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Australian-Built Electric Buses to Run on Sunlight in Queensland

Foto: Tviter skrinšot
Photo-illustration: Pixabay

A massive expansion in electric passenger buses will be enabled by the partnership of Keolis Downer, BusTech, and the Queensland government. Sixteen new electric buses will be built in the Bustech workshop on the Gold Coast to run on sunshine. The first one should be in operation within 12 months.

The buses will be charged and maintained at the North Lakes hub of Hornibrook Bus Lines owned by Keolis Downer. They will be charged by 100 percent renewable energy.

Queensland has already committed to replacing urban buses moving out of service with electric buses by 2025, and equipping the whole fleet with electric buses by 2030. Electric buses and their depots will support Queensland’s renewable energy target of 50 percent by 2030.

Keolis Downer is committed to making public transport more sustainable and passenger friendly. It is a national company with almost 5000 employees. It would like customers to see sustainable public transport as the first and best option. In New South Wales, Keolis Downer plans to introduce 125 electric buses over the next 8 years.

The first of the Queensland buses, to be built by Bustech on the Gold Coast, should be delivered within 12 months, with the rest to follow by the end of 2023. Bustech describes itself as a provider of: “integrated transit solutions that enable the next generation of zero-emissions connected vehicles and infrastructure.”

Brisbane (capital of Queensland) is running trials of several electric buses at the moment. A driver recently commented that one of the issues involved was finding the space in current depots for the charging infrastructure.

Source: Clean Technica

Better Raw Material Sourcing can Significantly Reduce Greenhouse Gas Emissions

Foto-ilustracija: Pixabay
Photo-illustration: Unsplash (Yaroslav Boshnakov)

Climate-friendly practices for sourcing raw materials hold significant potential to cut greenhouse gas emissions in Europe and globally. According to a European Environment Agency (EEA) report, published today, focusing on raw material extraction and processing, raw material consumers can use their purchasing power to influence suppliers to become more climate friendly. Including sourcing requirements in public procurement and provisions in trade agreements could help the EU and Member States cut emissions both in Europe and also contribute to global reductions.

The way we source and process raw materials for our economy matters for the environment, particularly when one looks at emissions of greenhouse gases. In the EU, non-energy and non-agricultural raw materials form a small part of all consumed natural resources. Nevertheless, their extraction and processing alone account for an estimated 18 percent of the EU’s total consumption-based greenhouse gas emissions. According to the EEA report ‘Improving the climate impact of raw material sourcing’, better sourcing practices could potentially cut associated, consumption-based emissions by at least 10 percent, and in many cases much more.

The EEA report assesses the potential to reduce greenhouse gas emissions from the extraction and processing of key raw materials consumed in Europe. The selected eight raw materials include copper, iron, gold, limestone and gypsum, bauxite and aluminium, timber, chemical and fertiliser minerals, and salt.

Examples of climate-friendly sourcing options include adopting a life cycle approach to allow better accounting and monitoring of climate-related impacts associated with raw material supply chains, promoting resource- and energy-efficient practices, promoting use of renewable energy sources during extraction and processing of raw materials, strengthening market demand for secondary raw materials and using international frameworks for increasing transparency and cooperation along the raw material supply chains.        

According to the EEA report, end-users’ requirements for climate-friendly sourcing practices should also primarily focus on the raw material processing stage, which has greater potential for emission reductions than the extraction or trade stages. Encouraging the use of public procurement requirements and provisions in international trade agreements are among the ways to increase the effectiveness of climate-friendly sourcing measures globally, the report notes.

Source: EEA

These Five Cities Are Taking Aim at Air Pollution

Foto-ilustracija: Unsplash (Anthony Delanoix)
Photo-illustration: Pixabay

Around the world, more than 90 percent of people breathe in air that the World Health Organization (WHO) considers potentially harmful.

While the source of air pollution varies – some come from vehicle emissions, some from power plants, some from crop burning – the outcome is the same: airborne contaminants are a dire threat to human health.

Every year, they cause about 7 million premature deaths from ailments such as stroke, heart disease, and lung cancer. Many air pollutants, like carbon dioxide, are also potent greenhouse gases that feed climate change.

That has made it all the more important for cities to improve their air quality, said Maria Neira, the Director of Environment, Climate Change and Health with the WHO.

“We need to reconsider the way we consume resources and the way our cities are built. This is at the heart of the future development of our society.”

Many urban areas are beginning to do exactly that. From implementing ultra-low emissions zones to banning cars, here are five cities that are taking innovative steps to clean their air.

Paris, France

The French capital has barred the most polluting vehicles from entering the city centre, banished cars from the Seine River quayside and reclaimed road space for trees and pedestrians.

With the onset of the COVID-19 pandemic, city officials recorded a significant drop in nitrogen dioxide — a pollutant emitted by vehicles; particulate matter— a potential cause of respiratory disease; and carbon dioxide. To solidify those gains, and give coronavirus-wary residents an alternative to driving, the city also expanded its network of bike lanes. Now, the mayor of Paris, Anne Hidalgo, is aiming to transform Paris into “a walkable city”, where the needs of residents can be met within a 15-minute stroll.

“Air pollution has been improved a lot in Paris,” said Karine Leger, director-general of Airparif, an organization that monitors air quality. “Since there is a link between COVID-19 and air pollution, improving air quality will also be a focal point in the attractiveness of the city for both tourism and economic activities in coming years.”  

Seoul, Republic of Korea

Korea has made headlines for its state-of-the-art campaign against air pollution. 5G-enabled autonomous robots scan industrial complexes to monitor air quality, while a satellite monitoring system offers real-time air quality data to the public.

City leaders have also announced plans to create the first “wind path forest” in Seoul, planting trees close together along rivers and roads to channel air into the city centre. The forest is expected to absorb particulate matter and bathe downtown Seoul in cooling breezes. The city has already transformed an abandoned viaduct above Seoul’s main railway station into an elevated arboretum.

By 2030 it hopes to increase green space by 30 percent and make sustainable modes of transport, such as walking, biking, and public transportation, account for 80 percent of trips.

Photo-illustration: Unsplash (Zach Miles)

New York City, United States of America

The concrete jungle of New York City is going green. In an effort to improve air quality, New York Governor Andrew Cuomo announced USD 1.4 billion in funding for renewable energy projects, including solar plants and wind farms, which will power 430,000 homes. It is the largest single commitment to renewable energy by a state in American history. The projects, which are expected to be in use by 2022, will reduce carbon emissions by 1.6 million metric tons, equivalent to taking 340,000 cars off the road.

In another first for the country, a congestion charge will be introduced for drivers in the Manhattan area. Cars passing by checkpoints in the city’s Midtown area will be charged USD 10-15. As well as aiming to reduce emissions by keeping cars off the road, the initiative is expected to raise USD 15 billion that will be reinvested in the public transport system.

Bogota, Colombia

With the onset of the COVID-19 lockdown, Bogota— like other cities— saw a dramatic drop in air pollution. Encouraged by this, the city has set out a series of initiatives to try to clean up its transport sector permanently, which Mayor Claudia López says is responsible for 70 percent of Bogotá’s air pollution. The city has plans to impose strict emissions standards on trucks and other heavy-polluting vehicles; develop a fully electric metro rail system capable of transporting its 8 million residents, and add an additional 60 kilometres to the existing 550 km bicycle paths. Since March 2020, the city has added 80 km, which the mayor says are being used constantly.

“We’re going to take advantage of the fact that the pandemic allowed us to speed up this agenda of clean air and pursue different modes of clean and green transportation,” said López.

Accra, Ghana

Accra, Ghana, became the first African city to join the BreatheLife campaign, a joint campaign by WHO, UN Environment Programme, World Bank and the Climate & Clean Air Coalition, to mobilize cities to act on air pollution.

The city is also part of the pilot of the WHO-Urban Health Initiative. Through it, the Ghana Health Services and the WHO work to encourage a switch from coal-based cookstoves to ones powered by gas or electricity in order to protect mothers and children from household smoke. They also run a sensitization initiative on the health impact of burning waste. According to WHO, if all open waste burning was stopped by 2030, 120 premature deaths could be avoided yearly.

“In our part of the world, air pollution is not prioritized as a health concern – even in the way we cook,” said the Mayor of Accra, Mohammed Adjei Sowah. “But the statistics are so staggering that we have to wake people up to take action. We have to talk about it loudly so that it becomes part of our discourse in the urban political space.”

Source: UNEP

Young Tunisian entrepreneur unlocks opportunities in the natural and organic cosmetics industry

Photo-illustration: Unsplash (Christin Hume)

Demand for natural and organic cosmetics is booming. Consumers are increasingly aware of the ingredients they put on their skin and want to know how cosmetics are made and by whom. In Europe alone, sales of natural and organic cosmetics have grown at an average of over 7 percent per year over the past five years and are expected to reach 5 billion euros by 2023.

Tunisia is witnessing significant growth of the natural cosmetics sector and its role in socio-economic development. Over 1.000 hectares are dedicated to the cultivation of medicinal and aromatic plants. There are 187 non-toxic aromatic and medicinal plant species, of which 80 are grown intensively. The country is currently the world’s leading exporter of neroli and the second largest exporter of rosemary oil. Exports of prickly pear seed oil also recorded a clear upward trend during 2020, despite the global economic crisis.

To enhance knowledge sharing and strengthen market access for young entrepreneurs in the natural cosmetics sector, two projects implemented by the United Nations Industrial Development Organizaton (UNIDO) in Tunisia have joined forces.

Mashrou3i, which fosters youth entrepreneurship in Tunisia, combines UNIDO’s on-the-ground experience supporting beneficiaries in the creation and growth of small businesses, its working relationships with Tunisian partner organizations, and HP’s Learning Initiative for Entrepreneurs (HP LIFE) programme, which consists of free online courses covering basic business, IT and entrepreneurship skills.

The UNIDO-SECO Project for Market Access of Typical Agrofood Products (PAMPAT) focuses on the development of agro-industrial value chains, the promotion of origin-linked quality labels, and the implementation of a collective communication and marketing plan in order to ensure sales of regional products both on national and international markets.

Safa Ayari, a young entrepreneur from Kef, is one example of those benefiting from collaboration between Mashrou3i and the PAMPAT project.

As natural beauty continues to transform the global beauty industry, prickly pear seed oil has become a highly sought-after skincare ingredient. Grown in several regions of Tunisia, its anti-inflammatory, antioxidant, and anti-aging properties are driving popularity of this thorny fruit.

In 2021, with the support of business coaching from Mashrou3i, Ayari launched a cosmetics brand specializing in prickly pear seed oil.

To help position Tunisia as a lead country for the production of prickly pear seed oil, the PAMPAT project has carried out clinical trials and developed national norms and standards with the Institut National de la Normalisation et de la Propriete Industrielle (INNOPRI) to guarantee quality.

Ayari started her entrepreneurial journey through the Agripreneur 2,0 project, before gradually launching her production. When she joined the Mashrou3i’s support programme for start-ups, she was coached by experts who identified her needs and then helped her to draw up her company’s legal status.

In 2021, Ayari benefited from an intensive 20-day training course through Mashrou3i, during which she learned how to produce natural cosmetics, saponification techniques, and the extraction of essential oils, including prickly pear oil.

“This training has helped me a lot. I learned all the techniques of extraction of essential and vegetable oils, and filled gaps I had in my skills. Through this training, I received personalized coaching and, thanks to that, today I am able to offer a better-quality product.”

You can read the whole article HERE.

Source: UNIDO

ABB’s Technology in Singapore’s First Dual-Mode Desalination Plant Helps Tackle Water Scarcity in Region

Photo: ABB
Photo: ABB

The United Nation’s (UN) World Water Development Report recently stated that nearly six billion people will suffer from clean water scarcity by 2050.

So, as we “celebrate” World Water Week, it’s time to turn our attention to the global water crisis facing cities around the world struggling with increasing demand for water, reduction of water resources and increasing water pollution, all driven by dramatic world population growth which is expected to reach 9.7 billion by 2050.

Singapore is using desalination as part of the solution to their water supply issue to provide enough clean drinking water for its ever-growing population of 5.5 million. Though surrounded by water, having enough drinking water has always been a challenge for this island state. Currently the demand for drinking water is up to 430 million gallons a day. The Keppel Marina East Desalination Plant (KMEDP) is the latest step of Singapore using advanced technology to help address their water challenge.

In operation since June 2021, KMEDP is one of the most advanced desalination plants in the world and one of the first in the world with a dual-mode facility. The plant will produce 30 million gallons of clean water every day, enough to fill 45 Olympic-size swimming pools and 7 percent of Singapore’s daily water demand. It has also been designed sustainably in that the treatment facility is underground, freeing up 20,000m2 of green rooftop and community recreation space. 

Singapore’s water comes from four sources; reservoir water, imported water from Malaysia, ultra-clean, high-grade reclaimed water (branded NEWater in Singapore) and desalinated water. Desalination therefore plays a strategic role in Singapore’s vision for a diversified and sustainable supply of water and is expected to meet up to 30 percent of water demand by 2060. Yet desalination is an energy-intensive process, so a modern method is needed to boost efficiency and sustainability.

Located at the Marina East area of Singapore, the KMEDP, about twice the size of a football field, can either draw water from the surrounding sea during periods of dry weather or treat water from the Marina Reservoir during periods with heavy rain. With the plant’s dual intakes, when the water level in the reservoir is low, sea water can be pumped into the plant to be desalinated. When the reservoir water levels are high, the plant can treat water from the reservoir. The option to switch to treating reservoir water results in more effective water use, operational flexibility and optimized operational costs, as reservoir water treatment consumes only one-third the energy required for seawater desalination.

The plant is operating with a host of cutting-edge technology from ABB including automation and control systems as well as instrumentation and water analyzers. With ABB’s supply of energy efficient motors, variable speed drives and switchgears, together with process optimization aimed at increasing efficiency, the gains to be realized could potentially help reduce electricity consumption by up to 40 percent. A range of smart sensors and water-monitoring equipment is also being used in the plant.

KMEDP’s plantwide control systems are unified under an ABB Ability™ System 800xA distributed control system, a user-friendly digital platform that gives engineers wide visibility and precise control from a central command center. The intelligent and integrated solution allows uniformity of procedures and helps improve quality of operational processes. Data is seamlessly transferred from field instruments to the control system for analysis and diagnostics. With its fully digital-ready control system, the plant’s operations can be extended from device to edge to cloud.

KMEDP is operated by Keppel Seghers Pte. Ltd, a subsidiary of Keppel Infrastructure Holdings Pte. Ltd. The Design-Build-Own-Operate project (DBOO) was initiated by Public Utilities Board (PUB), Singapore’s national water agency, which manages the country’s water supply.

“ABB has decades of experience in creating integrated solutions for desalination plants worldwide, and ABB’s products and systems are found in all of Singapore’s water plants in one way or another. We are proud to be a part of Singapore’s water story as we continue to develop our long-standing relationship with PUB,” said JianYuan Ling, ABB’s Energy Industries Division Manager in Singapore.

KMEDP became the first industrial plant in Singapore to be awarded the highest tier of PUB’s ABC Waters Certification (Gold) in 2019, which recognizes the public area’s creative ecological design and exceptional Active, Beautiful and Clean features. Recently, it was also named “Desalination Plant of the Year” at the Global Water Awards 2021.

Source: ABB

Energy Community Summer School helps its participants in shaping the energy transition

Photo-illustration: Pixabay

The fifth edition of the Energy Community Summer School kicked off on 21 August at the premises of the Energy Community in Vienna.

Taught over the course of one week at Vienna University, the Summer School will help empowering a new generation of energy and climate professionals to engage in the energy sectors in transition. Joining the group of forty postgraduate students and young professionals, five journalists from the region will receive a specialized training on energy journalism organized by the Friedrich-Ebert-Stiftung.

The energy transition and the challenges of decarbonisation in a wider sense can only be met with holistic solutions. Given the accelerated pace of policy development in the EU, it is essential to keep the Energy Community included and make the transition to a carbon-free Europe together. Our goal is to make the summer school an experience for interdisciplinary learning that inspires students on their life-long journey in the world of energy and helps them creating networks”, said Dirk Buschle, Deputy Director of the Energy Community Secretariat, while welcoming the participants.

The project is organized by the Energy Community Secretariat in cooperation with the Visegrad Fund and the Friedrich-Ebert-Stiftung, Dialogue Southeast Europe (FES-SOE).  Polis University, Tirana; Comenius University Bratislava; Jagiellonian University, Krakow; Masaryk University, Brno and REKK, Budapest act as project partners since 2016. The Summer School is managed by Adrian Jasimi of the Secretariat.

Source: Energy Community

From Model T To Mach-E, This 101-Year-Old Driver Has Seen It All

Harold Baggott isn’t your stereotypical early adopter, but he’s been at the forefront of automotive technology since he was 10. That’s how old he was when he first drove in a Ford Model T. The year? 1930. Now, 91 years later, he recently took a drive in something very different: A Ford Mustang Mach-E, and he was excited to show it off to this great-grandchildren.

“Since the age of 10, I’ve retained my interest in motoring, and today find myself interested in the switch to electrification following the government phasing out the traditional combustion engines I’m used to,” Harold said. “I have reminisced about my driving history with the Model T and seen what the future has in store. It was exciting to get behind the wheel of what I expect to see my great grandchildren will be driving.”

Since his first drive (on a farm) at age 10, Harold has done what he could to stay at the forefront of the car scene. He was among the first to get a driver’s license in the UK six years later and owned several of his own cars in those early years. The first car he owned was a Ford 8 Popular in 1937, and he got a Ford Anglia the next year. His family has gone on to own 20 other Fords over the years, not counting the commercial vehicles for the family business.

The family’s travel and coach business has had a number of Ford chassis vehicles (think of cutaway vans, where you build your own box on the back for various purposes), with as much as 140 owned at a time, so Harold’s business wasn’t far from his enthusiasm.

Recently, his family accompanied him to look at Ford’s heritage collection, and he was proud to show the Mach-E off after spending some time in a Model T.

Source: Clean Tecnica

Rapid Shift to Evolving Renewable Energy Technologies Poses New Waste Challenge for Europe

Foto-ilustracija: Unsplash (Anna Jiménez Calaf)
Photo-illustration: Unsplash (Science In Hd)

A rapid transition to renewable energy is necessary if Europe is to achieve its climate objectives. Developing the infrastructure to enable this change will require substantial resources and generate large volumes of waste as equipment reaches the end of its service life. Applying circular economy principles in this sector provides a win-win approach to address both these issues, according to a European Environment Agency (EEA) briefing released today.

Introducing measures such as stronger eco-design requirements, increased emphasis on repair and upgrading, and material-specific recycling targets will address the waste and resource challenges and underpin the sustainability of renewable energy. The briefing ‘Emerging waste streams’ highlights that there is a unique opportunity for the European Union to anticipate this change and to introduce policies which apply circular economy principles to this emerging sector from an early stage.

Key messages:

1. Waste arising from the development and use of renewable energy infrastructure is resource-rich and includes rare earth elements as well as other valuable materials such as steel, copper and glass.

2. The fast pace of technological development means that equipment can be subject to relatively rapid obsolescence and can generate complex waste streams, thus presenting technical and logistical challenges for managing this infrastructure at the end-of-life stage.

3. Recovering materials and reintroducing them into the production cycle faces challenges: complex logistics (high volumes and material often needing to be recovered from remote locations); design that does not consider end of life or recyclability; and the presence of hazardous substances. 

4. Policy makers and industry can address the waste and resource challenges associated with the shift to renewable energy technologies through circular economy approaches such as eco-design, material-specific recycling targets and extended producer responsibility schemes.

Source: EEA

Green Capital in 10 year

Photo: Cabinet of the Mayor of Belgrade
Photo: Cabinet of the Mayor of Belgrade

The development of rail transport, purchase of electric buses and trams, construction of water waste treatment facility, thermal rehabilitation of buildings, introduction of public bicycle system, bicycle trails expansion, building 10,000 m² of green walls and a 10 percent increase of wood areas, those are some of the essential plans which need an investment of 5,2 billion euros so that Belgrade could reach European standards of the Green City in 10 years. We asked the Mayor of Belgrade, Prof. Zoran Radojičić, Ph.D., about this and other plans and activities of Belgrade, which will bring the Serbian capital in line with the goals of the Western Balkans Green Agenda.

EP: The countries in the region, Serbia included, have signed the Western Balkans Green Agenda, therefore took an obligation to introduce measures to prevent climate change and pollution, clean energy development, and circular economy. Has Belgrade made the strategy for Green City development, and what are its priorities? 

Zoran Radojičić: The Belgrade City Assembly has adopted, in the last session, a few critical strategic documents and action plans which deal with the very same questions. First, I would mention The Action Plan for Green City, which we have prepared with the support of The European Bank for Reconstruction and Development and the Government of Japan. The main goal of this plan is air quality enhancement. To achieve that, we have set four priority sectors that contribute to air quality enhancement. Those are introducing renewable energy sources and energy efficiency, wastewater and waste treatment, urban planning, mobility, greening, and climate change. In addition, this plan has laid down the projects for the development of rail transport, purchase of electric buses and trams, construction of water waste treatment facility, thermal rehabilitation of the buildings, the introduction of public bicycle system, expansion of cycle lanes network, construction of 10,000 m² green walls and enlargement of areas covered by woods by 10 percent in Belgrade. According to the estimation, we need an investment of 5,2 billion EUR over ten years so that Belgrade could reach European standards for Green City. 

Photo: Cabinet of the Mayor of Belgrade

EP: In proportion to some researches, more than half of Belgradians think the biggest problem of their capital is air pollution. Have you established what mostly pollutes the air in Belgrade and how to resolve this problem long-term? Have we set a goal, for example, for how much we should reduce greenhouse gas emissions by 2030? 

Zoran Radojičić: We have also adopted The 2030 Air Quality Plan, with Short-term and Long-term Action Plans. According to the experts’ analysis, the traffic throughout the year is the constant source of pollution. During the winter, the biggest polluters are individual furnaces, which amount to around 200,000 pcs. The Short-term Action Plan implies the response to increased air pollution. That means we will intensify public transport in the city to prompt citizens not to use their cars and we will regulate traffic thoroughly to prevent bottlenecks and traffic jams. The Long-term measures refer mainly to completing the Belgrade ring road that will enable us to eliminate the transit transport from the heart of the capital. Next, there is the construction of the subway system, development of rail transport, transition to electric and gas buses, and expansion of cycle lanes. Furthermore, we take seriously investments in energy efficiency in buildings, privately or publicly owned, as much as the completion of the program for the shutting down of incinerators and connection to the district heating system and gas line, and the additional greening of the city. The question of greenhouse gas emission reduction is of high importance, particularly in combating climate change. Upon signing the Global Covenant of Mayors for Climate and Energy in 2018, we have committed to reducing greenhouse gas emissions by 40 percent and making an action plan for sustainable climate and energy. This plan is rather ambitious but can turn our vision of Belgrade as a green and sustainable city into reality by making a joint effort to implement this plan.

EP: Belgrade is the only European capital that releases wastewater into the Danube. In contrast, the third of the capital’s population isn’t connected to the sewage system. Instead, it is bound to use septic tanks whose contents are discharged directly into the rivers. What project under The Green Agenda framework could help remediate the dire state of rivers, and what has The City of Belgrade done concerning this matter so far?

Photo: Cabinet of the Mayor of Belgrade

Zoran Radojičić: The City of Belgrade, unfortunately, hasn’t come to the ultimate solution for the sewage and wastewater treatment system. Still, the great news is that we work continuously on solving this decades-old problem. The project preparation is underway, and the construction of the Veliko selo wastewater facility is expected to start in the fall. This facility will collect wastewater from the old Belgrade’s central part, southern (Sremčica, Železnik, Banovo brdo), and western part (Novi Beograd, Zemun). The project will be implemented in two stages, and the facility will be stretched across around 97 ha. The first stage includes the construction of the missing infrastructure, the new sewage pumping station Ušće-Nova, and the reconstruction of the Mostar pumping station. In the second stage, the wastewater treatment is based on a primary and secondary treatment to separate sludge in primary tanks. In contrast, nitrogen and phosphorus will be eliminated in advanced procedures based on activated charcoal. The investment value for the Veliko selo wastewater treatment facility is 271 million EUR. This project is implemented in cooperation with the Ministry of construction, transport and infrastructure, and the China Machinery Engineering Corporation. Upon the facility construction, almost 80 percent of communal wastewater will be treated before discharge into rivers. The remaining 20 percent of wastewater will be treated in the wastewater facilities in Ostružnica, Batajnica, and Grocka, whose construction has been funded by the City of Belgrade. As for the building of the missing sewage infrastructure, which the EIB credit line has financed, the project implementation in underway for the sewage construction on the Danube left bank, in the settlements of Borča, Ovča, Kotež, and Krnjača.

EP: Circular economy is one of the European Green Deal goals. The most crucial instrument of the circular economy is recycling. Belgrade doesn’t have enough recycling garbage cans to start with, so our citizens could fully adopt this behavior model, let alone a sufficient number of cans to completely use this type of waste as a resource. What are the fundamental bases for the development of a circular economy in our capital? 

Zoran Radojičić: For a circular economy to be adopted, it is necessary to establish an efficient system of primary waste separation, which is determined as a priority goal by the new Local waste management plan 2021-2030 envisaged. The new plan entails placing green islands and underground garbage cans to collect recyclable waste in the city center. The containers for collecting separated waste will be positioned in other parts of the city. At the moment, there are around 730 underground garbage bins for recyclables separation, and it is planned to get additional 300 bins by the end of the year. Across the city parts with individual housing, there are garbage cans for primary waste separation used by around 27,000 households, and this year we will give away additional 25,000 garbage cans. There is a plan to build another seven recycling centers and four transfer stations where the waste will be delivered before being sent to further treatment. The goal is to take only recyclable waste to the Vinča landfill. Also, we want to increase the household recycling rate to 25 percent by the end of 2025 and 35 percent by 2030. One of the goals until 2028 is to reduce the quantity of biodegradable waste disposed to 75 percent compared to the amount from 2008. Also, we want to completely harmonize goals for collecting and recycling packaging waste by 2028 following the EU Packaging and Packaging Waste Directive.

Prepared by: Nevena Đukić

Read the story in the new issue of the Energy portal Magazine WATER RESOURCES.

Climate change made floods in Western Europe more likely

Foto-ilustracija: Unsplash (Chris Gallagher)
Photo: Twitter screenshot

Climate change has made extreme rainfall events similar to those that led to last month’s floods in Germany, Belgium, the Netherlands and Luxembourg between 1,2 and 9 times more likely to happen, according to a rapid attribution study by an international team of climate scientists, which also found that such downpours in the region are now 3-19 percent heavier because of human-caused warming.

The results reinforce the conclusions of the new report by the Intergovernmental Panel on Climate Change (IPCC), which said there is now unequivocal evidence that humans are warming the planet’s climate and human-caused climate change is the main driver of changes in weather extremes. The report found that, as temperatures rise, Western and Central Europe will be exposed to increasing extreme rainfall and flooding.

Extreme rainfall hit parts of Western Europe from 12-15 July. More than 90mm fell over a single day around the Ahr and Erft rivers in Germany, far more than previous records. The resulting floods killed at least 220 people in Belgium and Germany.

“This event demonstrates once again in 2021. that extremes breaking observed records by far, exacerbated by climate change, can strike anywhere, induce huge damages and cause fatalities. Western Europe’s local and national authorities need to be aware of the increasing risks from extreme precipitation to be better prepared for potential future events,” said Dr. Frank Kreienkamp, Head of the Regional Climate Office Potsdam, Deutscher Wetterdienst (German weather service).

The study was conducted by 39 researchers as part of the World Weather Attribution group, including scientists from universities and national meteorological and hydrological agencies in Belgium, France, Germany, Luxembourg, the Netherlands, the US and the UK. This international collaboration analyses and communicates the possible influence of climate change on extreme weather events, such as storms, extreme rainfall, heatwaves, cold spells, and droughts.

You can read the whole report HERE.

Source: World Meteorological Organzation

How Solar Water Heaters Industry Benefits the Local Economy

Photo-illustration: Pixabay
Photo-illustration: Pixabay

Heating and cooling account for nearly half of global final energy consumption, but most of the energy use is currently generated from fossil fuels. With the declining costs of renewable energy, solar has become especially attractive for water heating. Just like other renewable energy technologies, solar water heaters have a role to reduce greenhouse gas emissions, create jobs, improve healthcare and communications, and drive local commerce through the market and industry they build at the local level.

The case for local industries is especially pertinent in the time of COVID-19, when countries experience disruptions in the supply of materials and workforce, and domestic supply chains have proved to be very essential for the economies. Policies are therefore crucial to strengthen local industries, consequently expanding benefits along all segments of value chains by leveraging local capacities to create domestic value.

Solar water heaters are a mature technology that has been successfully deployed in several countries for more than 30 years, mostly in the residential sector, providing an affordable solution for many households. It is assumed that a four-member household uses about 300 litres of hot water per day. Given that heating water accounts for about 18 percent of household energy use on average, and that demand for hot water is growing with household incomes, the decarbonisation of water heating in particular becomes a key element of the on-going energy transition.

In its latest addition to the Leveraging Local Capacity series, IRENA examines beyond the environmental benefits of solar water heaters by outlining the ample opportunities for the creation of local socio-economic value presented by the domestic solar water heaters industry. The Renewable Energy Benefits: Leveraging Local Capacity for Solar Water Heaters examines the kinds of jobs created and suggests ways for policymakers to build on existing solar water heaters industry.

Project planning for solar water heaters takes place in the households. As solar water heating involves a relatively simple technology, local manufacturers in most countries—often small to medium enterprises—can produce, install, and maintain the systems themselves. The potential to create value mostly lies in the following phases of the value chain: manufacturing, wholesale distribution, sales and installation, as well as operation and maintenance. Some of the technology’s main components—such as the collector, the pump, or the storage tank—can be manufactured locally, thus creating local jobs.

The skills needed to manufacture, install, and maintain a solar thermal system are easily transferable from occupations in manufacturing, construction, and plumbing. The manufacturing, planning, installation, and decommissioning of small-scale solar water heater systems for 10,000 single-family households requires more than 460,000 person-days, and the labour requirements vary across the value chain. Complete assessment of the human resources requirement for the entire value chain can be seen in the figure below.

Domestic value creation can be maximised by leveraging and enhancing capabilities in existing industries along the value chain, or developing them through policies and measures that stimulate demand for solar water heaters and later enhance capacity along the value chain. To further drive domestic solar water heaters industry, policy makers can implement the following measures:

1. Setting ambitious targets for the number of systems, collector surface or thermal capacity.

2. Issuing obligations and mandates to install solar water heaters.

3. Providing financial incentives such as grants, low-interest loans, and tax incentives.

4. Setting technical standards for product quality through certifications and warranties.

5. Implementing appropriate training and retraining programmes for the proper, efficient, and safe installation and maintenance of solar water heaters.

In addition, initial measures to enhance consumer awareness of solar water heaters benefits are key to overcoming non-economic barriers. The environmental benefits are clear; reduced greenhouse emissions lead to a climate-safe world and improved healthcare. But if the public understands how the technology also benefits them economically, a competitive market will be created, starting at the local level and scaled up to national level.

Source: IRENA

UNESCO MAB Programme Relaunches the Network on Mountainous Regions

Foto-ilustracija: Unsplash (v2osk)
Photo-illustration: Pixabay

In an effort to improve the protection of mountainous ecosystems and the livelihoods of mountain communities, UNESCO’s Man and the Biosphere Programme (MAB) is relaunching its World Network of Mountain Biosphere Reserves(WNMBR).

Ahead of MAB’s International Co-ordinating Council to take place in Abuja, Nigeria, in September 2021, the MAB Secretariat has called upon Member States to nominate mountain biosphere reserves to operate as Technical Secretariats, which will become global hubs of expertise on mountain science coordinating the network’s activities.

The launch of the WNMBR follows a recommendation laid down by the Lima Action Plan, MAB’s roadmap for 2016-2025, and builds on previous work studying global changes in mountain regions that began in the 1980s. This network will join other specialised MAB thematic networks, such as the World Network of Island and Coastal Biosphere Reserve (WNICBR).

The objectives of the network and its Technical Secretariats will be to foster scientific research between mountain biosphere reserves worldwide and allow for exchanges between local communities on topics such as forest management, agro-pasturalism and eco-tourism. This network will also act as a stepping stone for nominations of new mountain biosphere reserves. 

The deadline for the submission of biosphere reserves/institutions for the function of Technical Secretariats of this Network until 10 September 2021.

Source: UNESCO

New report shows impacts of climate change and extreme weather in Latin America and Caribbean

Photo illustration: Pixabay
Photo-illustration: Pixabay

Climate change and extreme weather are threatening human health and safety, food, water and energy security and the environment in Latin America and the Caribbean. The impacts span the entire region, including Andean peaks, mighty river basins and low-lying islands, according to a new report from the World Meteorological Organization (WMO). It flags concerns about fires and the loss of forests which are a vital carbon sink.

The “State of the Climate in Latin America and the Caribbean 2020″ provides a snapshot of the effects of increasing temperatures, changing precipitation patterns, storms and retreating glaciers. It includes transboundary analyses, such as of the drought of the South American Pantanal and the intense hurricane season in Central America-Caribbean. It provides a detailed regional breakdown of worsening global climate change indicators.

The report and an accompanying story map show how marine life, coastal ecosystems and the human communities that depend on them, particularly in Small Island Developing States, are facing increasing threats from ocean acidification and heat and rising sea levels.

The report was released at a high-level conference on 17 August, “Working together for weather, climate and water resilience in Latin America and the Caribbean” under the auspices of WMO, the UN Economic Commission for Latin America and the Caribbean (UNECLAC), and the UN Office for Disaster Risk Reduction (UNDRR).

It follows the release of the Intergovernmental Panel on Climate Change report on Climate Change 2021: the Physical Science basis, which said that temperatures in the region have increased more than the global average and are likely to continue to do so. It also projected changing precipitation patterns, more sea level rise, coastal flooding and marine heatwaves.

“Latin America and the Caribbean (LAC) is among the regions most challenged by extreme hydro- meteorological events. This was highlighted in 2020 by the death and devastation from Hurricane Eta and Iota in Guatemala, Honduras, Nicaragua and Costa Rica, and the intense drought and unusual fire season in the Pantanal region of Brazil, Bolivia, Paraguay, and Argentina. Notable impacts included water and energy-related shortages, agricultural losses, displacement and compromised health and safety, all compounding challenges from the COVID-19 pandemic,” said WMO Secretary-General Prof. Petteri Taalas.

You can read the whole report HERE.

Source: WMO

Australia can Expect More Floods, Droughts and Fires

Photo-illustration: Pixabay
Photo – illustration: Pixabay

According to the recent IPCC report, Australia can look forward to more floods, more droughts, more fires, and worse — drier conditions, which means more droughts, more fires, and when it does rain, more floods. While the weather presenters on the news prattle about the wonderful sunny days, the farmers off the coast pray for rain.

The majority of Australians live in big cities on the coast. They are quite insulated from the extreme weather (unless you are up in the deep north where they have cyclone season every year). The biggest effect the drought has is when the beef and vegetable prices go up!

Out west where the food is produced, it is much more dramatic — crops dying in the fields, beasts trapped in the mud at the almost dry waterholes, or floating down the newly minted rivers when it floods.

If you take a drive from Brisbane out through Toowoomba (125 km), then Chinchilla (290 km), Roma (480 km), and Charleville (750 km), you can see the country change and become drier and drier. Between Brisbane and Toowoomba, it is market gardens that grow all our vegetables. From Toowoomba to Chinchilla, it is wheat and then cattle. Out past Roma, it is drought-resistant cattle and sheep. A bit further from Charleville, it is desert.

The further away from the coast you went, the less rain. You could have a property that had 3 good years in 5, or if you had the wrong spot, only one good year in 5. A sheep farmer in Quilpie (200 km west of Charleville) explained how crazy his dogs went when it finally rained after 7 years of drought — they had never seen, smelled, or felt it before. And these were the good times.

Source: Clean Technica

How to Decarbonize Heavy-Duty Transport and Make it Affordable

Photo-illustration: Pixabay
Photo-illustration: Pixabay

The race to decarbonize transportation is on, attested to by a global wave of commitments to electrify government and corporate fleets.

However, heavy-duty trucking presents a special challenge. While it constitutes only 1 percent of total fleet vehicles, it is responsible for a disproportionate 25 percent share of global road emissions.

Now is the time to eradicate that 25 percent, by joining together as vehicle manufacturers, infrastructure providers and governments to make heavy-duty electric trucking affordable, easy, and sustainable. Technology has made great strides, but barriers remain.

Addressing the real factors behind electric vehicle emissions

Heated debates have surrounded the sustainability of electric vehicles. The evidence is in, and it boils down to three emissions factors: car production; fuel transfer vs battery production (well-to-tank); driving emissions. In the chart below, it is evident that battery electric vehicles (BEVs) are more sustainable than conventional cars overall – ICEs (internal combustion engines – and continue to become more sustainable.

It’s also clear that the greatest factor in BEV emissions is not the batteries, but rather the electricity used to charge them. So, our race to decarbonize transportation depends on our success in decarbonizing the electrical grid.

Of course, the cleanest kilowatt is the one never produced. The numbers from Transport and Environment show that electric trucks are already more energy-efficient than diesel trucks. The chart below also shows that if the power grid included only renewable electricity, electric trucks would operate with zero emissions, while using less than half the energy of diesel trucks.

Making electric trucks affordable

Despite the growing sustainability advantage, the initial capital expenditure to purchase electric trucks and perceived cost of operation have been deterrents to logistics companies operating on slim margins.

Since fuel is an enormous cost factor for long-haul trucks covering 160,000 km annually, energy efficiency plays a major role in reducing operational costs. And while BEV batteries are already 85 percent cheaper than 10 years ago, by 2030 battery costs will drop another 50 percent. At that point, according to the CEO Alliance’s HDT Truck Charging Final Report, published in April 2021, native design electric trucks will reach an economic tipping point, becoming 12 percent cheaper to purchase and operate than diesel trucks.

Providing range security

Range anxiety is another common deterrent to electrifying fleets, even though both the vehicles and charging stations are capable of delivering long range driving security.

In fact, by 2025, increased battery density will allow a 40-tonne truck to drive 400 km on a single charge. Of course, that assumes the status quo – a battery that fits into a conventional truck head. Most analysts expect BEV-native truck heads with bigger batteries to appear in the next five years, making the average long-haul trip of around 800 km possible on a single charge.

Photo-illustration: Pixabay

Charging technology is also much faster. It once took 2.5 hours to charge a heavy-duty electric truck. With fast chargers, charging is done over a standard compulsory break (45 minutes for every 4.5 hours of driving). By the end of the year, new megawatt charging stations will make it possible to charge even faster, providing greater capacity for charging hubs.

Digitalization and web-enabled connectivity also make charging stations more sustainable and reliable than before, allowing operators to control stations remotely, optimize energy usage and conduct routine maintenance to keep them up and running 24/7.

Universal standards

If the vehicles and charging technologies are mature, reliable, and affordable, and policymakers in the EU, US, China and many other countries are stepping up with ambitious new fleet conversion targets, why don’t we see more electric trucks on the road?

Well, first movers like Norway, Iceland and Sweden are well underway to electrifying transport nationwide, thanks to well-orchestrated roadmaps that bring together vehicle manufacturers, infrastructure providers and authorities. But once trucks cross the border, the charging infrastructure is no longer guaranteed.

Removing range anxiety for long-hauls also depends on finding compatible fast charging stations in the right places at the right times. Universal standards for both technology and regulation have been elusive in other global sustainability efforts. We can’t afford that for long-haul, heavy-duty electric trucking. Open software protocols and connection interfaces for both vehicles and chargers are critical to ensuring compatibility between vehicles and charging stations and facilitating hassle-free, long-haul driving.

Photo-illustration: Pixabay

Public funding and incentives

International public funding will also be an important tool in overcoming border barriers. Europe’s NextGenerationEU programme, for example, will dedicate 25 percent of its EUR 750 billion recovery budget to decarbonization projects, with sustainable infrastructure and electric transport topping its priorities. The CEO Alliance for heavy-duty vehicle charging has recommended allocating EUR 9 billion of that funding to constructing a strategic EV charging network, with 8,000 chargers along nine highways in the Trans-European Transport Network, and another 20,000 chargers at 11 regional hubs, guaranteeing a seamless essential European freight route.

In addition, stricter CO2 standards, clear carbon pricing for fuels, CAPEX support, tax rebates, and road toll discounts would help create economies of scale and a clear market rationale for fleet operators.

Stepping on the accelerator in the transportation climate race

Norway is on track to become the first nation to convert entirely to electrified transport, spearheaded by an ambitious national target of cutting its CO2 emissions by 55 percent from 1990 to 2030, and selling only zero-emission cars by 2025. Those policies are supported by incentives for EV drivers, purchasing tax exemptions, reduced tolls and ferry tickets. The country has also invested in a strategic network of high-powered fast chargers.

This gives a company like Norwegian grocer ASKO the confidence to set its own ambitious goal of electrifying its 600-truck fleet by 2026.

It’s time to make Norway the rule, not the exception. We have the technology, global public recognition of the climate crisis, and governments ready to act. We have everything we need. Let’s step on the accelerator in the transport climate race and work together to electrify heavy-duty transport now.

Source: World Economic Forum

 

Seven Things you Should Know About Household Air Pollution

Foto-ilustracija: Pixabay
Photo-illustration: Pixabay

Every year, nearly 4 million people die prematurely from indoor air pollution. Many succumb to diseases linked to inhaling smoke from kerosene, wood and charcoal fires, which are commonly used in the developing world for cooking and heating.

To help raise awareness about indoor air pollution, the United Nations launched last year the International Day of Clean Air for blue skies. With this year’s event just around the corner, here are seven things you should know about household air pollutants.

They are terrible for human health

Tens of millions of people become sick, injured, or burnt from using fuel in their living spaces. Household air pollution causes stroke, heart disease, lung cancer and other deadly ailments.

The burning of unclean fuels, like coal, releases large quantities of dangerous pollutants, including carbon monoxide, nitrogen oxides, and fine particulate matter (PM).  In households with open burning and unvented solid fuel stoves, particles smaller than 2.5 micrometres in diameter (PM2.5) can exceed WHO-recommended levels by up to 100 times.

And the impact of indoor air pollution extends beyond the home, contributing to almost 500,000 of the premature deaths attributed to outdoor air pollution every year.

Dirty household fuels are disastrous for the environment

Household combustion is the second-largest contributor to climate change after carbon dioxide and a major component of particulate matter. It also produces an estimated quarter of all black carbon, or soot emissions, which, according to the World Health Organization, have a per-unit warming capacity 460 – 1,500 times greater than that of carbon dioxide.

When they interact with outdoor air pollutants, household combustion emissions contribute to the formation of ground level ozone – a short-lived climate pollutant that decreases crop yields and affects local weather patterns.

Affordable, reliable energy can help reduce indoor air pollution

Sustainable Development Goal (SDG) 7 envisages “access to affordable, reliable and modern energy for all by 2030.” The global adoption of clean household energy – including low-emission stoves, heating and lighting – could save millions of lives.

It would also help to reduce biodiversity loss caused by using wood for fuel, decelerate forest degradation, reduce carbon dioxide emissions from biomass, and lower emissions of black carbon, methane and carbon monoxide. In fact, since black carbon particles only remain in the air for a week or less (versus carbon dioxide, which can remain for more than a century) reducing their emission is an important way to decelerate climate change in the near-term.

To date, however, there remains a dearth of access to affordable, clean energy options.

Photo-illustration: Pixabay

Household air pollution entrenches poverty and inequality

In more than 155 countries, a healthy environment is recognized as a constitutional right. Obligations related to clean air are implicit in the Universal Declaration of Human Rights and the International Covenant on Economic, Social and Cultural Rights. The 2030 Agenda is based on the premise that no one should be left behind.

Nonetheless, there are still 3 billion people using unsafe fuels in their homes; and they are typically among the world’s poorest.

Access to clean cooking fuels and technologies is increasing by just 1 percent a year.

Women and girls suffer most from indoor air pollution

Those who spend more time indoors, including women and children, are disproportionately affected by household air pollution. Women and girls are particularly vulnerable to kerosene cooking and lighting explosions. And close to half of all pneumonia deaths among children under five are a consequence of the soot they inhale at home.

Those who rely on unclean fuels are both the most vulnerable to noncommunicable diseases and the least able to cover the costs of sickness, associated healthcare costs, and lost work hours.

Exposure to pollutants can also affect the brain, causing developmental delays, behavioural problems, and even lower IQ in children.

According to one World Health Organization analysis, girls in households that rely on unclean fuels lose 15 to 30 hours each week gathering wood or water – meaning that they are disadvantaged both in comparison to households that have access to clean fuels, as well as their male counterparts.

Countries can cut pollution-related deaths through investments and legislation

Household air pollution can be reduced by phasing out the use of unprocessed coal and kerosene in homes; adopting cleaner fuels, like biogas, ethanol and liquified petroleum gas; moving toward renewable energy sources wherever possible; developing safe, efficient household technologies; and ensuring proper ventilation.

Increasing access to clean household fuels and technology is an effective way to reduce poverty, sickness and death, particularly in developing countries and among vulnerable groups. The uptake of clean household fuels and new technology can also slow forest degradation and loss of habitat while combating climate change.

The United Nations Environment Programme (UNEP)  is devoted to reducing air pollution

The UNEP-hosted  Climate and Clean Air Coalition prioritizes the adoption of clean household fuels and technologies as a way to mitigate short-lived climate pollutants, improve air quality, and realize environmental, social and economic benefits.

The coalition’s Household Energy Initiative raises awareness about the relationship between climate change; advocates for donor support to clean, low-energy cooking, heating, and lighting activities; and promotes solutions that reduce black carbon and other emissions.

Source: UNEP