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Growing Underwater Noise in the Arctic Puts Whales and Other Animals at Risk

Photo: Gabriel Barathieu
Photo-illustration: Unsplash (Paola Ocaranza)

Until recently, the Arctic Ocean’s ice cover made it a natural “acoustic refuge” for marine animals for much of the year. Many marine animals, including narwhals, belugas, and bowhead whales, rely on clicks, whistles, songs and other noises to locate food, raise calves, and find mates for survival.

But melting sea ice has led to expanded shipping routes and increased oil and gas exploration in the Arctic. As a result of new shipping routes, the type and amount of noise underwater has significantly changed, and that traffic is expected to quadruple by 2025.

This activity puts whales and other species at tremendous risk and there is an urgent need to understand the impacts on these animals, upon which many coastal and Indigenous communities depend. Human-driven noise affects the animals’ ability to locate food, find mates, navigate, communicate, and evade predators, and can cause commercial fish species to abandon their habitats. And noise travels further underwater than above, further underscoring the threat to marine life.

Ship propellers, seismic booms, and construction are just some of the man-made noises that disrupt life under water—and their frequency is growing. A new report released by the Arctic Council—an intergovernmental and stakeholder forum for the Arctic—outlines the extent of disruption.

In just seven years, underwater noise has doubled in some areas of the Arctic. This is an incredibly rapid and concerning increase that puts wildlife in danger.

Natural sounds—and the animals that rely upon them—are in danger of being overwhelmed by an increasingly loud and man-made racket.

These Arctic Council’s findings are a wakeup call to countries and the shipping industry to turn down the volume of industrial noise in the Arctic, it cannot be left unchecked.

But something can be done. Shipping operators can immediately make a positive impact by slowing down and directing travel routes away from key habitats, Indigenous-use areas, and protected areas. Slowing ships down by just 10 percent can reduce noise pollution by as much as 40 percent in some cases.

Arctic nations—including Canada, the Kingdom of Denmark, Finland, Iceland, Norway, the Russian Federation, Sweden and the United States— must acknowledge the global impacts of underwater noise and take action to keep noises at safe levels by pushing for quiet vessel designs, slower ship speeds, and changes in global regulated shipping routes.

These eight nations can stop the spread of underwater noise and gain a better understanding of its impacts on marine biodiversity and coastal and Indigenous communities, whose cultures and livelihoods depend upon a healthy marine environment.

Source: WWF

EBRD and EU Support Packaging Producer in Serbia

Photo-illustration: Pixabay
Photo-illustration: Pixabay

Packaging is a crucial feature of successful product marketing and greatly influences business and sales growth. Comex, a Serbian company specialising in the production of flexible food and non-food packaging and wrapping materials since 1990, knows this all too well.

“Even though packaging is a very specialised sector, it is also very competitive,” says Rajko Pribilović, General Director of Comex. “Our recipe for success consists of three key ingredients: focus on our clients, dedicated employees and a drive to improve.”

The business has grown over the years to serve customers in Serbia and abroad. Comex now sells its products to more than 200 customers, with exports accounting for around 40 percent of sales.

“We operate in an extremely dynamic environment, but keep up with the latest trends through permanent innovation and investment in production processes and technology and by keeping abreast of industry standards,” Pribilović says.

Being up to date with current trends requires investment in new equipment and adherence to globally recognised standards. An EBRD and European Union (EU)-supported programme offers small and medium-sized enterprises (SMEs) access to credit lines through local partner financial institutions precisely for this kind of project.

Once SMEs have successfully completed their investment, they are eligible for a cashback grant of 15 percent, significantly reducing the overall cost. In addition, SMEs can obtain EBRD advisory support, which, in Serbia, is also funded by the EU.

“After we successfully implemented world-recognised ISO standards, which helped us to harmonise our production with the highest international safety and quality regulations, the next step was to upgrade our technology,” says Pribilović.

His company decided to invest in a new printing machine, financed with a EUR 1 million loan from Banca Intesa. In addition to the loan, the company also received a EUR 150,000 grant, funded by the EU.

“The investment allowed us to replace old equipment with the latest technology, which led to several improvements, primarily in reducing our primary energy consumption, but also in boosting occupational health and safety standards,” he adds.

Investing in competitiveness pays off in the long run, generating higher sales, better-quality products and greater production capacity, among other things. Thus, the EBRD-EU programme in the Western Balkans improves SMEs’ access to well-structured finance and business advice, helping them grow.

To date, the programme has supported more than 100 businesses in Serbia with more than EUR 26 million worth of loans and grants, available through Banca Intesa and UniCredit Bank.

This is just a small portion of the total amount the EBRD provides to the private sector in Serbia. In 2020 alone, the EBRD provided more than EUR 480 million in financing to privately owned companies, the majority of which went to SMEs. 

Source: EBRD

In 2020, U.S. Coal Production Fell To Its Lowest Level Since 1965

Foto-ilustracija: Unsplash (Gerold Hinzen)
Photo-illustration: Pixabay

U.S. coal production totaled 535 million short tons (MMst) in 2020, a 24 percent decrease from the 706 MMst mined in 2019 and the lowest level of coal production in the United States in any year since 1965.

The decline of U.S. coal production in 2020 was largely the result of less demand for coal internationally and less U.S. electric power sector demand for coal. Lower natural gas prices made coal less competitive for power generation. U.S. coal-fired generation fell 20 percent from 2019.

Natural gas prices started 2020 relatively low because mild winter weather led to less natural gas demand for space heating, and prices remained low as the economic effects of the COVID-19 pandemic reduced both natural gas production and consumption.

U.S. coal exports were 26 percent lower in 2020 than they were in 2019. The COVID-19 pandemic slowed global demand for coal, and some U.S. coal mines were idled for extended periods to slow the spread of the virus among workers. Coal exports decreased significantly in April 2020 as the United States and countries around the world responded to the pandemic.

The Clean Air Act of 1970 restricted sulfur emissions from new coal-fired power plants. One way for coal plants to meet the emissions regulations was to use subbituminous coal, which has a lower sulfur content than other coal types. This change, along with the oil shortages and the resulting high oil prices of the 1970s that made coal more economical, contributed to the expansion of mining and the development of large, open-pit coal mines in the Powder River Basin (located in Northeast Wyoming and Southeast Montana), where the majority of subbituminous coal in the United States is found.

One of the largest U.S. coal-producing mines by volume, Black Thunder, opened in Wyoming in 1977. Today, the Powder River Basin accounts for approximately 43 percent of all coal produced in the United States.

More coal is produced in Wyoming, representing 41 percent of U.S. coal production (219 MMst) in 2020, than in any other state. Coal production in Wyoming was 21 percent lower in 2020 than it was in 2019.

Photo-illustration: Pixabay

Coal production in West Virginia, the state with the second-most coal output, fell by an even larger share than Wyoming in 2020, declining 28 percent from 2019. West Virginia is a primary producer of metallurgical coal, which is used to produce coke, the primary fuel for steelmaking. U.S. metallurgical coal exports dropped 20 percent in 2020.

Coal production stopped after the first quarter of 2020 in Oklahoma and Tennessee.

We estimate weekly coal production using coal railcar loadings. So far in 2021, weekly coal railcar loadings have been trending higher than 2020 levels, and the most recent year-to-date coal railcar loadings are up 9,5 percent compared with 2020.

We expect these increases in production to continue for the remainder of 2021. In our latest Short-Term Energy Outlook (STEO), we forecast that U.S. coal production will increase by 15 percent in 2021, driven primarily by rising electricity demand, and U.S. exports will increase by 21 percent, driven by rising demand for steam coal in Europe and Asia.

Source: Clean Technica

Sustainability is in Fashion

Photo: Courtesy of Dunja and Marija
Photo: Courtesy of Dunja and Marija

The concept of fast fashion prevails in the fashion industry. Garments are mass produced, and from harmful materials, and in the process of their creation, many natural resources are consumed. When we consider the rights of workers in this industry are often abused, it is clear that there is no place for the concept of sustainability in this kind of fashion. On the other hand, we as users are not sinless either. We still don’t recognize unsustainability in the way we wear clothes. We buy a lot and recklessly, as marketing and trends dictate to us, and we wear that clothes for a short time, which leads to the accumulation of textile waste in landfills.

We talked to Dunja Jovanović and Marija Radaković, the authors of the F.fm podcast show, about what sustainable fashion is and how to adopt a healthy attitude towards clothes. In their show, they and their interlocutors from the domestic fashion industry seek a balance between fashion and environmental protection. The F.fm podcast is a radio format that is broadcast every other Wednesday of the month on RadioAparat.com.

Three years ago, Dunja and Marija launched Sustainable Fashion Day, an event held twice a year as part of the official program of Belgrade Fashion Week. In the meantime, they worked on a podcast, wrote columns, held forums and fairs of sustainable local brands, and finally founded the Association for Sustainable Initiatives with the idea of influencing environmental and social change through education and action.

How to tell if a fashion brand is sustainable?

Sustainable fashion is a holistic approach to the design, production, sale, consumption and use of clothing, accessories, and footwear to restoring ecosystems and respecting and protecting human rights, thus enabling the equal development of communities. But what does it mean when we say that a material is sustainable?

In their posts on Instagram, Dunja and Marija mention textiles made from cork, “leather” made from cactus and biosporin. Today, there is more and more talk about mushrooms and their use in the textile industry.

Our readers had the opportunity to read in the previous issue the story of the new material Biosporin, which is an ecological alternative to styrofoam, and was obtained from one type of fungus. This material is produced (or perhaps a better word – grown) by the domestic startup SOMA, and their idea is to replace different types of packaging with it. They are already working with wineries and ceramic producers who want their products to be completely sustainable. California-based company MycoWorks has developed an alternative to animal and plastic skin from a single type of fungus. This material, in addition to being completely safe to wear, is not sprayed with various chemicals, as is the case with other skin types. When it decomposes in a landfill, it actually turns into fertilizer. Maja Halilović and Adrien Ujhazi made sure that our region does not lag behind the world. They work on the development of skin from a symbiotic culture of bacteria and yeast, which is also very sustainable. Research is ongoing, and it should answer how this material behaves when worn and how it is maintained.

Photo: Courtesy of Dunja and Marija

The authors of the F.fm podcast believe that in addition to the problems caused by today’s fashion industry, it is important to continuously communicate alternatives to today’s fast fashion system to inform citizens about possible solutions and better choices available to us – such as domestic, small local brands. They are one of the options of sustainable fashion because they produce a small series of clothes. They consider every aspect of the business – from materials through working conditions to product packaging. It is very encouraging that more and more brands on the local scene are thinking about making their business (more) sustainable.

“On our Instagram profile, we have several separate cat- egories dedicated to domestic producers, as well as a series of posts #domacicakida, so we suggest readers explore the local scene and other brands behind really great, creative and responsible people”, Dunja reveals how to keep up. Recommended manufacturers include:

@marijahandmade , in addition to recycling fabrics and materials, also employs women from vulnerable categories;

@thema.page – children’s clothing brand that uses certified organic cotton;

@manonija introduced an ordering system according to which sewing is started only after a certain number of orders; 

@ivkowomen company introduces numerous innovations such as electricity from renewable energy sources, water purification, fabric recycling and production certification.

Marija also points out the work of fashion designer Ana Trošić Trajković, who opened the concept store Biro 354c three years ago, where clothes can be rented and redesigned to extend its shelf life. There is also a team of young people who are developing an application for exchanging clothes, and their profile on Instagram is Barter.rs.

Prepared by: Jovana Canić

Read the whole interview in the new issue of the Energy portal Magazine CIRCULAR ECONOMY, march 2021 – may 2021.

San Diego International Airport Goes 100 percent Renewable Electricity

Foto-ilustracija: Unsplash (Marcus Zymmer)
Photo-illustration: Pixabay

San Diego International Airport may be the home base for an enormous amount of emissions from all the airplanes flying in and out of there, but the airport itself is becoming one of the greenest when it comes to its electricity supply.

San Diego International Airport is working with San Diego Community Power (SDCP), a not-for-profit community choice energy program, to get 100 percent clean, carbon-free, renewable energy supply. The airport is signed up for the Power100 service, which means that SDCP will provide it with 100 percent renewable electricity.

This new partnership means that San Diego International Airport is switching to 100 percent renewable electricity almost 15 years early, as its target was to achieve this milestone by 2035.

“Having the opportunity to work with San Diego Community Power enables us to reach our goal of 100 percent renewable electricity well before our planned timing of 2035,” said Kimberly Becker, San Diego County Regional Airport Authority President and CEO. “SDCP’s ability to provide reliable, zero-carbon energy at competitive costs is a gamechanger for us and everyone in the region.”

“As one of our first Power100 Champions, we hope SAN’s choice will inspire additional businesses to upgrade to 100 percent clean energy enabling us to reinvest even more in the community,” said Bill Carnahan, Interim CEO of San Diego Community Power. “As a local not-for-profit, all of our excess revenue will be invested locally in workforce development, job training, aid for communities of concern, and training and employing local workers.”

San Diego Community Power indicates that it offers Power100 service and PowerOn service, the latter of which provides 50 percent renewable electricity supply, but there are not many Power100 customers yet.

San Diego Community Power will start offering renewable electricity packages like these to residents in February 2022.

You can read the whole article HERE.

Source: Clean Technica

Global Call for Innovative Solutions in Cleantech and Sustainable Land Management

Foto: pixabay
Foto-ilustracija: Pixabay

Registration is now open for the Global Call for Innovative Solutions in Cleantech and Sustainable Land Management. The international competition aims to identify and promote readily deployable and scalable solutions and innovative technologies from the private sector, which address the adverse effects of climate change and ultimately contribute to inclusive, resilient, and sustainable economic development in developing countries.

Initiated by the UNIDO Investment and Technology Promotion Office in Germany (ITPO Germany) and hosted by the UNIDO Investment and Technology Promotion Network (ITP Network), this year’s Global Call is supported by other UN agencies, such as UNCCD and UNFCCC. It is conducted in cooperation with Future Cleantech Architects (FCA), a leading German think tank, and focuses on four categories:

1. Decarbonizing growing urban environments

Innovative solutions for decarbonizing growing urban environments by addressing the demands and distribution of water, agricultural, energy, mobility and other resources, as well as solutions for areas that are vulnerable to climate change (e.g. coastal areas);

2. Clean and efficient energy generation and storage

Innovative solutions for generating and distributing energy in a clean and smart way, especially affordable and decentralized renewable energy solutions that are applicable in developing countries;

3. Circular production and industrial processes

Innovative solutions related to the reuse, recycling and remanufacturing of resources, as well as energy and process efficiency solutions and smart approaches for more climate-cautious consumption;

4. Sustainable land management

Innovative solutions for productive lands, including new technologies and approaches to production with a demonstrable positive contribution to soil health, land rehabilitation and combating desertification.

The competition is open to private sector entities (micro, small, medium enterprises, and large companies and start-ups) interested in sharing their technical expertise, know-how and best practices which can contribute to solve the global challenges posed by climate change. Applications should be submitted in one of the above-mentioned categories and must fall into one of the following sub-categories: technological solutions in the early stage; technological solutions in the growth stage; mature technological solutions.

Submitted applications will be evaluated by a jury of experts who will determine a maximum of 12 winners, in line with the four categories and three subcategories of the competition. Winners will be announced during a hybrid award ceremony on 26 October 2021. Besides other rewards, the winning applicants will be given the opportunity to showcase their solutions at international events related to the Global Call’s strategic categories and will receive advisory services from the ITP Network.

Applications must be received by 2 August 2021 via this online form.

More information on the Global Call for Innovative Solutions in Cleantech and Sustainable Land Management can be found on its dedicated webpage.

Source: UNIDO

Securing Food, Protecting Biodiversity

Foto-ilustracija: Pixabay
Photo-illustration: Pixabay

The Director-General of the Food and Agriculture Organization of the United Nations (FAO), QU Dongyu, today told a gathering of experts, diplomats and senior officials that the agricultural world and the environmental world needed to “listen to each other and collaborate.”

He was speaking at the Global Dialogue on the Role of Food and Agriculture in the Global Biodiversity Framework – an event jointly organized by FAO and the Convention on Biological Diversity (CBD).“We must conserve biodiversity because we want to meet the increasing demand for agricultural products. There is no healthy food without a healthy environment,” Qu added, while simultaneously extolling the role of technology and collective action in reconciling those pursuits.

He stressed that securing “food, fibre, feed and fuel” while protecting and restoring ecosystems was both possible and necessary. It is precisely through the conservation of precious resources, Qu suggested, that humanity can build more efficient, inclusive, resilient and sustainable agri-food systems.

There was wide agreement on the distance yet to be travelled. The Executive Secretary of the CBD, Elisabeth Maruma Mrema, called for decisive moves to promote not just the diversity of crops, but “all species in-between that inhabit our productive landscapes”. 

Joint platform, dual agenda

It was the second time in as many months that Qu and Mrema had shared a platform to highlight joint approaches. In late May, they spoke as the United Nations launched its Decade on Ecosystem Restoration. That gathering heard urgent calls for the emergence of a “global restoration culture,” amid evidence that more than three billion people are suffering from some form of ecosystems degradation; a third of all fish stocks are being exploited unsustainably; and every year, deforestation wipes out an area the size of the Republic of Korea.

As the Global Dialogue opened, Mrema noted that the role of indigenous people and local communities would be critical in “bending the curve of biodiversity loss”. She pointed out that “the time for systemic change is now”.

Outlining FAO’s efforts to tackle the challenge, Deputy Director-General Maria Helena Semedo referenced the Organization’s recent Strategy on Mainstreaming Biodiversity across the Agricultural Sectors, which aims to ensure that “biodiversity and the services it provides are factored into all relevant agriculture and food policies and practices”. “Biodiversity,” Semedo said, “needs to be an integral part of all stages and levels of decision-making and actions.”

Nutrition and biodiversity

There were similar calls from Gerda Verburg, Coordinator of the Scale Up Nutrition (SUN) Movement, who congratulated the organizers for “bringing the interests of people and the planet together”. Verburg said the manifold rise in agricultural production in the last half-century, while it had helped feed the world, had come at a high cost.

“The current food system is bankrupting our health system, while exhausting biodiversity,” Verburg stressed as she urged a change in mindsets, away from generating calories and towards ensuring healthy nutritious food for all. “We need to produce smarter,” she added, calling for policies that include paying farmers for ecosystem preservation services, and for more determined moves towards gender equality in the food production system.

Thanawat Tiensin, Chair of the Committee on World Food Security (CFS) and co-chair of the Global Dialogue, joined Verburg in stressing the importance of protecting biodiversity as the world seeks to promote nutrition and food security. His co-chair, Ambassador Marie-Therese Sarch of the United Kingdom, concurred as she outlined the process whereby the conclusions of the Dialogue will inform the United Nations Food Systems Summit, scheduled in New York later this year (with a pre-summit in Rome).

Also in late 2021, the Chinese city of Kunming will host the 15th Conference of the Parties to the Convention on Biological Diversity.

Source: FAO

Secretariat Opens Dispute Settlement Procedure Against Serbia Concerning Environmental Impact Assessment for the Drmno Coal Mine

Foto: Elektroprivreda Srbije
Foto-ilustracija: Unsplash (Joey Harris)

The Secretariat sent an Opening Letter to Serbia addressing the failure to carry out an environmental impact assessment (EIA) for the extension of the Drmno coal mine in the Kostolac basin in 2013.

The Drmno coal mine has been in operation since 1987 and provides for the fuel supply of the nearby coal-fired thermal power plants. In 2013, the operator sent a request for another expansion of the mine, which was approved by the competent authority without requesting an EIA. In the Opening Letter, the Secretariat comes to the preliminary conclusion that the decision not to carry out an EIA was taken by the competent authority without regard to a significant expansion of the surface of the mine.

Interested parties may be granted access to the case file and may submit written observations on the present case. All requests for information should be addressed to the Deputy Director and Legal Counsel at dirk.buschle@energy-community.org or +43 1 535 2222 24 and should make reference to the relevant case number (ECS-9/18).

Source: Energy Community

The Eye Of Fire In The Gulf Of Mexico Wasn’t The Only Time The Ocean Caught Fire This Year

Foto: Printscreen/Youtube

Remember the fire that happened in the Gulf of Mexico a few days ago? This wasn’t the first ocean fire of this year and definitely not the last. So far, there were three in total.

Each of the ocean fires had different causes, but I don’t think anyone was expecting the ocean to catch fire on three different occasions this year. Even after the wild year that 2021 was. I kind of expected the extreme heat, hurricanes, and wildfires, but ocean fires?

Lagos, Nigeria

This first ocean fire happened in Ajah, Lagos, back in May. The video noted that there was a mysterious fire burning on the water. Take note that the fire is moving towards the shore where the people are. Also, take note of how high the flames are rising in the smoke. Before you assume that the fire was caused by a boat explosion, take a look at the boats in the video. These are all wooden boats that don’t seem to have any type of gasoline engine attached to them.

https://www.youtube.com/watch?v=aAofzNQa9IU

The fire eventually reached the shore and people started realizing this and panicking. You can see the smoke engulfing the palm trees as the fire moves onto the shore. The video ended with the fire moving in on the trees–I am not sure if the trees caught on fire or if the fire was put out. Browsing the comment section of that particular YouTube video, there were many theories as to how this happened. Some thought it was God, while someone said it was probably an NNPC pipe with petroleum inside of it. The prevailing guess seems to be that an underwater pipeline blew up.

Gulf Today reported on the story but didn’t really have much to add except what users commenting on the original Instagram video were saying. The article did add that many thought there was some type of oil spill from the release of liquid petroleum hydrocarbons.

National Light had a bit more information to add, including a statement from an anonymous eyewitness who said that such a thing has never happened at the beach. “I have not seen this kind of fire outbreak inside the ocean. Some people are arguing that it could be a tyre burning inside the water, but such notion cannot stand because the fire was coming straight from the water and no object was visible to be attributed with the cause of the fire.”

Caspian Sea

This next fire is actually more recent. On July 4th, an eruption south of the Azerbaijani capital city of Baku sent fire exploding into the sky. The fire is believed to be caused by a mud volcano. The State Oil Company of Azerbaijan Republic (SOCAR) told the APA that none of its oil platforms were affected by the fire. Also, there were no injuries reported.

“There have been no accidents on offshore platforms and industrial facilities under the direct control of SOCAR, and work is continuing normally,” Ibrahim Ahmadov, deputy head of SOCAR’s public relations and events department, told the APA.

A mud volcano is a type of volcano that erupts with muddy fluids instead of lava. Mud volcanoes are caused by water that is heated deep inside the earth. The water mixes with rocks and minerals to create a slurry that is forced up to the surface via fissures.

They can range from tiny fractures to much larger holes that are hundreds of meters high and miles wide. CNET noted that if they happen to be near something like an oil field, they could be mixed into oil and natural gas systems. When they erupt, the oil and gas spew into the sky with the mud. It’s not clear how they could ignite, but the pressure change or even sparks created by rocks smashing into each other during an eruption could have a part to play.

Mark Tingay analyzed the fire in a Twitter thread and he noted that this could have been the Makarov Bank mud volcano, which has done this before.

He also noted that there were other reports that said it could have been a fire from a rig or platform. He pointed out that many didn’t think a mud volcano could cause a fire, but Tingay shared a video of one back in 2019 sending up fire. He shared another tweet that had footage of the blast and noted that the fireball was clearly visible on the horizon.

Tingay said that the footage from Baku is right out into the Caspian and he drew a rough area of where the footage was looking out to, less than a 50-kilometer distance. He thought it was too close to be Qum Daniz and that if it’s a known volcano, the most likely candidate is Makarov Bank, which he had a file on since it erupted in 1958 with a massive 500-meter high fireball.

A day or later, he shared an image from Simon Carn that showed the thermal anomaly the previous night in the Caspian. Data from NASA confirmed that the anomaly wasn’t there in the days leading up to the fireball, which led Tingay to believe the source of the fireball was actually Ignatiy Stone Island mud volcano. This was later confirmed by Liveuamap on Twitter, which showed a video of the morning footage of the mud eruption on Dashly Island, another name for Ignatiy Stone Bank.

Conclusion

Two of the three fires were not naturally caused, and the latter fire wasn’t an actual ocean fire as was the case for the other two. However, the fact that these mud volcanos are close to oil drilling platforms is pretty wild. It doesn’t make sense to me that oil companies would drill near volcanoes of any sort, but then again, they don’t care about the air we breathe, so why should they care as to whether or not they accidentally set off a volcanic eruption?

Please note that the last question was rhetorical. Let’s hope that there will be no more ocean fires. The idea of water being on fire is not attractive at all.

Source: Clean Technica 

Snøhetta & Saferock Turn Mining Waste Into Zero-Carbon Concrete

Foto-ilustracija: Pixabay
Photo-illustration: Unsplash (Hannen Krimly)

Internationally renowned Norwegian architecture and design company Snøhetta has teamed up with Norwegian startup Saferock to develop a zero-carbon concrete for use in construction. This is big news considering the level of carbon emissions of the construction industry; currently, cement production is responsible for 8 percent of global carbon emissions. In order to meet the targets set by the Paris agreement, the amount of carbon emissions that are produced during the production of concrete will need to be significantly reduced.

The good news is that the method developed by Snøhetta and Saferock produces much less carbon emissions than traditional techniques, and that by 2025 the whole process will be carbon neutral. The progress has been made by focusing on producing geopolymer concrete, a manufactured molecular material formed from the waste minerals that are a by-product of the mining industries and power plants.

At the moment, Portland cement is the most common type of cement and it is used as the basic ingredient of concrete. It is estimated that the new geopolymer method produces 70 percent less carbon than Portland cement. This is a huge reduction, and if the production of the material can be scaled to replace the use of Portland cement, then the total impact on carbon emissions will be massive.

To put it in context, aviation fuel is responsible for 2,5 percent of carbon emissions and agriculture is responsible for 12,5 percent At 8 percent, the emissions from cement production sit in between these two, showing the size of its footprint and the huge potential that geopolymers have for bringing this figure down.

The lower carbon footprint is not the only benefit of the new geopolymer technique — geopolymers possess a higher temperature and chemical resistance as well as significantly lower permeability. The fact that this is all generated from industrial waste materials that would otherwise be disposed of makes it even more advantageous.

In a statement from Snøhetta and Saferock, the team said: “The first step of the research project is to pilot and scale up the development of tomorrow’s building materials in the form of low emission concrete. The next step will be to ensure that the technology and materials are a part of a circular ecosystem. This will truly impact the industry’s environmental footprint.”

They then go on to outline the future vision for the partnership: “By 2025, the aim is to produce fully CO2 neutral concrete. The project is in line with Snøhetta’s mission to reduce the environmental footprint of the building industry, and to accelerate the world’s transition to sustainable building materials.”

It’s a bold vision and plan, and exactly what is needed if we are to stand a chance of effectively reducing global carbon emissions.

Source: Clean Technica

ABB Enhances High Power Charging Experience for EV Drivers

Foto: ABB
Foto: ABB

Next generation 350 kW Terra HP (high-power) charging stations deliver a premium experience of charging for a growing number of EV drivers across North America.

The Terra HP Generation III charge post offers a premium charging experience with high output power at low noise levels, a long charge cable with cable retraction system, small footprint of the user unit, and several authentication, payment and customization options.

ABB continues to enhance its top-selling Terra HP charger that offers the easiest possible high-power charging experience for EV drivers, and a variety of customization options for charging operators. The latest Terra HP generation of charge post is an evolution based on ABB’s commitment to continuous improvement of user experience. Key expanded functionality includes:

1. More flexibility with extended cable reach and enhanced cable management design

2. Continuous high-power charging performance at even lower noise levels

3. High visibility intuitive touch screen and lighting for easier nighttime operation

Building on more than a decade of e-mobility experience, with more than 400,000 electric vehicle chargers installed across 85 markets globally, the Terra HP generational evolution has focused on improvements such as lengthening cable reach with a supportive retraction system for more flexible handling and convenient use with all vehicle inlets no matter where they are situated on an EV. This enhanced technology comes as global electric vehicle sales have exceeded 10 million, and it is predicted that by 2025, 30 percent of all new vehicles will be electric. In the United States, 2 million plug-in electric vehicles are now traveling the nation’s highways.

“The most critical touch points for users of EV chargers are typically the cable connectors and the charge session interface, aspects that are extremely important to driver convenience and comfort,” said Bob Stojanovic, ABB’s Director of EV Infrastructure in North America. “ABB is delivering the fastest charging rates available to drivers in North America, with design enhancements that include lower noise levels, improved visibility with more lighting options, and larger touchscreen size.”

ABB’s launch of the Terra HP in North America coincides with the ABB Formula E New York City E-Prix on July 10-11. The ABB Formula E Championship series is a proving ground of e-mobility innovation across the vehicle to charger, and charger to grid energy system. Growing interest in vehicle electrification matches the increasing popularity of the ABB FIA Formula E Championship series, showcasing the impressive power and technological capabilities of battery-electric vehicles while serving as a testbed for electric vehicle charging technologies. Those technologies, like ABB’s Terra HP, push the boundaries of what’s possible today for the vehicles of tomorrow.

“Like ABB Formula E, the Terra HP has redefined what it means to deliver ultra-fast charging over millions of successful charge sessions,” noted Stojanovic. “ABB’s mission is to accelerate transportation electrification while continuously improving the experience for both drivers and charging operators.”

In addition to improving the user experience, ABB’s Terra HP has also been refined to support the operational needs of charger owners and operators through:

1. Custom branding options via 15” touchscreen and LED strips

2. Advanced Dynamic DC power sharing to optimize charger asset usage

3. Internal layout configured for easier servicing

The latest generation design notes build on the innovative technology that has made the Terra HP a global best seller, including its high performance and high reliability, with multiple connectivity options and remote services that support every business model. The Terra HP also delivers its future-proof benefits with the capability to charge today and tomorrow’s EVs in a wide output voltage range of 150 to 920 VDC. To date, ABB has delivered thousands of 175 to 350 kW high power chargers around the globe, including more than a thousand Terra HP chargers to nationwide and state-based networks across the United States.

Source: ABB

EU Supports the Clean Energy Transition in Eastern Partnership Countries

Foto-ilustracija: Unsplash (Serge le Strat)
Photo-illustration: Unsplash (Andreas Gücklhorn)

The European Commission and its partners, the Council of European Energy Regulators (CEER), the Energy Community Secretariat (EnCS) and the International Energy Agency (IEA), are working to foster the low carbon and clean energy transition in the six Eastern partnership countries through evidence-based energy policy design.

On July 8, 2021, the European Commission marked the launch of the second phase of its EU4Energy programme – “Promoting the Clean Energy Transition in the Eastern Partnership Countries: EU4Energy Phase II” – which will run until December 2024. The Programme will contribute to the development of sound legislative and regulatory frameworks for energy, to support the region’s transition to clean energy and the liberalisation of the energy market. It will also address new challenges and opportunities, such as the gradual embedding of digitalisation in all energy-relevant market segments while promoting cost efficiency. The citizens of Eastern partner countries will benefit from a more stable and resilient energy market, empowering consumers and increasing energy security and promoting the development of clean energy.

EU4Energy is funded by the European Union with a total budget of EUR 8.5 million. The Programme highlights the importance of collaboration and cooperation between the EU, implementing partners and beneficiary institutions in implementing reforms and bringing concrete benefits to citizens. The Programme will promote the engagement of EaP citizens in its activities and reforms through consultations and roundtables, as well as a series of campaigns to empower and engage citizens directly. A particular focus of the Programme will be on gender equality, emphasising the importance of women’s engagement in the energy sector and their potential to take on leadership roles.  

“The Eastern Partnership countries have achieved good progress in the transposition of EU legislation and rapprochement of their energy markets with the EU, taking steps to empower consumers and create an enabling environment for attracting foreign investments. The achievements of EU4Energy thus far underline the Eastern Partnership countries and citizens’ commitment towards European values. It is important to highlight their role – the European Union can assist with its expertise, but it is up to governments and citizens to convert our recommendations into action. We look forward to continuing our work with our Eastern partners to speed up the clean energy transition,” said Dr. Michael Rupp, Team Leader for the European Green Deal and Connectivity in the Eastern Neighbourhood, DG NEAR.

Dr. Annegret Groebel and Mr. Charles Esser from CEER emphasised the importance of regulation of the energy markets and the role of independent regulators in placing the energy sector under a legal framework that benefits consumers. Dr. Janez Kopač from the EnCS stressed that EU4Energy Phase II builds upon the achievements of the first phase. “The Eastern partnership countries made significant progress in terms of creating more competitive and sustainable energy markets during Phase I. We express hope that the momentum will continue in Phase II,” noted Dr Kopac. Ms. Rebecca Gaghen from the IEA spoke about the role of EU4Energy in promoting the low carbon and clean energy transition, and placed emphasis on the key deliverables of the first phase of the Programme. Furthermore, Ms. Gaghen in her presentation highlighted the importance of enhancing energy data capabilities, management and data modelling, as well as increasing access to energy information.

The kick-off conference for EaP country representatives from Armenia, Azerbaijan, Belarus, Georgia, Moldova and Ukraine also served as a platform for presenting their knowhow and experience which they could share with their EaP neighbours and further enhance cooperation in the energy sector within the region. 

Source: Energy Community

EBRD supports coal transition in Kragujevac, Serbia

Foto: Wikipedia/Струјајое
Photo: Wikipedia/Струјајое

Kragujevac, the fourth-largest city in Serbia, will make a big leap in its transition away from coal, thanks to an EUR 18 million loan provided by the European Bank for Reconstruction and Development (EBRD) for the decarbonisation of the district heating system.

The EBRD loan will finance the decommissioning of coal boilers in the city’s district heating system, the installation of new natural gas boilers and the remediation of an open ash-disposal site. The financing will be complemented by technical support to the district heating company to help further decarbonise the heat supply and introduce renewable energy sources.

In coordination with the European Union, the EBRD will also support Serbia in the preparation of a national energy and climate plan. The plan will define goals for reducing emissions, increasing energy efficiency and boosting the share of renewable energy sources by 2030.

Matteo Colangeli, EBRD Regional Director for the Western Balkans and Head of Serbia, said: “We are pleased to support Serbia in advancing towards its green targets, particularly in the district heating sector. The EBRD has been working with the government on developing projects leading towards decarbonisation and the introduction of renewables in district heating systems and we hope that Kragujevac will be among the first of many cities in Serbia to reach these goals. The new project is addressing the urgent issue of air pollution and we expect it to pave the way towards the city’s greener and healthier future.”

Kragujevac suffers from very poor air quality, with the city’s district heating system one of the main sources of airborne pollution. Inefficient and dated coal-fired boilers are located near the city centre and cause severe damage to the environment. Air pollution is further exacerbated by an uncovered ash-disposal site, which not only emits airborne ash particles, but also contaminates soil and underground water.

The EBRD loan will help completely eliminate coal from Kragujevac’s district heating system by replacing the coal boilers with new, natural-gas-fired hot water boilers that comply with EU standards, and by remediating the ash-disposal site. This is expected to have enormous environmental benefits, including reducing the heating system’s emissions of carbon dioxide by 66 percent, sulphur dioxide by 100 percent, nitrous oxide by 89 percent and particulate matter by 100 percent, along with water savings of 55 percent. The new boilers will also end the production of ash and slag and the related water contamination.

The EBRD is a leading institutional investor in Serbia. The Bank has invested more than EUR 6.6 billion across 286 projects in the country to date. The EBRD is focusing on support for private-sector development, the improvement of public utility services and on the overall transition to a green economy.

Source: EBRD

Are You For … Acorn Coffee?

Foto: Stefan Vacić
Photo: Stefan Vacić

I t took seven months for the idea to develop into a plan and for the doors of the first Serbian vegan and low waste café, VeZa, to finally and ceremoniously open. There is no product in their offer that is of animal origin, or created by animal exploitation, and the determinant – low waste (reduced amount of waste) refers to the effort of all employees to leave behind as little waste as possible.

The idea for this concept of a café was conceived in November 2019, and due to the state of emergency, they started working only in June 2020. However, the owner, Jelena Disić, believes that the situation with the pandemic both hindered and helped because it left additional space for considering some ideas and business models.

EP: Why did you choose to open a vegan and low waste café?

Jelena Disić: I have been actively fighting for animal rights for seven years, and less than two years ago, I founded the Vegan Community with my friends. Our association strives to create and strengthen the vegan community in Serbia, and this is just another step towards that. Veganism is in itself low waste, because every plant-based diet, and the vegan lifestyle, have its own ecological aspect, so these two concepts are closely related, although it may not seem so at first glance. My business partner and I, along with our best friend, decided to bring a little activism to the business, and that’s how we made VeZa.

EP: What are the reactions to this concept and food offer?

Jelena Disić: Every day, more and more people come to VeZa. I am especially thrilled that our acorn cappuccino has become an already recognizable product in the city, and that is why many people visit us. Acorn is the fruit of the oak, which is quite common in our region and which, unlike coffee, has no negative impact on the soil and the environment. In the offer of our café, you will find only homemade, cold-pressed juices and water kefir (a drink similar to carbonated juice, full of vitamin B). We try to procure products from local producers who work responsibly.

EP: How did you reduce the amount of waste generated in the food preparation process?

Jelena Disić: We try not to use anything from disposable packaging, which is the first and perhaps most important step towards reducing waste. We have metal, bamboo and plastic straws, we serve sugar in bowls, we use metal spoons, etc. Also, we make our milk (from coconut, almonds, hazelnuts), then peanut butter, chia pudding, and sunflower spread that we use for our sandwiches. We recycle all the waste we have left; we use Frosh brand products for washing dishes, which are both vegan and ecological, which is another way in which we contribute to the protection of the environment.

Photo: Stefan Vacić

EP: What happens to food that is not used during the day shift?

Jelena Disić: Fortunately, we do not have large surpluses of food. Usually, we have only biodegradable waste from squeezed juices. For now, we are simply throwing it away because due to legal regulations, composting is not possible indoors, i.e. in a bar. Composting is, by the way, a crucual thing – in that way, we return to nature what it has given us. We are preparing to install a composter in the garden soon.

EP: How do you pack takeaway food, and have you used secondhand furniture to furnish the space?

Jelena Disić: We have reusable packaging that is taken on bail, which the majority of guests uses. Some even bring their bowls. As for takeaway coffee, we sell reusable cups for 300 dinars, and with the cup, you get coffee for free. All the chairs in our café are redesigned old chairs from the seventies and eighties of the last century, which the furniture designer revived especially for our café.

Interview by: Jovana Canić 

Read the whole interview in the new issue of the Energy portal Magazine CIRCULAR ECONOMY, march 2021 – may 2021.

 

WMO Verifies one Temperature Record for Antarctic Continent and Rejects Another

Photo-illustration: Pixabay
Photo-illustration: Pixabay

The World Meteorological Organization (WMO) has recognized a new record high temperature for the Antarctic continent of 18.3° Celsius on 6 February 2020 at the Esperanza station (Argentina). However, it rejected an even higher temperature, of 20.75°C, which was reported on 9 February 2020 at an automated permafrost monitoring station (Brazil) on Seymour Island.

The previous record for the Antarctic region (continental, including mainland and surrounding islands] was 17.5°C (63.5°F) recorded on 24 March 2015 at Esperanza Research Station. The record for the Antarctic region  (all ice/land south of 60 degrees latitude) is 19.8C, taken on Signy Island in January 1982.

“Verification of this maximum temperature record is important because it helps us to build up a picture of the weather and climate in one of Earth’s final frontiers. Even more so than the Arctic, The Antarctic, is poorly covered in terms of continuous and sustained weather and climate observations and forecasts, even though both play an important role in driving climate and ocean patterns and in sea level rise,” said WMO Secretary-General Prof. Petteri Taalas.

“The Antarctic Peninsula (the northwest tip near to South America) is among the fastest warming regions of the planet, almost 3°C over the last 50 years. This new temperature record is therefore consistent with the climate change we are observing. WMO is working in partnership with the Antarctic Treaty System to help conserve this pristine continent,” said Prof. Taalas. 

Photo-illustration: Pixabay

A committee for WMO’s Weather and Climate Extremes Archive conducted an extensive review of the weather situation on the Antarctic peninsula at the time of the reported records. It determined that a large high-pressure system over the area created föhn conditions (downslope winds producing significant surface warming) and resulted in local warming at both Esperanza Station and Seymour Island.  Past evaluations have demonstrated that such meteorological conditions are conducive for producing record temperature scenarios.

The committee also examined the two observations’ instrumental setups.  The examination of the data and metadata of the Esperanza station observation, operated by Argentina’s national meteorological service (Servicio Meteorológico Nacional, SMN) revealed no major concerns. 

However, a detailed analysis of data and metadata of the Seymour Island permafrost monitoring station operated by a Brazilian polar science research team indicated that an improvised radiation shield led to a demonstrable thermal bias error for the temperature sensor. 

The WMO investigation committee emphasizes the permafrost monitoring station was not badly designed for its purpose, but the project investigators were forced to improvise a non-optimal radiation shield after losing the original set. While this modification did not cause a problem with regard to the project’s specific goals involving recording permafrost variations, the thermal bias in air temperature created by the nonstandard radiation shield does invalidate the temperature observation with regard to being an official WMO weather observation.

The WMO international evaluation committee consisted of polar science and climate experts from Argentina, Brazil, New Zealand, Spain, the United Kingdom and the United States. 

“This new record shows once again that climate change requires urgent measures. It is essential to continue strengthening the observing, forecasting and early warning systems to respond to the extreme events that take place more and more often due to global warming, said Prof. Celeste Saulo, Director of Argentina’s SMN and First Vice President of WMO.

The new record will now be added to the WMO Archive of Weather and Climate Extremes, which includes the world’s highest and lowest temperatures, rainfall, heaviest hailstone, longest dry period, maximum gust of wind, longest lightning flash and weather-related mortalities.

Full details of the assessment are given in the on-line issue of the Bulletin of the American Meteorological Society published on 1 July 2021.

Rapid response analysis

The expert committee stressed the need for increased caution on the part of both scientists and the media in releasing early announcements of this type of information. This is due to the fact that many media and social media outlets often tend to sensationalize and mischaracterize potential records before they have been thoroughly investigated and properly validated. 

Photo-illustration: Pixabay

Climate change and temperature increase has spurred a surge in reports of international, hemispheric and regional weather and climate extremes, especially for heat.

In a proactive act, WMO has decided to undertake ‘rapid response’ team analysis of new purported records. This will provide initial guidance to global media and the general public prior to a formal in-depth investigation, which often takes many months.

“This investigation highlights an important ‘teachable moment,’ particularly with regard to media dissemination of this type of information.  When news of these observations became known, global media quickly disseminated them with headlines of temperatures exceeding 20°C for the first time ever in Antarctica.  The examples presented here illustrate why the media should be cautious in reporting temperature extremes,” said Prof. Randall Cerveny, Rapporteur of Climate and Weather Extremes for WMO.

“To achieve the level of absolute accuracy needed for our official WMO Archive of Extremes requires a great deal of attention to many factors, such as instrument maintenance, placement and type – factors that are often not appreciated by the media and the public and that are time-consuming to investigate,” said Prof. Cerveny.

Spanning 14 million km2 (roughly twice the size of Australia), the Antarctic is cold, windy and dry. The average annual temperature ranges from about −10°C on the Antarctic coast to −60°C at the highest parts of the interior. Its immense ice sheet is up to 4.8km thick and contains 90 percent of the world’s fresh water, enough to raise sea level by around 60 metres were it all to melt. 

Source: WMO

The Raintap Portable Water Station Brings Sustainable Water Management To Homes

Photo: Twitter screenshot
Photo: Twitter screenshot

It goes without saying that water is fundamental to human life, and yet in spite of this we are often not mindful of our water usage habits. Turning on a tap for water is so convenient that most people do not consider the fact that water is our most valuable resource.

Many places across the globe experience issues related to the sustainability of water sources. Events in Texas earlier this year are a clear example of the havoc that can be wreaked when water supply is disrupted.

With its new Raintap portable water station, Studio Floris Schoonderbeek is playing its part in helping to address the issue of sustainable water management by providing a solution that helps people in their own homes.

The Raintap is a barrel made from recycled plastic with a sink on the top and either one or two taps attached. The device collects rainwater, which through the use of its foot pump can then be used for multiple purposes, such as a washing station for cleaning hands or objects, as a source of water for gardening, and anything else you might need a source of water for.

Raintap works by hooking up the barrel to any standard drainpipe. The rain collected is stored in the barrel for use in the future. In addition to the foot pump, there is a small tap at the side of the barrel that can be used to dispense the water. There is also the option of connecting a standard freshwater source to the barrel and directing this through a second tap. This means you can use the water station for things that may require a freshwater source, without switching stations.

The concept behind the Raintap is to demonstrate that rainwater is a valuable and useful source of water, and to raise awareness of sustainable water management in the face of climate change. Any product or method that can contribute to water sustainability should be embraced.

On a larger scale, the issue of water consumption is a large problem for many industries and one that needs to be addressed. Companies such as Audi have recognized that water consumption is a problem. Audi has pledged to cut its water consumption by 50 percent by 2035, and part of its strategy is to use rainwater as a way to reduce the use of freshwater.

While Audi is operating on a much larger scale than the Raintap product, it is a clear example that using rainwater to improve water sustainability is something that we should be incorporating at every level.

Source: Clean Technica