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Commercial Operation Of Shobak Wind Farm In Jordan

Commercial Operation Of Shobak Wind Farm In Jordan

WINDINSIDER informs that Alcazar Energy Proclaims Commercial Operation Of Shobak Wind Farm In Jordan

By Samah Rumani -25th November 2020

photo of windmills during dawn
Photo by Laura Penwell on Pexels.com

Alcazar Energy and its partner, Hecate Energy, a leading developer, owner and operator of renewable power projects and storage solutions in North America and select international markets, have announced the commercial operation of their Shobak wind farm situated in the Ma’an Governorate of Jordan. With the granting of its Commercial Operation Date (COD) Certificate, Alcazar Energy now has seven operational wind and solar assets across the META region.

The project, which will facilitate the supply of electricity to the Jordanian grid in line with established tariffs, directly supports the Kingdom’s National Energy Strategy to achieve 20 per cent of its required energy from renewable resources by 2025. The wind farm is projected to displace (on average) over 75,000 tonnes of carbon dioxide and save in excess of 130,000 cubic metres of water annually over its 35-year lifespan.

Vestas, Danish manufacturer was contracted to construct the project which included the installation of 13 V136-3.45 MW wind turbines across an area of 14.5 square kilometres (km2) near the village of Al Shobak. Vestas commentd that it will continue to support the Alcazar Energy Delivery and Operations team by providing operation and maintenance (O&M) services for the wind farm in compliance with international best practice.

Commenting on the occasion, Daniel Calderon, Co-founder and Chief Executive Officer of Alcazar Energy, said: “The completion of the Shobak wind farm, while navigating the challenges of COVID-19, is a real testament to Alcazar Energy’s resolve, expertise and unwavering commitment to all our public and private partners. The achievement of commercial operations demonstrates our credentials as a responsible market leader that operates with the highest levels of safety, discipline, compliance and integrity in our work.”

“This project also reaffirms Alcazar Energy’s role in supporting the Kingdom of Jordan not only to meet its rising demand for electricity in a sustainable and environmentally responsible manner, but also to create jobs and empower local communities.”

The Shobak wind farm has a generation capacity of 45 megawatts (MW), which is enough to power over 30,000 Jordanian households every year.

“The Shobak wind farm is a great example of how a public-private partnership can work for the benefit of all stakeholders. The resilience shown amid disruptions caused by COVID-19 is further proof of the project’s viability and Alcazar Energy’s commitment to the communities where it operates. We are delighted to have been able to support this further addition of renewable generating capacity to Jordan’s remarkable green transition.”Harry Boyd-Carpenter, Head of Energy, Europe, Middle East and Africa, European Bank for Reconstruction and Development (EBRD) added.

The development and construction of the Shobak wind farm has been accomplished in line with world-class quality, health, safety, environmental and social standards and has been commissioned following rigorous technical tests.

Participation of local employees reached 30 per cent of the total workforce, higher than comparable projects in the wind industry, bringing significant social and economic benefits to the region. The on-the-ground team had a workforce of 350 employees. In total, the project required over 350,000 man-hours for the civil works, the specialised assembly of wind turbines and the construction of the substation.  

The wind farm is jointly financed by the European Bank for Reconstruction and Development (EBRD), the Islamic Corporation for the Development of the Private Sector (ICD) and the Europe Arab Bank. Shobak represents Alcazar Energy’s third fully operational renewable energy project in Jordan, which together will make an important contribution to the Kingdom’s energy transition for decades to come.


Wind farm by Jordan Times
Bringing light to these dark times

Bringing light to these dark times

Paul Trace from Stella Rooflight discusses the importance of well-lit spaces while the nation works from home. It is about Bringing light to these dark times. Environmental Impact of the Global Built Environment are revisited here but at a specific scale, that of home.


Chances are that over the last few months you’ve found yourself trying to adapt to a new working environment as the nation gets to grips with home working and/or schooling. As few people are fortunate enough to have a dedicated home office space, many will no doubt have found themselves sprawled out on the sofa, taking over a kitchen worktop or even working from their beds (we’ve all done it!).

Wherever you have managed to find space, you have most likely been drawn to the brightest spot in the house. It’s no great surprise that people are attracted to natural light and that most of us feel better when the sun comes out. However, beyond the “feel good” factor there are many tangible benefits to increasing the amount of natural daylight entering a building, none more so than improved productivity levels.

Daylight is a vital natural resource that will significantly improve the environment within any building. Evidence from the numerous physical and psychological studies undertaken on the subject, suggests that buildings enjoying high levels of natural light are literally more successful than those more reliant on artificial light. In all environments our brains respond better to natural light, which means people perform better.

If your home has all of a sudden also become your workplace, the presence of natural daylight has never been so important. Daylight is proven to increase concentration levels in working environments, with numerous studies showing that well-lit spaces often achieve improved productivity, over those that are not.

Health

Many scientific studies conducted in the healthcare sector also support the conclusion that natural daylight has proven health benefits. Daylight helps to shorten patient recovery times, improves their mood and generally promotes well-being. So it’s no surprise that architects involved with hospitals, housing for the elderly and other healthcare buildings are constantly adjusting and updating their designs to reflect the importance of introducing daylight and, more specifically, natural sunlight.

But it’s not just the elderly or unwell that can reap the health benefits of natural light. It is estimated that up to 20 per cent of the UK population suffer from Seasonal Affective Disorder (SAD), a form of winter depression. These individuals are known to respond to the hormone serotonin, whose production is triggered by natural daylight.

The environmental and financial benefits

Natural light also offers an environmentally friendly means of saving money on energy costs. It stands to reason that the more natural light entering a building, the less energy for lights and heating is required. If home working is to become the new norm for you or those in your household, then the longer-term cost savings of natural daylight are not to be dismissed, especially as the increase in lighting and power consumption is likely to be required at peak-demand prices. Effective use of day lighting may save up to about 50 percent of your energy cost requirements, depending upon how natural light is used.

Even in our rather dull climate, passive solar gain provides significant potential to reduce energy usage. Buildings that enjoy high levels of natural light evenly spread throughout will be heated naturally for a considerable percentage of the year.

Education

Natural daylight is not only beneficial to those working from home. If you are among the millions of households that have been home schooling your children over the lockdown period you may be interested to know that natural daylight also has a significant impact on education.

Much of the research on the benefits of natural daylight has focused on the learning environment. Enhanced student performance and motivation, increased teacher and student attendance, reduced energy costs, as well as a positive effect on the environment are some of the improvements seen in school buildings that use well-planned day lighting concepts.

One study by Sacramento California, ‘Light Helps Pupils Learn’, is one of the largest ever undertaken on natural light in schools. It suggests that children learn faster and perform better in exams in classrooms with more daylight. It identified that exam results were up to 26 percent higher for schoolchildren in classrooms with plentiful natural light than for those in classrooms with little or no daylight. These findings are reinforced by Alberta Education’s, ‘A Study into the Effects of Light on Children of Elementary School Age’, which showed that natural light also has a positive effect on the health of children, as well as on rates of attendance and achievement.

These are all benefits that can be transferred from school buildings to the home learning environment.

The role of the rooflight

Rooflights let in light from the brightest part of the sky and are not generally affected by external obstructions, such as trees or other buildings. They also provide a more even pattern of light than vertical windows.

Rooflights can form part of an effective technical lighting scheme, particularly in conjunction with efficiently controlled artificial lighting, to produce specified illumination levels for particular tasks. According to leading consultants, horizontal rooflights provide three times more light than vertical windows (the equivalent of 10,000 candles on a sunny day), which is more than 200 times the light needed for most educational or work related tasks.

In addition, rooflights can also add to the more subjective qualities of spaces as an integral part of the building’s architecture. They can provide views of the sky and promote a sense of well-being and connection with the outside without the distractions encountered with views through vertical glass windows.

These facts are well understood by most people involved in building design. However the huge potential of rooflights to provide exactly the amount, type and distribution of natural light required to meet any given specification is not always appreciated by the homeowner. So, whether home working and home schooling is a short-term solution, or something that we all must get used to, the role of natural daylight in the home and the physical and psychological benefits that it brings, cannot be underestimated.

For further information or to discuss your bespoke rooflight requirement contact the Stella Rooflight team on 01794 745445 or email info@stellarooflight.co.uk

www.stellarooflight.co.uk

About Stella Rooflight

Stella Rooflight designs and manufactures high quality stainless steel bespoke rooflights. From design and production through to customer service, Stella has a single vision of doing things better than the industry standard.

Stella produces exceptional rooflights that combine a flush fitting profile, while utilising the very best of materials and has become the first choice for discerning clients looking to bring natural daylight into their living spaces through premium quality rooflights.

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Regreening the Desert

Regreening the Desert

Regreening the Desert would be the ultimate call for action from John D. Liu. Could it be addressed to the MENA region leaders, as part of seeming to be a universal appeal to try and redress the planet’s sad situation?

Can we in the meantime think of a “reforestation campaign” amid a coronavirus crisis? Yes, we can think of everything, since life carries on despite all that is going on.
It would be the height of giving up life on the pretext that we are fighting death! Isn’t the tree life?
Is there a relationship between reforestation and Covid-19? Certainly not, otherwise, it could be felt like a high contortion. But there is undoubtedly a relationship between the tree and life. It’s even excellent that one. There is oxygen, and there is wood, there is chlorophyll, there is shade, there is the fruit, there are colours and certainly other things that ordinary people cannot know.
But do we have the heart to plant plane trees, carob trees and Aleppo pines when the “atmosphere” is to the maddening figures of contamination, the disturbing ambient nonchalance and the not very reassuring news that come to us from the hospitals? Yes, you can plant trees all the time, anywhere. Anyway here is John’s .


“Deserts are advancing and water is becoming scarce. It all seems hopeless… But one man has discovered how to make deserts green and our planet healthy again.”

“It is possible to rehabilitate large scale damaged ecosystems… Why don’t we do that?”

– John D. Liu

John D. Liu filmed Hope in a Changing Climate, following the Loess-plateau in China where local people redeveloped the land from a terribly damaged area into a functioning ecosystem. This documentary follows Liu explain what he’s learned and what he thinks we should do to revitalize ecosystems.

The process looks something like this:

  • Setting aside land for natural vegetation to return
  • Exclude grazing in the first 3 years.
  • Wait for native plants to return to the land.
  • Allow the microbial communities to grow within the habitat.
  • Encourage more organic matter, more biomass and more biodiversity.

“We need to redefine and revalue our belief systems. Money is a belief system. There’s nothing wrong with money, as it turns out. The problem is – what is money based on? If money is based on functional ecosystems, then the future will be beautiful. If money continues to be based on the production and consumption of goods and services we’ll turn everything into a desert.”

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Updated on Sunday 22 November 2020

Will the Middle East Remain Habitable?

Will the Middle East Remain Habitable?

Michael Young discusses in an interview with Olivia Lazard the political impact of environmental degradation in the region. It is about whether the Middle East Remain Habitable?

Will the Middle East Remain Habitable?

  • November 19, 2020

Olivia Lazard is a visiting scholar at Carnegie Europe. Her research focuses on the geopolitics of climate, the transition ushered by climate change and the risks of conflict and fragility associated with climate change and environmental collapse. Lazard has over twelve years of experience in the peacemaking sector at field and policy levels. With an original specialization in the political economy of conflicts, she has worked for various non-governmental organizations, the United Nations, the European Union, and donor states in the Middle East, Latin America, Sub-Saharan and North Africa, and parts of Asia. In her fieldwork, her focus was on understanding how globalization and the international political economy shaped patterns of violence and vulnerability. Diwan interviewed her in mid-November to examine how environmental issues are impacting the Middle East.

Michael Young: Climate change has been largely ignored by regimes and even societies in the Middle East, yet it is affecting them in fundamental ways. Can you outline some of the major effects of climate change and tell us why we in the region should pay attention.

Olivia Lazard: Climate change has been ignored the world over because we fail to understand that our governance and economic systems are exhausting nature’s capacity to function, and therefore to sustain us and other species. The challenge ahead is difficult to apprehend. It is not just a matter of energy transition; it is a matter of profound political and socioeconomic transformation. It is about disrupting the status quo. So it is easy to understand why this is not welcomed by autocratic regimes who may stand to lose grip on power, or by democratic societies where coordinated action can be even more complex. Even as certain parts of the world, such as Europe, move closer to a climate transition, we are still at the very early stages of a long journey toward the profound transformations that we are going to need in order to genuinely address the drivers of climate change and, more broadly, ecological disintegration that threaten our ability to survive as a species on this planet.

So, I agree with you that regimes in the Middle East ignore climate change, because they rarely like to talk about transformative change. But I wouldn’t say that the societies ignore climate change per se. In fact, I think it is fair to say that the Arab Spring was a climate-disrupted appetizer that upended the world’s understanding of the region, but also of the links between societal and environmental shocks. Arab societies were actually precursors in ringing the alarm bells on a combination of events that lead to disruption and protracted sociopolitical conflicts: drought, monoculture failings, speculation over staple goods leading to market failures, and worsening social disenfranchisement with no safety net in sight. Increasing temperatures, erratic weather patterns, the unreliability of rainfall, protracted drought, and increasing reliance on chemical inputs to grow crops were all the long-term backstory to these issues back in 2011, which few analysts picked up on. The biophysical factors that characterize climate change were already at play.

MY: How were the Arab uprisings climate-disrupted appetizers, as you’ve said?

OL: This is a side of the story that still doesn’t get told very often when we examine the Arab Spring and its aftermath, so let me dwell a bit on it by looking at Tunisia. In Tunisia, landscapes across the country are ecological deserts—export-oriented monocultures as far as the eye can see. It makes them very vulnerable to climate and economic shocks. Two years ago, I was traveling across the country and I could see that, between the touristy coast where inequalities could not be starker and the extractives regions of the south, decades-long agricultural and economic policies had turned a country which used to be fertile into a bare piece of rock and dust.

Today, a decade after the start of the Arab Spring, you have a country where unemployment is still soaring, where youths find no meaning or economic opportunities outside of the informal economy, where urban centers of the hinterland are boiling with anger and frustration, and where the free movement of people is extremely constricted from one governorate to another. Look around in a place such as Sidi Bouzid, and you either see depressing concrete in town or depressing desert as far as the eye can see. There is no life, there are no prospects. Both the land and the economy have come to a standstill. So people feel stuck. Local cultures have lost their vibrancy and intergenerational divides are growing wider. In this bare and inert environment, drug consumption, domestic violence, and radicalization are rising.

The land is actually the canvas of terrible policies that have favored extraction and predatory politics over resilient social fabrics, culture, and vibrant economies. And the problem is that climate change exacerbates problems that are already present. In Sidi Bouzid in 2010, the spark was Mohammed Bouazizi’s self-immolation. But his story was yet another reminder of problems running deeper and taking root in environmental exploitation, abuse of hard security at the expense of social and human security, enduring economic inequalities, poor governance, and rising violence. It is striking to see how national and international responses to these problems are missing out on the environmental story as a backdrop to social and economic violence. They just do not focus on it.

The picture that I am trying to paint here is one of interconnectedness between the environment and human security, which has always existed but that we really have only started noticing more as a result of climate disruption. Climate change will have two consequences—to exacerbate and disrupt. The Middle East knows this well. The history of landscapes in the region is one of abundance that cradled human civilization. But mismanagement of resources led to natural exhaustion and cycles of violence for centuries. Today, the region is in an advanced stage of desertification, with fewer and fewer resources to support human populations. The environmental degradation is coupled with an atmospheric accelerating force resulting in extreme natural shocks—floods, devastating droughts, and resulting fires. Unsurprisingly, the Middle East concentrates yet again all the ingredients that mark the history of our times.

Where human security is weakened by predatory and hard security-oriented regimes, economies tend to be more extractive toward nature. But nature can no longer sustain extraction. Resources are not just running lower—such as water or land fertility—they are also more erratic. The Middle East is now replete with foretellers of climate catastrophes—massive floods in the Arabian Peninsula, fires in the Levant, and drought everywhere.

These disasters are mostly showing one thing, namely that people have no safety nets to rely upon from their governance systems. There is no preparedness, no relief capacity. This means, once again, that Middle Eastern populations are left to struggle for their own dignity, or karama, the key word during the Arab Spring. It may well become a refrain of disruptions to come related to climate shocks.

Still, some regimes in the Middle East are talking about climate change. I am thinking particularly of the United Arab Emirates, but they do so in a “business as usual” way. They aim to demonstrate that economic power and technological innovation are a way to face the crisis. This is not going to work. Governance and socioeconomic systems need to be rethought in terms of their relationship with nature. We also have to look a lot more in the direction of nature-based solutions in order to navigate the unfolding disaster.

MY: There has been an argument that the Syrian uprising was caused by the drought between 2007 and 2010. Your thoughts?

OL: Without a doubt the drought played a role in the multidimensional uprising in Syria. But the drought itself has a story. It began in 2007 and became protracted over the years. Rainfall patterns were becoming more erratic. This was the result of two things: global warming resulting from excess carbon dioxide accumulation in the atmosphere and changes in landscapes at the local level. Apart from the coastline, over time Syrian land was denuded of natural vegetation, which is responsible for stocking water underground and pumping it into the atmosphere.

In addition to breaking the ecological integrity of the land (which regulates local climates), there were other things that created additional stress for the agricultural capacity in the area of Dar‘a and elsewhere. The Assad regime relied on two main crops for export—wheat and cotton—both of which are highly water intensive. So, atmospheric conditions were not providing rain, and on top of it there were agricultural incentives, such as subsidies, pushing unsustainable ground water consumption. In parallel, the liberalization of the economy led to hikes in diesel prices which farmers could not afford. The crops eventually failed, collapsing an already fragile economy and pushing people into acute food insecurity and economic vulnerability, which they were left to navigate mostly by themselves.

What followed was a mass movement from rural to urban zones, as well as a boom in the informal economy, which is often accompanied by abuse and insecurity for all members of a family household. This is an extremely violent process of the disintegration of livelihoods and security that spirals out of control. In those cities to which people moved, the population influx led to unsustainable water consumption, which created tensions between “old” and “new” communities. The land was impossibly stretched, and the state only concentrated on containing a bubbling situation by unleashing the security forces. Populations were squeezed between scarcity and violence. No wonder communities revolted. So, again, this is a story of exacerbation and disruption.

I was in Syria in 2009, and I remember then that all the communities with which I spoke accepted President Bashar al-Assad as the “devil they knew.” They knew that the equilibrium between the central state, the clans, and the various communities was precarious, but it was an equilibrium to which they could adhere for lack of a better alternative. When mass displacement, impoverishment, and violence started increasing, this equilibrium was upset. The state reacted in a such a way that it broke irremediably the multiple contracts that Assad had with various constituencies.

When you look through the lens of the environment, you can actually retrace the story of peoples, economic policies, and governance structures. Ask any elder in the Middle East what the land was like 60–70 years ago, and they will spend hours telling you stories about fruits and vegetables tasting better, people being more resilient, and communities being more intertwined. The state of the land is usually a reflection of socioeconomic situations—either of resilience or destitution. With increasing liberalization over the last decades, especially through structural adjustments, there have been inequalities and social dislocation. In the Middle East, governance structures are highly centralized and informally organized according to ancestral cultural and identity groups. The mix between the two has led to politics of group benefits and zero-sum games. In modern economies, that means that land and other natural resources are mostly integrated in an economic trickle-up model in which resources accrue to a few at the expense of social and natural public goods.

Climate change is a systems-disruptive force. It will upset old equilibriums to which authoritarian states and inefficient bureaucracies are ill-adapted to respond. So, yes, climate change is tied in with politics in the region, and it will have exponential effects over the coming years.

MY: One consequence of drier climates is that it will exacerbate water scarcity. Can you outline potential scenarios if the question of water is not adequately addressed by Arab states? What might be some ways of resolving the issue?

OL: Let’s fix a slight misconception first. Water scarcity leads to climate disruption leads to water scarcity. In other words, climates become drier because of inadequate water and land management. When you do this globally, all the while burning fossil fuels, you end up with a global climate regime deregulation. Agricultural, energy, and extractive policies are the primary drivers of water scarcity. Climate change exacerbates an already existing state of water scarcity.

Now, on scenarios. It is very hard to lay these out, because they depend on water levels, water sources and flows, water infrastructure, and socioeconomic relationships to water. What I can tell you is that water scarcity is a process of man-made depletion. It is not an overnight shortage. So, necessarily, the disruptions and sociopolitical breakdowns that result from it also take place in a process of exacerbation until it reaches points of disruption.

We can look at two different countries to understand how water scarcity impacts stability. Jordan is currently experiencing its worst drought in 900 years. The consecutive refugee flows coming from Palestine, then Iraq, then Syria over the last decades have led to repeated sudden bursts of population concentration in various parts of the country. In recent years, Mafraq and Irbid Governorates have been under acute water stress every summer, leading to severe tensions between refugee and host communities, higher criminality, xenophobia, and the reinforcement of tough security measures on the part of the Jordanian state. As a result of water running low, people have dug random boreholes into local water tables, which tends to worsen water stress for everyone, but also can lead to water pollution.

At a more structural level, in and near those governorates you have intensive forms of agriculture that drain water tables further. In Amman, where the government is under more direct political pressure, the city has been moving toward more efficient water infrastructure, and it is looking at desalination plants to increase the availability of water. But it is not the same story across the country. Water vulnerability is increasing and is having a series of knock-on effects. These effects are so far contained, so the two questions we need to ask are “until when?” and “and then what?” Here, we need to look at policy responses and ecological interdependencies underpinning Jordan’s water resources. It gives us an idea of the type of violence that may emerge and how far it can go geographically.

From an ecological standpoint, technology can only get you so far. As long as Jordan can make up for water shortages that sustain its economies, it will maintain a level of stability and water conflicts may remain confined to social tensions or to geographically confined zones. But that will have a growing cost over time, which will destabilize the country’s economy and sociopolitical fabric. If Jordan also reacts with force rather than rethinks its investment in the social and environmental fabric, it will likely pay a heavy price in the coming decade.

Iraq, on the other hand, is moving into active water conflict, especially around the ancestral ecosystem of the southern marshes. The water branches feeding into this ecosystem are impacted by hydroelectric infrastructures reducing the flow of water, general pollution, growing salination, and the collapse of local biodiversity. Because of the environmental degradation, people are moving into cities, which are themselves facing water stress. This has led to greater demand for water imports, forcing all households, including vulnerable ones, to spend their income on making up for the lack of available water. This leads again to growing social tensions, but also growing frustration with a central state that remains crippled by its inability to provide basic services, and therefore needs to constantly find ways of legitimizing itself.

Iraq is dependent for its water supply on Turkey and Iran. The more the Iraqi government fails to deliver at home, the more it is likely to escalate tensions with its neighbors. Over time, if this doesn’t lead to open warfare—which it probably won’t given Iraq’s weak defense capacity—it will reduce the chances for water-based cooperation to stop water depletion. This will impact all countries’ stability negatively, and will make them more vulnerable to climate change. The more individual states prioritize their national needs first, rather than cooperating on the basis of ecological integrity and environmental regeneration, the more they will undermine their own stability and cause environmental degradation. In other words within decades this region of the world may simply become uninhabitable.

In terms of solutions, there are a few. But I’ll focus on broad strokes. First, states and regions would need to transition away from activities that deplete water tables. This is no small feat as it is multisectoral. You need a shift toward regenerative agriculture, energy-efficient systems, and infrastructure development that do not encroach on ecosystems. The process does not just require an economic transition at the country level, it also requires a change in economic infrastructures and frameworks at the international level. Agricultural produce for example should be isolated from international speculation, and production should primarily serve for internal consumption and to reinforce resilience. Countries should encourage a diversity of cultures, including a return to indigenous seeds and crops, rather than systematized crops that are simply not suited to the ecological make-up of areas undergoing desertification.

Secondly, Middle East states need to adopt regenerative landscaping practices that literally help them to plant rain into the soil again. Globally, we need to harness the hydrological cycle in order to recover livable climates at local and global levels again, and preemptively manage floods. The interesting thing is that this is a sector that requires new competencies and which is also labor intensive. It is about redesigning landscapes so that they retain water, leading them to again become productive. This is a message that particularly resonates in the Middle East because rebooting functional ecosystems is also about rebooting local soil-related cultures. The Middle East was the cradle of civilization and culture as a result of its agricultural might for an enormous part of its history. There is the potential to recover for the future.

MY: Do you envisage a time when governments in the region will be able to wean themselves off the extractive policies that have damaged their environments? Or are they not thinking in these terms?

OL: They are not. Nor is it just governments in the region. Extractive policies are a function of growth-oriented economies that require energy. As long as we don’t change what extractive policies are used for, extraction will not cease. A tree will be worth more dead than alive. Underground resources will be more valuable unearthed and used than buried. Aggressive underground resource extraction made the Middle East what it is today. It came with economic growth as well as economic predation, inequalities, disenfranchisement, corruption, violence, and war. It also came with authoritarianism.

Unfortunately, we are likely to see the same type of story develop over the new scramble for resources related to renewable energy. For a long time, the Middle East played a central part in the global economic march that led us to where we are. But the Middle East won’t hold the same importance in tomorrow’s energy competition because it is not endowed with the needed resources such as rare earths and related materials. Admittedly, Middle Eastern countries are endowed in natural sunlight that can help their power transition, but the materials and technology used to harness this renewable energy is where the resource competition will play out, and give rise to new drivers of instability globally. These materials and technology are not located in the Middle East, which means that the center of gravity in energy politics will incrementally shift. This transition will be unsettling, but it may also represent an opportunity to try out different economic models on the basis of ecosystems regeneration. The European Union has already indicated its readiness to work with Middle Eastern partners on multiple transitions. It is however necessary to have a hard look at which type of governance systems are needed to usher in truly resilient transitions in a way that revive local and national economies from the ground up—literally.

MY: What for you are the top three most pressing environmental problems that countries in the region will need to prioritize in the coming decade?

OL: Water scarcity and land degradation will lead to crop failures. Floods will create more humanitarian and economic disasters, and will damage infrastructures that are already fragile. Urbanization is likely to increase, depleting water tables even more. Global energy shifts will lead to changes in oil price structures that may actually lead to more revenues in the short term and, possibly, more investments in security forces. The most pressing environmental problem is that we are entering an era of vicious cycles rather than isolated shocks. But this is not inevitable and what’s at stake is to break those cycles.

The overall challenge across the Middle East, like elsewhere in the world, is to rebuild ecological integrity. That means recreating landscapes that can hold carbon and water, and therefore sustain human activity again. It is about restoring equilibriums that help both to chart another socioeconomic path forward as well as to adapt to climate change and reverse it over time.

So that requires two tempos of change: adaptation and transformation. With respect to adaptation, climate-related disasters are already locked into the planet’s system due to past emissions and environmental degradation. The most pressing thing is to anticipate where and how disasters will hit and prepare accordingly. It requires ensuring continuous and shock absorption relief capacity in the future, which will demand internationally and regionally pooled resources. In addition, it will require redesigning landscapes in such a way that they can buffer the impact of disasters and store as much flood water as possible. This sounds abstract when you are not familiar with ecological design, but if you have a look at projects such as Greening the Desert in Jordan or regenerative projects in Saudi Arabia, you can get a sense of how to work with landscapes to adapt to new challenges.

On transformation, achieving this is hard work. Climate change calls for a profound redesign of political and socioeconomic systems. It is about transforming the way in which agriculture, energy, infrastructure, and other economic systems are set up and relate to the environment. And it is about investigating which governance systems best deliver on a safe operating space for human populations in a viable environment.

Saudi Arabia to build 100% renewable holiday resort

Saudi Arabia to build 100% renewable holiday resort

The Red Sea Project will be the Middle East’s first tourism destination powered solely by renewable energy as Saudi Arabia to build 100% renewable holiday resort. Billions of dollars are planned to invested in mega tourism projects across Saudi Arabia; could this be the only green one?

Hugo Harrison-Carr on  

Developed by The Red Sea Development Company (TRSDC), the Red Sea Project, is a luxury tourism destination located along 28,000 km2 of Saudi Arabia’s west coast. The development, due for completion in 2030, will consist of 50 hotels and around 1,300 residential properties across 22 islands and six inland sites.

The ACWA Power consortium has been awarded a public-private partnership (PPP) contract to design, build and operate the renewable power, potable water, wastewater treatment, solid waste management and district cooling for the 16 hotels, international airport and infrastructure that make up phase one of the project. 

Energy will be generated via solar panels and wind turbines to meet an initial demand of 210MW with the ability to expand in line with the development. 

In total, development is expected to generate up to 650,000 MWh of 100% renewable energy, which TRSDC believes will save 500,000 tonnes of CO2 emissions yearly. It will also have the world’s largest battery storage facility of 1000MWh, allowing the resort to remain entirely off-grid 24/7.

Three seawater reverse osmosis (SWRO) plants will also be constructed to provide clean drinking water, plus a solid waste management centre and a sewage treatment plant that will enable new wetland habitats to be created to supplement irrigation water for landscaping.

TRSDC chairman, John Pagano said: 

“This is a pivotal moment for us as we seek to build a new kind of tourism destination in Saudi Arabia, aligned with Vision 2030. We’re committed to pushing the boundaries of what it means to be sustainable and investing heavily in renewables is helping us to set new global standards in regenerative tourism”.

ACWA Power chairman, Mohammad Abunayyan said: “Powering the Red Sea Project and all utility services exclusively with clean, renewable energy sources is a commendable strategy, and enabling it through a public-private partnership contract underlines TRSDC’s groundbreaking approach which sets a new benchmark in sustainability and environmental stewardship.”

Environmental Impact of the Global Built Environment

Environmental Impact of the Global Built Environment

Reducing the environmental impact of the global built environment sector by Chalmers University of Technology enlighten us on we currently stand in terms of reducing or lowering all built environment related human activities from impacting the Earth’s climate and how “powerful, combined efforts are absolutely crucial for the potential to achieve the UN’s sustainability goals.” and as a consequence, ‘The global built environment sector must think in new, radical ways, and act quickly’.
The above feature picture is only for illustrative purpose.

Environmental Impact of the Global Built Environment
Aerial photo of Gothenburg, home city of Chalmers University of Technology. Credit: Per Pixel Petersson

The construction sector, the real estate industry and city planners must give high priority to the same goal—to drastically reduce their climate impacts. Powerful, combined efforts are absolutely crucial for the potential to achieve the UN’s sustainability goals. And what’s more—everything has to happen very quickly. These are the cornerstones to the roadmap presented at the Beyond 2020 World Conference.

Today, 55% of the world’s population lives in cities. By 2050, that figure is estimated to have risen to 68%, according to the UN. Cities already produce 70% of the world’s greenhouse gasses. Buildings and construction account for 40% of energy-related carbon dioxide emissions. Rapid urbanization is bringing new demands that need to be met in ecologically, economically and socially sustainable ways.

“If we continue as before, we have no chance of even getting close to the climate goals. Now we need to act with new radical thinking and we need to do it fast and increase the pace at which we work to reduce cities’ climate impact. We must look for innovative ways to build our societies so that we move towards the sustainability goals, and not away from them,”

says Colin Fudge, Visiting Professor of urban futures and design at Chalmers University of Technology, Sweden.

As an outcome of the Beyond 2020 World Conference, Colin Fudge and his colleague Holger Wallbaum have established a “Framework for a Transformational Plan for the Built Environment.” The framework aims to lay the foundation for regional strategies that can guide the entire sector in working towards sustainable cities and communities, and the goals of the UN Agenda 2030.

“The conference clearly demonstrated the growing awareness of sustainability issues among more and more actors in the sector. But it’s not enough. Achieving the sustainability goals will require a common understanding among all actors of how they can be achieved—and, not least, real action. That is what we want to contribute to now,”

says Holger Wallbaum, Professor in Sustainable Building at Chalmers University of Technology, and host of Beyond 2020.

Chair of Sweden’s Council for sustainable cities, Helena Bjarnegård, is welcoming their initiative.

“We are aware that we have to deliver change to address the climate, biodiversity, lack of resources and segregation. We need to develop sustainable living environments, not least for the sake of human health. The framework of a transformational plan for the built environment provides a provocative but necessary suggestion on concrete actions to achieve the United Nations Sustainable Development Goals for one of the most important sectors,”

says Helena Bjarnegård, National architect of Sweden.

In the framework, Wallbaum and Fudge have added a detailed action plan for northwestern Europe that contains 72 concrete proposals for measures—intended as an inspiration for the rest of the world.

The proposals cover everything from energy efficiency improvements, research into new building materials, digital tools and renovation methods, to free public transport, more green spaces and cycle paths. They involve all actors from the entire sector—such as architects, builders, real estate companies, material producers and urban planners.

Several of the high-priority measures in northwestern Europe are under direct governmental responsibility:

  • Higher taxes on carbon dioxide emissions and utilization of land and natural resources—lower taxes on labor
  • State support for energy-efficient renovation works
  • A plan for large-scale production of sustainable, affordable housing
  • Increased pace in the phasing out of fossil fuels in favor of electric power from renewables

“Here, governments, in collaboration with towns, cities and other sectors, have a key role, as it is political decisions such as taxation, targeted support and national strategies that can pave the way for the radical changes we propose. But all actors with influence over the built environment must contribute to change. In other parts of the world, it may be the business community that plays the corresponding main role,”

says Holger Wallbaum.

Wallbaum and Fudge are clear that their proposed measures are specifically intended for the countries of northwestern Europe, and that their work should be seen as an invitation to discussion. Different actors around the world are best placed to propose which measures are most urgent and relevant in their respective regions, based on local conditions, they claim.

“Key people and institutions in different parts of the world have accepted the challenge of establishing nodes for the development of regional strategies. From Chalmers’ side, we have offered to support global coordination. Our proposal is that all these nodes present their progress for evaluation and further development at a world conference every three years—next in Montreal, in 2023,”

says Colin Fudge.

A thousand participants followed the Beyond 2020 conference, which was arranged by Chalmers 2-4 November in collaboration with Johanneberg Science Park, Rise (Research Institutes of Sweden), and the City of Gothenburg. As a result of the Corona pandemic, it was held online. The conference discussed methods for reducing climate footprints, lowering resource consumption, digital development and innovative transport. Among the speakers were authorities in sustainable construction, digitization and financing from around the world.

Beyond 2020 has the status of a World Sustainable Built Environment Conference (WSBE). Organizers are appointed by iiSBE, a worldwide non-profit organization whose overall goal is to actively work for initiatives that can contribute to a more sustainable built environment. The next WSBE will be held in Montreal in 2023.

More about: A roadmap for the built environment

In their newly established framework, Wallbaum and Fudge establish a general approach that each individual region in the world can use to identify the measures that are most urgent and relevant to achieving the goals of the UN Agenda 2030, based on local conditions. They identify the key questions that must be answered by all societal actors, the obstacles that need to be overcome and the opportunities that will be crucial for the sector over the next decade.

More about: Action plan for the built environment sector in northwestern Europe

Wallbaum and Fudge have specified 72 acute sustainability measures in northwestern Europe (Germany, Sweden, Denmark, Finland, the Netherlands, the United Kingdom, Ireland, Norway, Belgium, Switzerland). A selection:

  • Establish renovation plans which focus on energy efficiencies for all existing property by 2023. Avoid demolition and new construction when it is possible to renovate.
  • Halve emissions from production of building materials by 2025. The transition to greater usage of materials with lower climate impact needs to accelerate.
  • Accelerate the phase out of fossil fuels in the transport sector in favor of electric power—with, for example, a ban on new petrol and diesel cars by 2030.
  • Double the amount of pedestrian and cycle paths in cities by 2030.
  • Offer free municipal public transport for all school children and for everyone over the age of 70.
  • Introduce the climate perspective as a mandatory element of the architectural industry’s ethical guidelines.
  • Increase the proportion of green spaces by 20% in all cities by 2030.
  • Concentrate research on the development of new building materials with lower carbon footprints, digital tools for the built environment and new energy-efficient renovation methods.
  • Read the entire action plan on the pages 20-23 in the Framework document on a Transformational Plan for the Built Environment

Explore further Researchers develop global consensus on sustainability in the built environment


More information: Transformational Plan for the Built Environment: mb.cision.com/Public/5569/3237 … b0b04b0a36aa1664.pdf Provided by Chalmers University of Technology