in the north of Kuwait will be expanded and developed to cover 2,750 million square metres.
The deadline for the global tendering and bidding process is set for February 27.
Al-Diwan Al-Amiri’s other projects include the Jahra Medical City, Sheikh Jaber Al-Ahmad Cultural Centre, Sheikh Abdullah Al-Salem Cultural Centre, Kuwait Motor Town and Shaheed Park.
The insatiable demand of the global building boom has unleashed an illegal market in sand. Gangs are now stealing pristine beaches to order and paradise islands are being dredged and sold to the construction industry was the introduction to an article of The Guardian. A less partial response to that would definitely that of Seyed Ghaffar, Brunel University London proposes here below to how we can recycle more buildings.
More than 35 billion tonnes of non-metallic minerals are extracted from the Earth every year. These materials mainly end up being used to build homes, schools, offices and hospitals. It’s a staggering amount of resources, and it’s only too likely to increase in the coming years as the global population continues to grow.
Thankfully, the challenges of sustainable construction, industrial growth and the importance of resource efficiency are now clearly recognised by governments around the world and are now at the forefront of strategy and policy.
A critical component of the UK government’s sustainability strategy concerns the way in which construction and demolition waste – CDW, as we call it in the trade – is managed. CDW comes from the construction of buildings, civil infrastructure and their demolition and is one of the heaviest waste streams generated in the world – 35% of the world’s landfill is made up of CDW.
The EU’s Waste Framework Directive, which aims to recycle 70% of non-hazardous CDW by 2020, has encouraged the construction industry to process and reuse materials more sustainably. This directive, which favours preventive measures – for example, reducing their use in the first place – as the best approach to tackling waste, has been implemented in the UK since 2011. More specific to the construction industry, the Sustainable Construction Strategy also sets overall targets for diverting CDW from landfill.
Policies worldwide recognise that the construction sector needs to take immediate action to reduce greenhouse gas (GHG) emissions, tackle the climate crisis and limit resource depletion, with a focus on adopting a circular economy approach in construction to ensure the sustainable use of construction materials.
Instead of simply knocking buildings down and sending the CDW to landfill, circular construction would turn building components that are at the end of their service life into resources for others, minimising waste.
It would change economic logic because it replaces production with sufficiency: reuse what you can, recycle what cannot be reused, repair what is broken, and re-manufacture what cannot be repaired. It will also help protect businesses against a shortage of resources and unstable prices, creating innovative business opportunities and efficient methods of producing and consuming.
Changing the mind-set
The mind-set of the industry needs to change towards the cleaner production of raw materials and better circular construction models. Technical issues – such as price, legal barriers and regulations – that stand in the way of the solutions being rolled out more widely must also be overcome through innovation.
Materials scientists, for example, are currently investigating and developing products that use processed CDW for manufacturing building components – for example, by crushing up CDW and using it to make new building materials.
Technical problems around the reuse of recycled materials should be solved through clever material formulations and detailed property investigations. For instance, the high water absorption rate in recycled aggregates causes durability problems in wall components. This is something that research must address.
Moreover, it is illegal in the EU to use products that haven’t been certified for construction. This is one of the main obstacles standing in the way of the more widespread reuse of materials, particularly in a structural capacity. Testing the performance of materials for certification can be expensive, which adds to the cost of the material and may cancel out any savings made from reusing them.
For the construction, demolition and waste management industries to remain competitive in a global marketplace, they must continue to develop and implement supply chain innovations that improve efficiency and reduce energy, waste and resource use. To achieve this, substantial research into smart, mobile and integrated systems is necessary.
Radically advanced robotic artificial intelligence (AI) systems for sorting and processing CDW must also be developed. Many industries are facing an uncertain future and today’s technological limitations cannot be assumed to apply. The construction industry is likely to be significantly affected by the potential of transformative technologies such as AI, 3D printing, virtual/augmented reality and robotics. The application of such technologies presents both significant opportunities and challenges.
A model for the future
As the image below shows, we have developed a concept for an integrated, eco-friendly circular construction solution.
Advanced sensors and AI that can detect quickly and determine accurately what can be used among CDW and efficient robotic sorting could aid circular construction by vastly improving the recycling of a wide range of materials. The focus should be on the smart dismantling of buildings and ways of optimising cost-effective processes.
The industry must also be inspired to highlight and prove the extraordinary potential of this new construction economy. We can drive this through a combination of creative design, focused academic research and applied technology, external industry engagement and flexible, responsive regulation.
Only through a combination of efforts can we start to recycle more buildings, but I’m confident that with the right will – and the right investment – we can start to massively reduce the amount of materials we pull from the ground each year and move towards a truly sustainable future.
Aurecon’s Daniel Borszik shares insights on modular buildings “clipped together like Lego” and IoT-integrated buildings.
The building industry, which has historically lagged in terms of technology adoption, is beginning to have a dialogue on shifting from projects to products, with a particular focus on modular construction.
Speaking at the 40th edition of the region’s largest and most influential event for the construction industry The Big 5, Aurecon MEP associate, Daniel Borszik, said: “Modular construction could scale easily to an industry worth $100bn in the US and Europe alone. Even though that’s quite a large number, the industry could deliver about $20bn in annual savings.”
During his talk at The Big 5, Borszik shared details on the various methods of modular construction from modular 2D panels in high-quality single-family housing units that permit for design flexibility and optimised logistics; to 3D volumetric modular systems that create standardization, repeatability, and cost reduction in low- and mid-rise apartment buildings or hotels.
Borszik also elaborated on the combination of automated fabrication with what he called ‘buildable tech’, which called for new materials and fabrication methods that might initially attract a premium but will result in cost savings in the long run.
He pointed to a construction industry where future building parts are printed using cutting-edge 3D printing technology; where these building parts are then “clipped together like Lego”; where machine learning technology and Internet-of-Things (IoT) is integrated into these buildings; and where the completed buildings will be able to self-manage, and fix themselves.
“What I find exciting about the buildings of the future is that you will see a lot more of integration of technology in our buildings. Sooner or later, if the air conditioning has an issue in your house, the air conditioner itself will be able to send an email to the maintenance team to come and fix it, without the need for a human to raise a complaint, and all you get is a notification on your phone that maintenance has been scheduled,” Borszik said.
This will disrupt every player in the construction industry from developers, architects, and designers to contractors, subcontractors, suppliers, consultants and others. Borszik stated that all stakeholders in the industry need to prepare for the disrupting shifts in value pools.
“From engineers to designers, city planners to politicians, it will take all hands on deck to turn a truly transformative design into the city’s new normal,” Borszik concludes.
Where do real estate and construction opportunities exist in this region?
GCC and the wider Middle East were recognised for standout construction opportunities
The most opportunities to be found in the United Arab Emirates (56%) followed by Saudi Arabia (44.4%)
36% of those interviewed said their business would enter the UAE within the next 12 months either directly or via a joint venture
The Middle East and Africa’s largest construction event, The Big 5, which takes place from 25 – 28 November, has officially revealed a first of its kind research paper, TheVoice of the Construction Industry Report, during the CEO Forum on its opening day.
The report is based on research conducted by GRS Research & Strategy Middle East, in conjunction with The Big 5. A total of 5,951 senior construction industry professionals were surveyed from136 countries on the trends and outlook of the construction sector in the GCC, Middle East and Africa.
Ben Greenish, Senior Vice President of dmg events said: “Thanks to the size, strength and history of The Big 5, we not only deliver a world-class trade event, we are also a trusted source of insight and intelligence for the construction industry. This new research from a huge cross-section of senior construction professionals underscores our reputation as a source of knowledge, and helps global industry stakeholders generate revenues, save money, and shape future strategies.”
“The responses come from professionals in sectors including manufacturing and distribution through to developers, contractors, engineers, architects and consultants, with each being segmented by business type, seniority, geographic location, and company turnover, allowing for a detailed analysis of the issues influencing each sector and how they are shaping the industry,” added Greenish.
The research revealed that the GCC and the wider Middle East were the standout opportunities recognised by respondents not already active in those regions when considering where their business may look for opportunities in the future.
Of the GCC countries, respondents felt there were the most opportunities to be found in the United Arab Emirates (56%) followed by Saudi Arabia (44.4%). In line with these findings, 36% of those interviewed said their business would enter the UAE within the next 12 months either directly or via a joint venture.
According to Andrea Piccin, Partner – General Manager, GRS Research & Strategy, the findings represent good news for the UAE and the wider Middle East region: “Economic growth is seen as a key factor generating business opportunities in the GCC. This is undoubtedly piquing the interest of international companies, which are now looking to expand in the Middle East for the first time.”
“Also, the increase in tourism, particularly in the UAE, is a major driver for business growth and one that many construction companies have already capitalised upon,” he added.
As part of the research, the top trends impacting all aspects of the construction industry were addressed with respondents stating prefabrication and modular construction, energy efficiency, and sustainability are the most important.
“These trends reflect the UAE and Saudi governments’ recent focus on the development of smart and sustainable cities. According to the results, it is anticipated during the next 12 months governments from these two countries will place even greater emphasis in these key areas providing an additional boost for the industry,” added Piccin.
Technology and the impact it has on the construction industry is also outlined within the data. Advanced software, building information modelling (BIM), and digitalisation are identified as the top three disrupters of the sector. These are closely followed by the Internet of Things (IoT) and smart technology, and 3D printing.
The Voice of the Construction Industry Report was unveiled at The Big 5’s invite-only CEO Forum, a conference for 150 CEOs from the region’s leading construction firms, which took place at The Big 5’s opening day.
AMEinfo staff members report business news and views from across the Middle East and North Africa region, and analyse global events impacting the region today.
Significance of construction in Saudi Arabia is accentuated by key transport and mobility schemes
An Asian labourer looks on as he works at the construction site of a building in Riyadh, Saudi Arabia. Image for illustrative purposes.
REUTERS/Faisal Al Nasser
By Seban Scaria, ZAWYA
Construction activity in the Middle East and North Africa (MENA) region has been relatively sluggish and is forecast to grow at 3.3 percent in 2019.
However, after a lacklustre 2019, construction growth in the region is forecasted to steadily improve in the next four years, to reach 4.9 percent by 2022-2023, data and analytics company GlobalData said in its Global Construction Outlook report.
Government revenues in the Gulf countries have been affected due to low oil prices. Assuming oil prices stay relatively high, large-scale investment in infrastructure projects – mostly related to transport – will be a key driving force behind the growth in the region, the report said.
Saudi Arabia remains the largest regional construction market in the Middle East, despite a contraction in construction in the kingdom in recent years. Construction output is forecast to recover in 2019, growing by 2.6 percent, before posting average growth of 3.8 percent in 2020-2023, the report said.
Yasmine Ghozzi, Economist at GlobalData, said: “The construction market started on a positive note in Saudi Arabia in 2019, growing by 1.3 percent year-on-year in Q1 in real value-add terms, attributed to rising oil prices and a surge in the non-crude sector.”
“The significance of construction in Saudi Arabia is accentuated by key transport and mobility schemes such as Riyadh Metro; social infrastructure developments such as the Ministry of Housing’s Sakani programme; and energy megaprojects such as the state-owned Aramco’s Berri and Marjan oil fields,” she added.
The report pointed out that construction boom in Qatar, that began almost a decade ago, seems to have run its course as major projects are largely completed. Construction output decreased by 1.2 percent year-on-year in Q1 2019, a sharp deceleration after years of rapid expansion.
“The Qatari construction sector will slow relative to previous years, in general, but the turnaround will come from the North Field Expansion (NFE) project where Qatar Petroleum announced its aim to increase Qatar’s LNG production from current 77mtpa to 110mtpa within five years and has assigned Qatargas as the operator of the project. Meanwhile, work on the Hamad International Airport and New Doha Port will support growth in the airport and port sectors,” Ghozzi said.
However, one of the region’s brightest spots will be Egypt, where GlobalData predicts that construction will expand by an annual average of 11.3 percent between 2019 and 2023.
“Egypt’s economy is forecast to expand at a relatively rapid rate over the next two years, driven by sustained growth in natural gas production and a recovery in tourism. Delivering an ambitious renewable energy program is a priority for the government. Construction activity is also being driven by Cairo’s urban development program, which could involve building 23 new cities,” Ghozzi said.
The pace of growth in sub-Saharan Africa will be particularly strong, averaging 6 percent a year in 2019–2023, Global data said.
According to the report, construction activity in Nigeria will accelerate steadily, supported by government efforts to revitalise the economy by focusing on developing the country’s infrastructure.
But Ethiopia will be Africa’s star performer, with its construction industry continuing to improve in line with the country’s economic expansion, but the pace of expansion will ease back to single-digits, it said.
The Sharjah Architectural Triennial could be one of the built environment professionals gatherings of importance in the MENA region. Here is an article dated 25 August 2019 written by Rima Alsammarae who gives a fairly well-described idea of some thoughts of this event’s main contributor. And according to this latter, the Sharjah Architecture Triennial will address climate change.
The event was founded in 2017 and is led by Sheikh Khalid Al Qasimi, Chairman of Sharjah Urban Planning Council.The Triennial editions aim to highlight topical aspects of architecture and urbanism that have local relevance and to engage Sharjah’s existing built environment and social fabric.
Middle East Architect (MEA) speaks with curator Adrian Lahoud, who says the triennial is an invitation to ‘radically rethink’ questions about architecture and address climate change – ‘the most urgent challenge facing humanity today’.
The coastal emirate of Sharjah is the third largest city in the United Arab Emirates – and it’s considered the cultural capital of the country. Among the many cultural centres, government institutions that support art-led initiatives, and the ongoing regeneration of heritage spaces, the emirate’s creative realm is further defined by the upcoming Sharjah Architecture Triennial.
The latest move in connecting the city’s motivations with its architectural past and future, as well as a step towards rethinking its urban and environmental footprint, in addition to that of the wider Middle East, North Africa and South Asia, the triennial was launched as a non-profit initiative and is legally housed under the Sharjah Urban Planning Council and funded by the Government of Sharjah. Chaired by Khalid bin Sultan Al Qasimi, the team behind the initiative is formed by its partners including the Directorate of Town Planning and Survey; the American University of Sharjah’s College of Architecture, Art & Design (CAAD); the Sharjah Art Foundation; and Bee’ah.
The curator of the triennial, Adrian Lahoud, architect, urban designer and dean of the School of Architecture at London’s Royal College of Art, spoke to MEA about the event ahead of its launch in November 2019.
According to Lahoud, the theme ‘Rights of Future Generations’ is an invitation to “radically rethink” fundamental questions about architecture and its power to create and sustain alternative modes of existence.
“The theme prompts us to interrogate the fact that, while individual rights have expanded over the past few decades, collective rights, such as rights of nature and environmental rights have been neglected,” he said.
“Following various lines of enquiry around housing, education and the environment, the triennial seeks to question and decolonise architectural discourse; it uses architectural design as an opportunity to realise these alternative modes of living, including new concepts of buildings, cities, landscapes and territories, and to consider how these may be better adapted and understood as part of contemporary life and possible futures.”
Rights of Future Generations intends to explore how inheritance, legacy and the state of the environment are passed from one generation to the next, and how present decisions have long-term intergenerational consequences, as well as how other expressions of co-existence, including indigenous ones, might challenge dominant western perspectives.
Lahoud noted that inherent in the theme is a commitment to address climate change as the most urgent challenge facing humanity today.
“Through its exploration of how particular conditions in the Global South produce unique relationships between human beings and the environment, the triennial seeks to bring awareness to specific models,” he said. “Ones that allow interacting and living with the environment, rather than dividing ourselves from it.”
In addition to raising awareness via the exhibition and public events, the triennial has formed the Rights of Future Generations Working Group. Its mission is to advance the protection of future generations’ fundamental rights in a world where climate change is dramatically shifting along socio-economic, legal, gender, racial and political dimensions.
The group will collaboratively produce the Sharjah Charter to be presented as part of the triennial, which Lahoud hopes will prove to be a significant moment in the ongoing global discourse around climate change.
“I believe that architecture as a practice holds a key role in addressing climate change,” Lahoud said. “However, in order to leverage this potential, we must move away from the extractive and exploitative models that dominate architectural practice. We are at a point of ecological collapse and one fact must not be ignored: that the sites, regions and populations most immediately and irreversibly threatened by climate change are the same ones that face regimes of global socio-economic extraction and exploitation.
“Valuable insight can, therefore, be drawn from paying attention to existing social struggles at the frontline of climate change, including indigenous ones. There is a particular problem with the western ontological distinction between humans and the environment. This distinction views architecture as ‘shelter’ from the environment, thereby validating land grab and resource extraction. Human history offers a myriad of examples of alternative social orders, of relationships between humans and other beings that evolved according to various beliefs and practices, and through these examples, we might understand our agency and relationship with the world differently.”
Most recently, the triennial announced the two venues that it will be held at – the old Jubail vegetable market and the Al-Qasimiyah School, which is currently being renovated to form the triennial’s permanent headquarters.
The choice in venues was no coincidence, asserts Lahoud. They speak directly to the theme of the triennial. Both buildings are leading examples of the emirate’s 1970s and 80s architecture. And in the adaptive reuse of these structures, the triennial offers a sustainable approach and example of working with existing infrastructure.
“The mission of the triennial is to serve as a space for dialogue that supports an emerging generation of architects drawn from across the Global South and their diaspora,” said Lahoud. “Ultimately, we hope to prompt our audiences to rethink the potential of architecture – to interrogate existing models, disrupt dominant perspectives and consider the alternative ways of living that can be formed.
“Inherent to the theme of Rights of Future Generations is a commitment to legacy building, and I hope to create a lasting community beyond the exhibition,” Lahoud said. “Physically, the school will serve as a central hub for architectural learning within Sharjah. For those based in other regions, texts and publications produced during the triennial will be available across a variety of online platforms long after the exhibition has ended, offering a globally accessible resource for those who wish to interrogate existing architectural discourse.”
(Images courtesy of Sharjah Architecture Triennial)
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