Before Moving towards Net Zero thinking, elaborated on Property Reporter, let us try and get to know what it is. Put simply in the UN.org, net zero means cutting greenhouse gas emissions to as close to zero as possible, with any remaining emissions re-absorbed from the atmosphere by oceans and forests for instance.
Moving towards Net Zero thinking
By GINA DINESEN of BOYER DESIGN
13TH DECEMBER 2022
As the property industry continues along the path towards net zero, one of the areas in which substantive improvements can be made is at the earliest stages of the property lifecycle, and in doing so, there is much that can be learnt from Norway, as Gina Dinesen, Architectural Assistant at Boyer Design explains.
Norway, the skiing-obsessed country somewhere close to the North pole, usually arouses little global interest – but in relation to its long-term practice of sustainable development, there is much that other countries can learn from Norway. In fact, the term ‘sustainable development’ was invented back in 1987 by Norway’s then prime minister Gro Harlem Brundtland, when The Brundtland Commission defined sustainable development as ‘Development that meets the needs of the present without compromising the ability of future generations to meet their own needs’.Since then, Norway has been focused on sustainable development and more specifically, zero-emission research.Zero-emission construction sitesIn 2020, the construction industry contributed 23% of the world’s CO2 emissions across its entire supply chain, with approximately 5.5% coming directly from construction sites. These emissions are predominantly a result of the combustion of fossil fuels to power machinery and equipment. As the energy efficiency of building use has been ambitiously tackled over the past decade, the focus increasingly shifts to embodied carbon: the emissions footprint of material extraction, production, transport and construction works.
Oslo was the first city to launch a zero-emission construction site, using only electric machinery to complete street renovation works. In 2020, fully fossil-free construction sites were introduced in Trondheim, Norway’s third largest municipality, Copenhagen in Denmark and Helsinki in Finland.
Oslo achieves something similar through its Business for Climate Network. Today, over 130 businesses work towards Oslo’s climate goals, which include zero-emission construction sites. The businesses actively take part in the creation of strategies, toolkits and monitoring within the field of emission, reduction and adaption. The network also acts as an arena for dialogue, where the Climate Agency can inform the business community about priorities and policies, and best practice can be shared. Oslo Municipality has also developed Standard climate and environment regulations for practitioners in the construction industry, which measure any violations of environmental regulations as a proportion of the contract value.
Norway also specialises in zero-emission neighbourhoods (ZENs), which aim to reduce direct and indirect greenhouse gas (GHG) emissions, ideally to zero. This takes into account lifecycle modules, building and infrastructure.
The priorities for the ZEN neighbourhoods are:
· Plan, design and operate buildings and associated infrastructure towards zero GHG emissions.
· Become highly energy efficient, and powered in large part by renewable energy through a neighbourhood energy supply system.
· Manage energy flows (within and between buildings), and also exchanges with the surrounding energy system, in a smart and flexible way.
· Promote sustainable transport patterns and smart mobility systems.
· Plan, design and operate with respect to economic sustainability, by minimising total lifecycle costs and lifecycle system costs.
· Plan and locate local amenities to provide good spatial qualities and stimulate sustainable behaviour.
· Continue to develop the area through innovative processes, based on new forms of cooperation between the partners, and leading to innovative solutions.
Designing and planning a ZEN is an interdisciplinary task and is achieved by conveying knowledge and skills within a larger societal and historical context and understanding. It concerns physical science, energy efficiency, selecting the right low-carbon building materials, calculating energy storage capacity, designing energy-producing buildings, and planning for green mobility and zero waste.
Most importantly, creating a ZEN involves winning the hearts and minds of local residents and landowners, future residents, politicians and decision-makers, developers, architects, engineers, and builders: communicating the potentially transformational benefits a zero-emission neighbourhood is paramount.
The importance of research
It follows therefore that achieving a ZEN means following the research and acting upon it. FME Research Centre, part of SINTEF at the Norwegian University of Science and Technology researches zero-emissions areas in smart cities. It participates in the development of modern solutions and has identified how a future-focused relationship between people, their homes and the environment can be established. Specifically, its vision in relation to ZENs is, ‘To develop solutions for future buildings and neighbourhoods with no greenhouse gas emissions and thereby contribute to a low carbon society.’
Together with public and industry partners, the FME Research Centre has developed nine test areas which are spread across Norway, and research is tested through case studies.
One of these pilot projects is the ZEN living lab, Ydalir, in Elverum, Norway. Ydalir is a residential development of approximately 1000 homes, with a nursery, school and additional services. Ydalir School, completed in 2020, uses wood as a construction material, for cladding and for interior surfaces. This was the primary tool in reducing the project’s total carbon footprint.
Research into sustainability isn’t limited to low emissions: social sustainability is of equal importance. An important objective in the research being carried out at Ydalir is to understand what constitutes a ‘good life’ in Elverum. This involves collecting stories from Elverum’s population and research has been conducted with a variety of groups within the population on their experience of Elverum. At Ydalir, arrangements are made for a sharing economy, such as car sharing, guest apartments and communal living rooms, as well as housing for a diverse mix of inhabitants. Considerable attention is paid to external surroundings, both from a social and practical point of view.
One of the early conclusions of FME ZEN is that sustainable neighbourhoods are so much more than a collection of homes constructed of four walls and a roof, instead, they are good places to live, where a sustainable lifestyle is possible.
With a change in mindset clearly motivating many stakeholders, the construction industry has a big responsibility to ensure solutions that ‘lift’ neighbourhoods in terms of both zero
emissions and social sustainability. Research bodies such as FME ZEN demonstrate the importance of an external organisation responsible for driving the research and development of net-zero initiatives. An organisation that sets the benchmark and identifies the principles, and provides guidance on how other businesses could start to implement these changes into their projects, is imperative to its successful implementation.
Scandinavian projects have demonstrated the benefit of research, shared between the private and public sectors, and that this is so much more than a tick-box exercise. It also demonstrates the importance of lifecycle thinking: from construction to everyday living.
The real benefit of the work conducted by these bodies has been sending a signal to the market: around the world, there is a lot that we practitioners could learn from Norway’s example.
ANSAmed in its Culture invites all to the Day of the Mediterranean, to the voyage through senses that unite people, hopefully for each and every one.
Day of the Mediterranean, voyage through senses unites people
UfM’s music and social media for 28 November celebration
18 November 2022
NAPLES – The Day of the Mediterranean, launched in 2020, will be held again on 28 November 2022. The day is a way to recognize the importance of Mediterranean culture and cooperation and to embrace the rich diversity present in the region. The Union for the Mediterranean (UfM) highlights these aspects while launching various events and initiatives focused on music which will take place across the region. Starting from Spain, with a concert of the Arabic Orchestra of Barcelona and of the singer Judit Neddermann, on 26 November. The concert is organized by the European Institute for the Mediterranean and by the UfM secretariat in collaboration with local authorities. While the Anna Lindh Foundation (ALF) is coordinating civil society organizations across 25 Euro-Mediterranean countries, with 36 different free musical shows at community level, which will take place simultaneously on 28 November.
The Day of the Mediterranean will also provide new drive to build a common identity in the region, from European countries to those of the MENA region. The UfM launched an on-line campaign called “The Mediterranean, a voyage through the senses”, inviting all citizens to think about their common origins and what unites us as a Mediterranean population by filming a short video, sharing a picture or publishing a post in which one of our sense is most stimulated by the idea of the Mediterranean. The Day will also provide the opportunity to present themes of public interest, mobilize political will and resources to face the region’s problems, by remembering the creation of the Barcelona Process on 28 November, 1995.
Therefore the Day of the Mediterranean is a precious reminder of this commitment, to continue to work on this process despite the challenges. Among the initiatives, the ALF secretariat is organizing a special celebration at its headquarters. Among these celebrations there will be a multicultural musical exhibition and the projection of the logo on the building of the von Gerber home, which is located on the seafront in Alexandria, Egypt. The Mediterranean Day was launched in 2020 by 42 Member States of the UfM who declared 28 November the yearly celebratory date.
Building better with less at this conjecture is about decarbonising all active ingredients. It, per POLITICO‘s article, is another yet fast-becoming familiar winning recipe for making buildings green. So, building better with less: how we can decarbonize ?
Building better with less: how we can decarbonize Europe’s cities
When we see cranes in the sky and new buildings coming up, we think about growth and prosperity, new homes for people to live in, schools and hospitals for citizens’ basic needs, and places for leisure and community bonding. But constructing these buildings is responsible for 30 percent of the built environment’s overall emissions. With the world building the equivalent of one New York city every month to accommodate the growing population, we need all hands on deck to decarbonize one of the hardest-to-abate sectors.
The good news is that green building is possible today. Traditional concrete doesn’t have the best reputation environmentally — and rightly so — but green concrete is a game changer. Concrete is the world’s most-popular building material and innovating to make it low-carbon is already helping build greener cities. Some types of green concrete get there through the extensive use of alternative materials and fuels. Some get there by incorporating construction and demolition waste. Today, we encourage customers all over the world to opt for our concrete and cement with up to 90 percent fewer CO2 emissions and no compromise on performance. Building better with less is now a reality, not just a pipedream.
Using smart design can also help build better with less. For example, 3D concrete printing can reduce material use by up to 80 percent, thus reducing its carbon footprint with no compromise on performance. We’ve deployed 3D concrete printing solutions in Africa to build affordable, quality housing and schools. At home in Switzerland, we’re partnering with the Block Research Group and the Swiss Federal Institute of Technology to create innovative solutions such as a new lightweight floor system that reduces material use by 50 percent and embodied CO2 by up to 80 percent.
With concrete being infinitely recyclable, we can have truly circular cities by using construction and demolition to build new from old without taking any more precious virgin resources from our planet. In Zurich, for example, it’s not an option, it’s a must. The Swiss city requires recycled concrete to be used in the construction of public buildings (the concrete needs to contain at least 25 percent recycled demolition waste in order to be classified as recycled). Earlier this year we achieved a circularity breakthrough at our cement plant in Altkirch, France: we produced the world’s first clinker, the main component of cement that undergoes the carbon-intensive calcination process, made entirely of recycled minerals — and we’re already scaling it to our other plants in Europe. But we’re not stopping there because next, in the very near future, we will produce 100 percent recycled cement and then 100 percent recycled concrete with the final objective of constructing the world’s first building with 100 percent recycled materials. Imagine if every new building was made from 50 percent of an old one. That means 50 percent fewer materials drawn from nature and less CO2 emissions. We already have the solutions to make this a reality.
Finally, as energy security and energy poverty become a more pressing issue than ever before, concrete is one of the most versatile materials used in buildings for temperature regulation because it absorbs, stores and releases energy efficiently — something called thermal concrete activation. We’re already seeing ‘cool schools’ popping up in Austria leveraging this simple yet highly-effective technology: the Lieselotte Hansen-Schmidt educational campus in Seestadt is carbon-free thanks to a combination of concrete core activation, heat pumps, geothermal probes and solar energy. If we start using green concrete for these ‘batteries’, we’ll have a real win-win and no one will ever have to choose between eat or heat.
Many regions already require buildings to deliver sustainable outcomes through regulation and incentives. And although zero-carbon buildings must undoubtedly become the standard in the future, we should not wait for ‘zero’ because all practical steps available today should be used to drastically reduce the whole-life carbon footprint of buildings. Smart design methods, low-carbon materials, and energy-efficient systems are practical methods available to the market today and align with pathways such as the World Green Building Council’s Net Zero Carbon Buildings framework, which requires halving emissions by 2030.
To get there, it’s essential to ensure that we have an effective, fair and reliable carbon-pricing mechanism that establishes a level playing field on carbon costs between domestic manufacturers and imports. This forms the central pillar of the low-carbon business case and is fundamental to our ability to invest on a large scale in the deployment of low-carbon technologies and products.
To create and accelerate demand for such products and technologies will require a regulatory environment and building standards/codes that incentivize greater and faster market uptake of low-carbon products by integrating sustainability performance into building codes, public procurement and product standards, alongside traditional criteria such as safety, performance, durability and affordability.
Additionally, no single solution will be perfectly scalable everywhere due to geographic, technological and legislative conditions. This means we need a flexible yet unequivocal regulatory framework that recognizes all carbon-capture technologies in carbon accounting and verification mechanisms as carbon mitigation avenues for hard-to-abate sectors.
The paradigm shift to sustainable construction has not yet fully happened, although we are seeing tremendous activity in individual cases among designers as well as certain contractors and owners. A massive shift to sustainable construction could be accelerated by adapting standards, green procurement and building codes, and we are optimistic about that. Given the complexity of this shift, no single organization can get there alone. We all have a role to play. Public authorities can evolve building norms and regulations to make material recycling mandatory. Building owners and infrastructure developers can put their procurement to work to specify more recycled materials. Companies can innovate to develop new technologies, from recycling to digital material management. It’s up to all of us to empower circular, decarbonized cities.
The world is, according to most, losing the climate change battle, but Algeria losing no hope is gearing up and can lead the way to combat climate change. It is a Fight against global warming for the collective effort of Africa.
COP 27: Algeria’s actions in the Fight against global warming for the collective effort of Africa.
By Dr Abderrahmane MEBTOUL
The temperature record is likely to become the norm, and not the exception and scientists continue to warn about global warming and call for emergency measures. Aware of the dangers threatening our planet, Algeria will be present at COP 27, which will take place in Egypt from 6 to 18 November 2022. The President of the Republic, Abdelmadjid TEBBOUNE, recently presented an ambitious plan for the fight against global warming in Africa. The goal unanimously adopted by the Organization of African Union (OAU) proposed the establishment of the Support Fund for Measures to Combat the Negative Impacts of Climate Change. It had been endorsed by the Peace and Security Council (PSC), urging developed countries to fulfil their commitments to limit climate deterioration.
1.-The context of the holding of COP 27 in Egypt
This crucial meeting engages the world’s security where UN reports predict an unprecedented drought between 2025 and 2030, with fires, a shortage of fresh water and, therefore, a food crisis. It is in an alarming context, with the last two years, 2021 and 2022, marked by extreme weather events such as mega-fires in the Amazon, California or Greece, drought in North Africa and Europe, continued deforestation in the Amazon, and floods in Pakistan. Fundamentally, if we fail to transition to a low-carbon world, it will threaten the integrity of the global economy.
Because the climate is a vast, interconnected system, any action in a specific area of the globe impacts the rest of the world. Since 1850, our planet has already warmed by an average of 1.1°C. According to the Sixth Assessment Report of the Intergovernmental Panel on Climate Change (IPCC), global warming could reach 1.5°C to 4.4°C by 2100. IPCC experts say global warming should be contained to +1.5°C by 2100 to prevent our climate from spiralling away. This limitation will be out of reach unless immediate, rapid and massive reductions in greenhouse gas emissions are achieved through carbon neutrality by 2050. Global warming has several adverse effects that threaten global security. Global warming is having disastrous consequences on the planet. It leads to rising sea levels, changing the oceans, amplifying extreme weather events and causing water to evaporate, which changes rainfall patterns. Global warming threatens plants and animals as the growth cycles of wild and cultivated plants are altered. Global warming is also disrupting human living conditions and increasing health risks: heat waves, cyclones, floods, and droughts, facilitated the spread of diseases and disruption of the distribution of natural resources, their quantity and quality, and agricultural yields and fishing activities. Thus, government commitments would only achieve 20% of the necessary emission reductions by 2030. Achieving the goals would require an investment of up to $4 trillion annually over the next decade, with most of these investments directed to developing economies. Global warming is not a vision of the mind being a global threat, and the highest Algerian authorities have become aware, especially with, on the one hand, torrential rains and, on the other hand, fires more and more frequent with sometimes criminal acts. But it is a question of distinguishing short-term actions in the face of emergencies from medium- and long-term measures that exceed the means of a single country; the efforts must be collective.
2.- Algeria’s actions against global warming: the national climate plan 2020-2030
For Algeria, a semi-arid country, the significant impacts of climate change are fires destroying thousands of hectares of forests, sometimes with many victims, not to mention material damage – as in 2021 in Kabylia and 2022 in the east of the country. A shortage of water resources, the degradation of water quality, the intrusion of marine waters at aquifers and the deterioration of infrastructure are caused mainly by water tables flooding. Algeria has adopted an ambitious plan against global warming because it has experienced, over the last century, a temperature increase of 0.3 ° C per decade as well as a rainfall deficit of 15%, requiring another water policy not unique to Algeria, which can lead to wars in the world. Algeria has opted for seawater desalination units throughout the country, particularly on the coasts where more than 80% of the population is concentrated. In Algeria, there are losses of up to 30% due to old pipes, making investments urgent as well as in water recycling units, another policy for agriculture by encouraging dripping, for example. The Albian aquifer is the enormous groundwater table in the world, with about 50,000 billion cubic meters, straddling three countries, Algeria, Libya and Tunisia. 70% of the water table is in Algerian territory in the country’s southeast. A pipeline has been built between In Salah and Tamanrasset for its supply, and a reasonable policy without breaking the ecosystem (these aquifers are non-renewable) can boost agriculture. Algeria is committed to the fight against climate change. In 2015, it ratified the Paris Climate Agreement (COP 21). Long before, in June 1992, Algeria signed the United Nations Framework Convention on Climate Change (UNFCCC) and ratified it in June 1993, having participated in the Conference of the Parties to the United Nations Framework Convention on Climate Change (COP 25), which took place in Madrid (2-13 December 2019). The Green Economy Recovery Plan aims to encourage recycling and promote green processing industries by establishing tax incentives for industrial companies that commit to reducing the emission of gases and chemical waste. In the field of gas flaring, efforts have made it possible to reduce gas flaring by 500 million m³ during 2020-2021. Sonatrach Oil and Gas Group has signed the Zero Routine Flaring by 2030 initiative, launched in 2015 by the Secretary-General of the United Nations and the President of the World Bank Group, to end routine flaring by 2030. Recently, Algeria has set up a National Climate Plan 2020-2030 covering 155 projects to reduce greenhouse gas emissions, adapt to the negative impacts of climate change, and support climate governance. It has committed to reducing its greenhouse gas emissions by 7%, a rate that could rise to 22% by 2030 if it can receive support for significant projects to adapt to climate change. Algeria has adopted a program to convert vehicles to LPG while creating national structures to implement strategies for producing clean energy. It includes green hydrogen, and the revival of the Green Dam project with a view to its expansion to an area of 4.7 million hectares in the coming years is part of this strategy to fight against global warming.
3.- Algeria’s solidarity potential
But it is mainly thanks to its great solar potential (3000 hours) that Algeria is in an excellent position to produce electricity. Having an ambitious program for renewable energies to combine thermal for export and photovoltaic solar panels for the domestic market. In mid-July 2011, Algeria took delivery of the hybrid power plant at Hassi R’mel, with a total capacity of 150 MW, including 30 MW from the combination of gas and solar. This is an exciting experience. Combining 20% gas, cleaner than coal and oil, and 80% solar seems essential to reduce costs and master the technology. The Algerian program consists of installing a renewable power of nearly 22,000 MW by 2030/2035, of which 12,000 MW will be dedicated to covering national electricity demand and 10,000 MW for export. According to the Ministry of Energy, in 2030, the goal is to produce 40% of its electricity needs from renewable energies. The amount of public investment devoted by Algeria to the realization of its renewable energy development program by 2030 was initially set (between 2019/2020) at 60 billion dollars, requiring a national and international public-private partnership. Recently, the delegation led by the European Commissioner for Energy, visiting Algiers, committed to promoting investment in renewable energies and green hydrogen, the power of the future 2036/2040; this segment, in partnership with Algeria through interconnections, there is an opportunity to export to Europe. But other partnerships are possible, especially with China investing in these niches.
In conclusion, the irony of history, according to a recent UN 2022 report, in its worst projection, a warming of the temperature of the planet beyond 4 ° C under the title “threat to the Nile”, one of its jewels is threatened with disappearance where with the rise in sea level caused by global warming,
“The sea will rise by one meter, consequently engulfing a third of the very fertile land of the Nile Delta and historic cities; the coastal city of Alexandria could be underwater by 2050.” It also threatens all coasts of the world, including the Algerian coast. Peace in this region is essential for calmly addressing the strategic subject of global warming and, therefore, the irreversible energy transition that will change the world’s energy and economic power between 2025/2030/2040. However, with the war in Ukraine and the energy crisis, many countries have come to fall back on fossil fuels massively. Like most developing countries, Algeria is caught because air pollution is not their responsibility. the main culprits are the developed countries, China and Russia, and their commitments still need to be fulfilled under the second period of the Kyoto Protocol. It is the responsibility which lies primarily with the developed countries, significant polluters, with a catastrophic impact on developing countries, particularly in Africa where the commitments of COP 21 of the aid of 100 billion dollars have been very partially implemented. And the significant problem to be solved, a complicated equation, is to reconcile the legitimate development aspiration and the fight against global warming presupposing progressive adaptation strategies with the help of developed countries to achieve this transition. Let us hope this umpteenth meeting will propose concrete solutions to global warming.
Dr Abderrahmane MEBTOUL, University Professor, International Expert Doctor of State 1974
Director of Studies Ministry of Industry and Energy 1974/1979-1990/1995-2000/2006-2013/2015
Chairman of the Energy Transition Commission of 5+5+ Germany in June 2019
What Business Leaders Need To Know About Sustainable Technology
As the world progresses, new technologies have the potential to help us move closer to a sustainable future. But what do business leaders need to know about these technologies. After all, they need to make informed decisions about incorporating them into their operations and strategies.
As sustainable technology becomes more prevalent, leaders need to be informed about the options available and how they can be incorporated into their operations. “We need to tie sustainability to economic outcomes and put a dollar value on the high-impact actions a company takes to sustainable solutions”, said Terence Mauri, MIT Entrepreneur Mentor in Residence, in an email. “CEOs and boards must have moral and business imperatives to care about long-term. The opportunity lies in business leaders and investors being able to tie sustainability data directly to economic conditions”.
Mauri believes that companies are beginning to see the importance of sustainable technology and are working to develop more sustainable practices. He may be right. IBM has developed a system to help farmers use less water and fertilizer while maintaining crop yields. Other companies are working on developing sustainable packaging. For example, Nestle Waters North America has developed a paper-based water bottle that is fully recyclable and uses significantly less energy to produce than traditional plastic bottles. Meanwhile, Amazon has pledged to be “net zero carbon” by 2040 and 100% renewable by 2030. And Goldman Sachs has committed to investing $750 billion in sustainable businesses by 2030.
“Many sustainable solutions such as these require investment and may have a higher upfront cost, but they often provide long-term benefits like saved energy costs or improved employee productivity,” said Huda Khan from the University of Aberdeen and Richard Lee from the University of South Australia, in an email. Khan recently conducted research explaining why firms should pursue green technological innovation — it leads to improved environmental outcomes and business performance. This assertion is shared by Nadia Zahoor from the Queen Mary University of London and Zaheer Khan from the University of Aberdeen, who said in an interview that “businesses should consider sustainability as part of a “strategic opportunity” rather than purely from a compliance perspective.” Zahoor’s research findings suggest that business collaborations offer environmental learning conducive to identifying and exploiting ecological threats and opportunities for environmental innovation. Based on a second study, both researchers also contend that sustainability is a complex issue, but it is one that business leaders need to start taking seriously. Here’s how.
Account for The Hidden Cost of New Technology
The first step in creating a sustainable development plan for your company is taking stock of where you’re. Measuring your sustainability can come from metrics like carbon footprint, energy consumption, and supply chain miles. “If you want to measure your future sustainability, it’s also essential to look at the impact of new technologies you’re using,” said Emma Collins, the CEO and co-founder of Safetradebinaryoptions, in an email. Many new technologies have hidden costs that are often left out of sustainability calculations. For example, AI is a technology that has created immense value for businesses, whether it’s driving personalized product recommendations or informing anti-money laundering software. However, AI systems need to process an immense amount of data, requiring a company to increase its energy use.
In addition, other technologies that can help companies increase the efficiency and quality of their products, such as blockchain, can harm a carbon footprint. Even technologies created to improve sustainability can have hidden costs. For example, producing solar panels requires substantial water and energy. And although electric vehicles have lower emissions than traditional gas cars, the manufacturing process for batteries can be quite polluting. When considering new technologies, it’s essential to view the product’s entire life cycle, from production to disposal. This will give you a more accurate picture of the sustainability of the technology and help you make better decisions about which technologies to pursue.
Use Technology to Increase Your Sustainability
Once you can measure and understand the impact new technologies have on your sustainability goals, you can look for opportunities to use new technologies sustainably. If you’re partnering with other companies to develop energy-heavy technologies like AI or blockchain, look carefully to ensure you’re partnering with companies that prioritize sustainability. For example, Google is developing technology to maximize energy efficiency and reduce waste and has developed an AI system that can predict failures in data centre cooling systems, which account for a significant amount of energy use. And they’re not the only ones — many tech companies are now incorporating sustainability into their product development cycles. In other words, companies cannot simply purchase the latest sustainable technology and expect it to achieve their sustainability goals. Instead, they need to be thoughtful about how they use technology and ensure that it is integrated into their overall sustainability strategy.
Look at the Big Picture
Sustainability is about more than just technology. To be sustainable, companies must look at the big picture and understand how their actions fit into the larger world. Fortunately, there are many ways to do this. One popular method is sustainability reporting, which allows companies to measure and track their progress on specific sustainability goals. This information can help companies decide where to focus their efforts and how to use their resources best.
Sustainability reporting can also help companies tell their sustainability story to the public, which is an integral part of promoting sustainable business practices. After all, if consumers and investors don’t know that a company is working towards sustainability, they won’t be as likely to support its efforts. There are many different types of sustainability reporting, but one of the most popular is the Global Reporting Initiative (GRI) guidelines. These guidelines provide a framework for companies to report environmental, social, and economic impacts. In addition, many companies use these guidelines to produce annual sustainability reports, which they then make available to the public. The GRI guidelines are just one example of the many resources available to companies that want to improve their sustainability reporting. Several software programs and online tools can also help with this process. No matter what type of sustainability reporting a company chooses to use, the important thing is that they are taking action and working towards their goals.
Ultimately, technology is just one piece of the puzzle regarding sustainability, but it’s essential. Companies can significantly impact the world by using technology to increase efficiency and reduce waste. In this way, technology can be a powerful tool for promoting sustainability on a global scale. And as more and more companies adopt sustainable practices, we will all benefit from a cleaner, healthier planet.
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