Home Blog Page 28

How Did Pakistan Experience a „Solar Boom”?

Photo-illustration: Unsplash (Michael Fortsch)

The rapid expansion of solar energy in Pakistan, driven primarily by market forces and minimal political support, serves as a valuable example for other developing markets. The drop in solar panel prices, coupled with a sharp increase in electricity costs—rising by as much as 155 percent in just three years—has significantly accelerated the transition to renewable energy. Today, Pakistan holds the position of the sixth-largest solar market in the world, according to the World Economic Forum.

Data from the International Energy Agency (IEA) show that per capita electricity consumption in Pakistan increased by 87 percent between 2000 and 2022. On the other hand, more than 40 million people still lack access to electricity, with many more living in off-grid or under-supplied areas that receive less than four hours of power per day.

Photo-illustration: Pixabay (Michael_Pointner)

Inconsistent government energy policies, marked by inefficiencies in production, pricing, and regulations, have further deepened the energy crisis in the country. The most recent hike in electricity prices in July 2024, seen by many as a hidden tax, has driven grid-based energy consumption to its lowest level in four years. Over the past fiscal year, demand for grid electricity dropped by more than 10 percent, as inflated prices placed a growing burden on consumers. These conditions have spurred the rapid adoption of solar energy among industrial, commercial, and residential users who can afford to transition to self-generated power.

Interestingly, this major shift toward solar energy in Pakistan has been achieved almost entirely under external influences, with little active political backing. A key factor has been the overproduction of solar panels in China, which significantly lowered costs and made Pakistan the third-largest destination for Chinese exports. Solar energy has found widespread application across industrial, agricultural, and residential sectors, with imports of Chinese solar modules totaling 13 gigawatts (GW) in the first half of the year alone. Forecasts suggest that total imports will reach an impressive 22 GW by the end of the year, further accelerating the country’s energy transition.

More:

Risks of Uncontrolled Energy Transition

While solarization presents tremendous opportunities, it also highlights the risks of an uncontrolled energy transition. Pakistan’s case raises important questions about the sustainability of state energy grids and the economic impacts of a large-scale shift to renewable energy.

Modernizing Pakistan’s electricity grid has become a critical priority to improve reliability, expand access to rural areas, and reduce costs. This requires the adoption of advanced tools driven by artificial intelligence for monitoring and demand forecasting, investments in integrating battery storage systems, and other innovative technologies.

In addition to technological advancements, strong political will is essential for implementing comprehensive market reforms. Privatization and unbundling of distribution companies could encourage competitiveness, but the current political instability and high modernization costs make these measures challenging to implement.

Milena Maglovski

Metanci – Winning Project for Sustainable Development

Photo: WWF

Youth creativity and innovation play a key role in shaping a sustainable future. Young people worldwide, including those in our local communities, are increasingly taking the lead in finding solutions to the environmental challenges of modern society. Their ability to devise new approaches and technologies contributes to the creation of sustainable solutions that address the urgent needs of our planet.

A source of pride for Aleksinac and all of Serbia is the team of young researchers, Metanci, who recently won first place at a hackathon with an idea promoting methane as a solution for generating electricity, maintaining a system of free public transport, and supporting commercial activities in Aleksinac.

Photo: WWF

The team, consisting of Milica, Jana, Sara, Petar, and Dimitrije, presented a solution that combines environmental and economic benefits, catching the jury’s attention and securing their place at the regional conference in Sofia.

In their presentation, the Metanci explained that methane is produced through the anaerobic decomposition of organic matter and is a primary component of natural gas. This gas can be used to generate electricity, heat, and fuel vehicles. While methane has its drawbacks, such as its negative impact on the ozone layer and high flammability, its proper use can be crucial for sustainable development.

Aleksinac is known as a mining town, and many mining accidents have been caused by methane. This reality motivated the Metanci team to focus on researching better ways to use and store this gas. Their idea involves placing containers for organic waste throughout the town, which would be composted and used to produce methane in biogas generators.

“When organic waste is composted, the decomposition process under controlled conditions allows methane to be produced as a byproduct. Then, biogas generators use a process called anaerobic digestion to produce methane. The good news is that, currently, projects under the sponsorship of the European Union are being carried out to supply municipalities with biogas plants,” explained team member Jana Stošić.

IN FOCUS:

Innovative Use of Methane for Sustainable Development

The Metanci team proposes several key ways to use the methane produced. A portion would be used as fuel, enabling the municipality of Aleksinac to fund the purchase of eco-friendly biogas-powered buses through the sale of the fuel. These buses would reduce pollution and provide free transportation for residents, addressing the problem of a lack of public transport in the area.

Another part of the production from biogas plants would be used as natural fertilizer, supporting agriculture in the municipality, which has as many as 70 villages. This would enable the production of food without the use of pesticides, improving the quality of life for the local population.

Finally, the third part of the methane would be used to supply thermal power plants, allowing them to remain operational even after the mines are closed. By using methane in cogeneration processes, it is possible to simultaneously produce heat and electricity, which would increase energy efficiency.

Prepared by Milena Maglovski

Read the whole story in the new issue of the Energy portal Magazine ENERGY TRANSITION

Record Budget for Serbia’s Agriculture Allocated for 2025

Foto: Money exchange photo created by freepik - www.freepik.com

The Ministry of Agriculture, Forestry, and Water Management announced that the Law on the Budget of the Republic of Serbia for 2025 allocates a record 149.5 billion dinars for agriculture, accounting for 7.5 percent of the total budget revenues for the upcoming year.

At the Second Regular Session of the National Assembly, a budget of 138.5 billion dinars was approved for the Ministry of Agriculture, while the remaining 11 billion dinars are designated for refunds to farmers through excise tax rebates on fuel.

Subsidies constitute the largest share of the budget, with over 111.4 billion dinars allocated for agricultural and rural development incentives.

The 2025 agricultural budget represents a staggering 286 percent increase compared to the allocations in 2015, according to the Ministry’s website.

More:

Furthermore, amendments to the Law on Incentives in Agriculture and Rural Development were adopted, improving conditions for farmers engaged in milk and meat production.

The changes include a subsidy of up to 17,000 dinars per hectare for certified seed usage, encouraging more stable yields and higher product quality. Additionally, the right to subsidies for certified seeds in 2025 will apply to invoices issued from August 1, 2024, until the date of application submission, further facilitating farmers’ access to these incentives.

Energy portal

First Wind Turbine Installed at the „Kostolac” Wind Farm

Foto-ilustracija: Pixabay (tookapic)

The first wind turbine has been successfully installed at the „Kostolac” Wind Farm. Depending on weather conditions, the installation of the remaining towers will continue as planned.

The total capacity of the wind farm will amount to 66 MW, comprising 20 wind turbines, each with a capacity of 3.3 MW. In addition to the wind turbines, the project includes the construction of a substation and a switchyard, according to the Electric Power Industry of Serbia (EPS) website.

Each wind turbine will stand 179 meters tall, with 117-meter towers and blades 62 meters in length.

More:

With an annual production of approximately 187 GWh, the wind farm will supply electricity to around 30,000 households. The project involves equipment from the renowned manufacturer „Siemens Gamesa” .

The construction of the „Kostolac” Wind Farm on the reclaimed lands of former thermal power plant ash deposits and coal pits marks the Electric Power Industry of Serbia’s first step toward harnessing wind energy, although similar practices have already been adopted by many international energy companies.

Energy portal

Second Italy-Serbia Scientific Forum Opens in Trieste

Photo: Zoran Petrović, NITRA
Photo: Zoran Petrović, NITRA

Dr. Jelena Begović, Minister of Science, Technological Development, and Innovation in the Government of the Republic of Serbia, and Anna Maria Bernini, Minister of Universities and Research of Italy, inaugurated the second Italy-Serbia Scientific Forum at the AREA Science Park in Trieste. During the bilateral meeting held as part of the Forum, attended by representatives of ministries and scientific communities from Serbia and Italy, Minister Begović and Minister Bernini signed a Declaration of Intent for Cooperation in Research and Innovation.

On this occasion, Minister Begović recalled that the first scientific forum of this kind, organized in Belgrade in 2023, laid the foundation for bringing together scientists from Italy and Serbia to foster collaboration and progress. “This gathering under the slogan Uniting Minds, Bridging Borders represents an exceptional opportunity to deepen cooperation in the fields of science, innovation, and technological advancement, which are crucial for the future of our countries. Italy is our strategic partner not only in political and economic terms but also in science and innovation development. As an industrially and economically advanced country, Italy possesses certain infrastructures in which Serbian scientists aim to participate,” stated Dr. Begović, announcing that the first results of joint scientific-strategic programs between Italy and Serbia are expected as early as January.

Photo: Zoran Petrović, NITRA

Minister Anna Maria Bernini highlighted Serbia’s evident progress in industries related to artificial intelligence, adding that through Italy-Serbia collaboration, this progress can be even faster. “We have reaffirmed our decision to strengthen friendly ties with Serbia and work together on scientific and technological advancements,” she emphasized.

Arnaud Gouillon, Director of Serbia’s Office for Public and Cultural Diplomacy, stated after the bilateral meeting that it is essential to highlight the significant contribution Serbian scientists have made to global science. “In conversations with scientists and researchers worldwide, I have noticed that everyone is familiar with Nikola Tesla, Mihajlo Pupin, or Milutin Milanković, but few are aware of their Serbian origins. It is important to emphasize the contributions of Serbian scientists, both from the past and the present,” Gouillon concluded.

Minister Dr. Begović invited Minister Bernini to visit Serbia during the upcoming specialized exhibition EXPO 2027, titled Play for Humanity: Sport and Music for All, to be held in Belgrade.

Source: Ministry of Science, Technological Development, and Innovation

How Greenhouse Coatings Improve Food Security

Photo-illustration: Freepik (DC Studio)

In recent years, scientists have increasingly focused their attention on greenhouses to enhance their benefits. Previously, I wrote about innovations such as solar windows integrated into greenhouses to simultaneously produce green energy. These structures are no longer just places for plants; people have even started building their homes inside them.

The importance of greenhouses is perhaps best understood by farmers who, in recent years, have faced high temperatures, droughts, and extreme precipitation, including hailstorms. Food security has become one of the most urgent issues requiring solutions. Often, one problem doesn’t come alone—it is accompanied by others. Here, it is also about population growth, which necessitates increased food supply.

Many scientists advocate the theory that population growth is not the main reason for food supply crises but rather improper food management. I would add human negligence and lack of awareness. Regardless, climate change, population growth, negligence, and unawareness are creating a significant challenge, the consequences of which we might feel even more acutely in the near future.

For these reasons, greenhouses are becoming increasingly important. Although they are already widespread and not a new concept, ongoing efforts are focused on their improvement.

Photo-illustration: Freepik (fanjianhua)

Scientists have developed a coating that enhances greenhouse efficiency, especially in areas with insufficient sunlight. This coating uses luminescent materials capable of redirecting light, allowing better utilization of solar rays.

To clarify, luminescent materials are substances that can absorb light energy and then emit it as light, as if they possess the ability to glow. This process boosts plant growth in less favorable conditions.

A key material in this coating is Eu³⁺-controlled polyoxotitanate, which can be easily incorporated into water-based acrylic paint. Besides being free of harmful chemicals, the coating allows more natural light to penetrate, reducing the need for additional artificial lighting, which requires electricity.

In their initial experiment, scientists demonstrated that the coating significantly increases plant dry mass by nine percent. For clarification, plant dry mass represents the weight of a plant after all water has been removed. This measurement is often used in agriculture to evaluate plant growth and productivity.

The issue of food security is becoming an increasingly prevalent topic in modern society, emphasizing the need for sustainable agriculture as the foundation for the future. Principles of regenerative agriculture, the use of natural fertilizers, innovations such as advanced greenhouses, and other solutions are no longer optional but necessary steps. These approaches will significantly determine not only how we produce food but also the quality of life for future generations.

Katarina Vuinac

Adoption of the Draft Law on Amendments to the Energy Law

Foto-ilustracija: Pixabay (NickyPe)

The National Assembly of Serbia has adopted the Draft Law on Amendments to the Energy Law, marking a significant step toward fulfilling the country’s obligations to the Energy Community.

According to Dubravka Đedović Handanović, the Minister of Mining and Energy, this represents a pivotal moment for Serbia’s energy sector, as the adoption of these amendments lays the groundwork for Serbia’s integration with the European Union’s energy market. This will facilitate electricity exchange with neighboring countries and the EU, while also enabling more favorable electricity prices for Serbian citizens.

The amendments enhance the legal framework, which, as the Minister notes, contributes to greater security and stability of energy supply for both citizens and businesses.

One of the key objectives of the law is to accelerate Serbia’s transition to renewable energy sources. This will be achieved through a simplified connection procedure for power plants, the introduction of the concept of active consumers, and the facilitation of corporate Power Purchase Agreements (PPA).

More:

A significant innovation in the law is the abolition of the moratorium on the construction of nuclear power plants. The Minister emphasized that this change opens the possibility for introducing a new source of baseload energy into Serbia’s energy mix in the coming years.

The Draft Law also introduces several other novelties, including the adoption of the Program for the Development and Use of Hydrogen, as well as the Program for the Development of Heat Energy Production and Utilization.

The law stipulates the designation of a competent authority in the Republic of Serbia responsible for planning and managing risks in the electricity sector, identifying electricity crisis scenarios, and preparing and implementing readiness plans. A Risk Preparedness Plan, to be developed based on crisis scenarios, will be adopted on the proposal of the Ministry and updated every four years.

Energy portal

Serbia: Second Round of Auctions for Renewable Energy Market Premiums Begins

Photo-illustration: Pixabay (mrganso)

The second round of auctions for the allocation of market premiums for renewable energy sources in Serbia, where investors will compete for a total quota of 424.8 MW, has been officially announced.

The Ministry of Mining and Energy of the Republic of Serbia announced on its website that of the total quota offered in the auction, 300 MW is allocated for wind power plants, and 124.8 MW for solar power plants.

According to Dubravka Đedović Handanović, Minister of Mining and Energy, the increased capacity from clean energy sources provided through these auctions will enhance electricity production in Serbia, contributing to greater economic growth and increased foreign direct investments. Increasing the share of green energy in the energy mix is also crucial for meeting the objectives of the Green Agenda, as its availability is increasingly becoming a requirement for investors considering investments in Serbia.

The Minister emphasized that the maximum offered price in the auction—set at 79 euros per MWh for wind power and 72 euros per MWh for solar power—aims to ensure that the share of green energy increases at a cost acceptable to both citizens and businesses.

More:

This public call introduces certain innovations, the most notable being the additional advantage for investors who, in addition to their offered price, propose a capacity to be supplied to guaranteed suppliers or end-users through power purchase agreements for renewable energy over periods ranging from three to 15 years.

The Minister explained that this approach encourages investments that will ensure energy produced from domestic clean sources is used to meet the needs of citizens and businesses, thereby enhancing Serbia’s energy security.

Additionally, a new measure limits the maximum quota that can be awarded to a single participant in the auction for solar power plants, set at 105 MW for one or more power plants. This ensures fair treatment for smaller producers and their projects compared to large renewable energy producers. Moreover, auction rules stipulate that the offered capacity of a power plant cannot exceed the prescribed quota.

Energy portal

Key Plans For North Macedonia’s Energy Future

Photo-illustration: Unsplash (Darko Cvetanoski)

North Macedonia is on the verge of significant changes in its energy sector, laying the foundation for energy independence. At a time when global energy challenges are increasingly present, the country faces the need to modernize its infrastructure and shift its focus towards renewable energy sources. To learn more about the plans and goals during this pivotal moment, we spoke with Sanja Božinovska, the Minister of Energy, Mining, and Mineral Resources of North Macedonia, who shared with us the vision, strategy, and concrete projects that will shape the country’s energy future.

Q: You recently took over the Energy, Mining, and Mineral Resources portfolio in North Macedonia. What is your main goal for the next four years?

Photo: Courtesy of Sanja Božinovske

A: Our primary goal is to strengthen domestic production capacities through serious multi-year and long-term investments in energy infrastructure and facilities that will guarantee the country’s energy stability and independence and ensure domestic energy production as a guarantee of the competitiveness of the Macedonian economy. We plan to implement capital investments, one of the new government’s priorities. The energy sector in North Macedonia has been neglected for a long time. Still, energy will have a special place for this government, and we will work diligently to achieve the country’s energy independence. In addition to building new energy production facilities, we plan to complete the process of energy interconnection with neighboring countries.

Q: How much renewable energy capacity does North Macedonia currently have, and where does the country’s greatest potential lie?

A: The green transition has begun, and a strong push for the construction of renewable energy (RES) capacity occurred at the start of the energy crisis. We ended last year with an installed capacity of 1,311 MW from renewable sources, most of which are hydropower plants – 720 MW. Of this, 587 MW comes from large hydropower plants and 133 MW from small ones. Right behind them are photovoltaic (solar) power plants, which have seen a real boom, and by the end of 2023, we had a capacity of 506 MW. Last year, we produced 2,173 GWh of electricity from renewable sources, which accounted for 33 percent of total production. Building new facilities, especially solar power plants, is a real challenge. Still, before we start issuing permits and licenses, we need to address the issue of energy storage, as it is already causing problems in the system.

IN FOCUS:

However, I want to emphasize that even though we have intensive development of RES capacity, all of it is owned by private companies that sell the produced energy to traders at market prices, meaning North Macedonia has no planned purchase of this electricity. A tiny portion of the electricity, produced from capacities operating under feed-in tariffs, is owned by the state but at very high prices, which is why this concept is being abandoned. Therefore, as a government, we aim to find a mechanism to purchase energy produced by private solar power plants and wind farms. Additionally, our goal will be to build state-owned renewable energy (RES) capacities because only then can we ensure energy stability. Of course, it is essential to be realistic and say that the energy transition is a process that takes decades, requires systematic investment, and must take into account the country’s current situation.

Q: What is your main plan for increasing renewable energy (RES) capacity? At this point, is it more important for the country to invest in RES plants or to modernize the electricity distribution network?

A: I would say both can be developed simultaneously. In the long term, there is a need to modernize the distribution network, which has seen very little work in recent years, leading to frequent outages and issues. The network can no longer balance solar and wind energy effectively. I must point out that over 1,000 megawatts of renewable energy are currently not operational due to the weak capacity of the network in the southern region. Therefore, the government has already signed a loan agreement with the EBRD to construct a new substation near Gevgelija and reconstruct a 110-kilovolt transmission line. As a quick solution to the problem, we plan to introduce a requirement for installing batteries to store the electricity produced while simultaneously working on modernizing the network. So, issuing permits to construct new capacity must be part of a holistic approach.

We also believe it’s crucial to balance renewable energy sources. In addition to photovoltaic plants, we should have as many capacities as possible to generate electricity from wind, water, biomass, and biogas, as each type of renewable energy has different production qualities and quantities depending on the time of day and the season. That’s why, in the first days of the new government’s mandate, we announced the construction of a new wind farm with a capacity of up to 400 MW, featuring more than 50 wind turbines. This will be the largest wind farm in the Western Balkans and will provide clean electricity for over 100,000 households.

Interview by Milena Maglovski

Read the whole interview in the new issue of the Energy portal Magazine ENERGY TRANSITION

 

Turkey Launches the Largest Platform for Industrial Decarbonization Investments

Photo-illustration: Freepik (frimufilms)

To move closer to achieving carbon neutrality, Turkey has launched the Industrial Decarbonization Investment Platform (TIDIP) in Ankara. The platform aims to attract investments worth 5 billion dollars by 2030, resulting in a reduction of over 20 million tons of carbon dioxide emissions annually. Reportedly, this is the largest industrial decarbonization program in the world to date, based on the so-called LCP—low-carbon pathways concept, which outlines steps to reduce emissions in specific sectors while maintaining productivity and economic growth.

This initiative is supported by the European Bank for Reconstruction and Development (EBRD), which has recognized the need for significant mobilization of climate financing. In this regard, the EBRD is collaborating with the World Bank Group and the International Finance Corporation. The EBRD and the Turkish Ministry of Industry and Technology have developed Turkey’s LCP, targeting the decarbonization of the steel, aluminum, cement, and fertilizer sectors.

As related LCPs evolve, TIDIP will expand to include sectors such as glass, ceramics, and chemicals.

More:

Given that nearly half of Turkey’s exports are directed to the European Union, decarbonizing industries with high carbon emissions has become essential. This is particularly significant in light of the implementation of the Carbon Border Adjustment Mechanism (CBAM). Through such decarbonization efforts, Turkish companies have the opportunity to enhance their competitiveness and attract investments.

The platform can also provide market visibility for key technological solutions, offer guidance on regulatory frameworks, and help companies integrate climate and sustainability practices into their decision-making processes, according to the EBRD’s website.

Energy portal

World Sustainable Transport Day – A Key to Sustainable Development

Foto-ilustracija: Unsplash (Silver Ringvee)

Today, November 26th, we mark World Sustainable Transport Day—a day dedicated to raising awareness about the importance of safe, accessible, and sustainable transport systems for people around the world. The United Nations General Assembly declared this day to highlight the crucial role of transport in fostering economic growth, social well-being, and international cooperation.

Transport, as the backbone of modern societies, plays a vital role in connecting people, facilitating trade, and providing essential services. However, it also presents one of the greatest challenges in combating climate change due to greenhouse gas emissions and pollution. Sustainable transport is recognized as the solution that enables balanced development—for both current and future generations.

More:

What is Sustainable Transport?

Sustainable transport refers to the efficient, safe, environmentally friendly, and socially inclusive transportation of people and goods. The goal is to reduce carbon emissions, preserve natural resources, and improve quality of life through resilient infrastructure.

In addition to mitigating impacts on the climate and environment, sustainable transport contributes to poverty alleviation, reduces inequalities, and promotes gender equality. It also enhances regional connectivity through intermodal systems, which include roads, railways, waterways, and air corridors, according to the United Nations.

This year, World Sustainable Transport Day calls on governments, organizations, and citizens to participate through education, promotion of eco-friendly solutions, and discussions on future innovations. Workshops, presentations, and exhibitions offer opportunities to exchange best practices and strengthen global cooperation in this crucial aspect of sustainable development.

World Sustainable Transport Day is not just a reminder of the challenges we face but also a call to action to create a world where mobility does not come at the expense of nature and quality of life. Let us use this day to work together towards building a sustainable future.

Energy portal

Liquid Biomass Instead of Fossil Fuels – A New Energy Landscape for Corsica

Photo-illustration: Unsplash (mario-von-rotz)
Photo-illustration: Unsplash (jens-schwan)

On Corsica, an island with over 350,000 inhabitants, an ambitious energy project promises to redefine the island’s energy dynamics and significantly reduce CO2 emissions. The French state-owned company EDF is launching the Ricanto bioenergy plant, a cutting-edge facility that will convert liquid biomass into electricity, setting a new standard for sustainable energy in off-grid regions.

As an island not connected to the continental power grid, Corsica faces limited options for energy exchange with the mainland and the rest of Europe. The challenge lies in locally producing sufficient energy to meet the island’s needs, especially during the tourist season when this popular destination sees a surge in demand. Currently, Corsica relies heavily on fossil fuels for electricity generation, leading to high carbon dioxide emissions.

More:

Technology and Innovations in the Project

The Ricanto bioenergy plant will be powered by eight state-of-the-art engines with a total capacity of 130 megawatts – enough to replace the outdated Vazzio oil-fired power plant, marking a transition from fossil fuels to renewable energy sources. The chosen fuel, liquid biomass, is derived from rapeseed or sunflower oil – resources that are sustainable and locally sourced.

The construction of the Ricanto bioenergy plant represents an investment of approximately €800 million. EDF estimates that between 250 and 500 jobs will be created during the three-year construction phase.

Additionally, carbon dioxide emissions are expected to decrease by 65 percent compared to current levels from the oil-fired plant being replaced. The Ricanto plant will generate around 20 percent of Corsica’s annual electricity needs, significantly contributing to energy independence, according to EDF’s website.

The Ricanto bioenergy plant is scheduled to begin phased operations by mid-2027.

Energy portal

Final Agreements at COP29 – New Declarations on Methane, Water, and Climate Financing

Photo-illustration: Freepik (freepik - AI)

The United Nations Climate Change Conference concluded in Baku, with significant agreements reached in its final days regarding climate change, water resources, emissions, and financing.

The COP29 Presidency launched the Declaration on Reducing Methane Emissions from Organic Waste, supported by over 30 countries. The signatories collectively account for 47 percent of global methane emissions from organic waste, including Japan, Russia, Germany, the USA, Turkey, Canada, Belgium, Austria, Israel, and Serbia. By signing the declaration, countries committed to setting sectoral targets to reduce these emissions in their future nationally determined contributions (NDCs). Since organic waste is the third-largest source of anthropogenic methane emissions, after agriculture and fossil fuels, this decision is pivotal for achieving the goals of the Global Methane Pledge introduced at COP26, aiming for a reduction of at least 30 percent below 2020 levels by 2030.

On the same day, in partnership with the United Nations Food and Agriculture Organization (FAO), the Presidency launched the Harmoniya Climate Initiative for farmers in Baku. This initiative recognizes the significant role farmers play in climate action. It plans to develop an online portal and guidelines for farmers and agricultural organizations to make support more accessible. Azerbaijan’s Ministry of Agriculture, in collaboration with the Climate and Clean Air Coalition under UNEP, announced a new partnership to develop a roadmap for reducing methane emissions in the country’s agricultural sector.

More:

During the thematic day on urbanization, transport, and tourism, two initiatives were introduced. The COP29 MAP Declaration on Multisectoral Actions for Resilient and Healthy Cities aims to enhance urban infrastructure, integrate climate action into city planning, and strengthen collaboration from local to global levels. It emphasizes sustainable urban transport, green building, and nature-based solutions. The second initiative, the COP29 Declaration on Enhanced Climate Action in Tourism, seeks to encourage creative thinking about transforming tourism into a climate-resilient, low-carbon sector.

Photo-illustration: Unsplash (Kazuend)

On the penultimate day of the conference, the Presidency introduced the COP29 Water for Climate Action Declaration, supported by nearly 50 countries. This declaration commits signatories to adopt integrated approaches to tackle the causes of water-related climate issues and to collaborate on generating scientific evidence about the causes and consequences of climate change on water resources and basins. This paves the way for stronger international and regional cooperation. On the same day, the Baku Water for Climate Action Dialogue was held, with high-level representatives from the EU, Finland, Gambia, Germany, Moldova, the Netherlands, Slovenia, the UAE, the UK, and the USA participating. This platform aims to strengthen collaboration among COP conferences on water-related issues and their impacts on climate change, biodiversity, pollution, and desertification, ensuring that water remains on the climate agenda.

At COP29, significant progress was made, particularly with the conclusion of decades-long negotiations on carbon markets under Article 6 of the Paris Agreement. This article enables countries to collaborate in reducing emissions through emissions credit markets. It is estimated that this approach could lower the annual costs of implementing national climate plans (NDCs) by up to 250 billion dollars.

Another crucial milestone was the establishment of the Baku Financing Goal (BFG), targeting 1.3 trillion dollars in climate financing for developing countries by 2035. The goal includes a commitment from developed countries to mobilize at least 300 billion dollars annually, particularly for the least developed countries and small island states. However, the recipient nations have expressed concerns that this amount is insufficient to achieve the desired results in climate action.

Katarina Vuinac

Artificial Leather Made From Beer Is Changing The Fashion World

Photo: @got.linopoliss

I n a world where fashion changes faster than ever, the pressure on natural resources and the environment is increasing. The fashion industry, known for its dynamism and innovation, is among the largest polluters globally. For this reason, sustainable fashion is becoming not just a trend but a necessity, and one significant achievement in this field comes from the laboratory of the innovative company Sabant.

Photo: @got.linopoliss

Its founders, Tamara Vučetić and Andrej Marić from Zagreb, came up with the idea to create a high-quality material called Beer Skin™ from the leftover barley malt waste produced by the beer industry.

Tamara Vučetić, who completed her master’s studies in fashion entrepreneurship in Amsterdam, reveals that Beer Skin is a versatile material with characteristics that vary depending on what you want to make from it.

“If it’s a material intended for clothing, we’re talking about a stretchy, thin, lightweight material. However, if someone wants to make a bag or a wallet, we’re talking about thicker and more rigid materials. What can be made from Beer Skin is limited only by the creativity of the person using it,” she explains.

She also reflected on the beginnings of this unusual business venture, emphasizing that when she was running her fashion brand, she wanted to use plant-based materials.

IN FOCUS:

Still, they didn’t meet the necessary quality standards or were not widely available at the time.

“This frustration led to the idea of creating my own plant-based material. The idea of using beer, specifically spent grain, came partly by accident, as my business partner Andrej and I lived across from the Zagreb Brewery. Not to mention, the company itself started, of course, with beer,” Vučetić jokes, adding that they couldn’t resist the opportunity to say, “My shoes are made from beer!”

Photo: @got.linopoliss

Regarding the material production process, Tamara explains that it all begins by collecting spent barley malt from the breweries with which Sabant collaborates.

This valuable resource, primarily discarded as waste, is collected before fermentation begins, then dried and ground. Grinding is crucial because it achieves the specific granulation needed to integrate the plant matter into the formulas used to create Beer Skin. Beer Skin is produced in collaboration with Sabant’s Italian partners, following a formulation developed by young entrepreneurs with the help of experts from the Faculty of Science in Zagreb. This method enriches the market with an eco-friendly and sustainable alternative to artificial leather, often produced using toxic materials and plastics.

“Our goal has always been for plant-based leather to replace the standard available artificial materials, like those marketed as vegan leather, and to reduce the amount of plastic used in the production of these materials. By transitioning from standard vegan leather to plant-based leather, we could reduce the amount of plastic produced by several million tons annually,” highlights Andrej Marić.

Prepared by Milena Maglovski

Read the whole story in the new issue of the Energy portal Magazine ENERGY TRANSITION

Brazil’s Achievements in Renewable Energy Surpass Global Average

Photo: Freepik (wirestock)

In recent years, China has emerged as a major player in the development of Brazil’s energy infrastructure through significant investments. Recently, the presidents of the two countries signed 40 international agreements across various sectors. On this occasion, it was emphasized that China has been Brazil’s largest trading partner since 2009, with their bilateral trade reaching record levels last year, as stated on the Brazilian government’s website. This further solidified the strategic partnership between the two nations.

Chinese Projects Across Brazil

Photo-illustration: Unsplash (Mark Merner)

Brazil stands out for its renewable energy capacity, far exceeding the global average. While hydropower remains dominant, other alternative sources have also advanced significantly. In recent months, more than 80 percent of the total energy produced in Brazil came from renewable sources. In 2023, Brazil ranked sixth globally in installed solar energy capacity. By October 2024, solar capacities reached approximately 48 GW, according to Ember data.

One of the key projects illustrating the collaboration between China and Brazil is the Panati solar park. This massive project spans 840 hectares and includes 446,000 solar panels. Since its launch in June 2024, the park has significantly contributed to the stability of electricity supply and is expected to provide enough energy to power over 350,000 households annually. Additionally, during its construction, it created hundreds of jobs and continues to employ local residents.

More:

The direct connection with China is through CTG Brazil, a subsidiary of the China Three Gorges Corporation established in Brazil in 2013. This fully Chinese-owned company plays a significant role in Brazil’s energy sector. With investments in 17 hydropower plants and 11 wind farms, CTG Brazil manages a portfolio with a total installed capacity exceeding 8 GW, positioning itself as the second-largest private energy producer in the country.

One notable project is the São Manoel hydropower plant, with a capacity of 700 MW, a joint venture between Brazilian and Chinese companies, including CTG Brazil.

Investments in Mining and Transmission Infrastructure

Photo-Ilustration: Pixabay (paulbr75)

Chinese investments extend into the mining sector, where a Chinese investment consortium has acquired a 15 percent stake in CBMM, a Brazilian company leading in the production of niobium, a key material for steel and electronics manufacturing.

China is also heavily investing in electricity transmission projects in Brazil. The Belo Monte Transmission Line project, completed in two phases in 2017 and 2019, is part of a broader plan to enhance Brazil’s power transmission infrastructure. This project connects the northern region, rich in energy resources, to the industrialized southeastern region.

Notably, investments are also present outside the energy and mining sectors, with Chinese companies actively expanding their operations in Brazil by developing industrial capacities, particularly in electromobility. A prime example is BYD’s investment in a battery manufacturing facility in Manaus, which produces enough batteries annually to power 1,000 electric buses.

Energy portal

Global Peatland Atlas 2024 – Endangered Natural Carbon Vaults

Foto: MORT/Montenegro Adventures 2006 - CSTI

The United Nations Environment Programme (UNEP) has released the Global Peatland Hotspot Atlas 2024, highlighting the critical threats to these ecosystems across 177 UN member states.

Peatlands are vital carbon storage systems and biodiversity-rich habitats, but their degradation is driven by intensive agriculture, urbanization, deforestation, and industrialization, UNEP reported.

The new Global Atlas, unveiled during the COP29 conference, provides updated maps of global peatland distribution, emphasizing the threats they face and opportunities for their restoration and conservation.

Susan Gardner, Director of UNEP’s Ecosystems Division, stressed that peatlands, as natural carbon vaults, play a pivotal role in achieving climate goals.

“Peatlands exist in almost every country and, in addition to storing vast amounts of carbon, provide essential services that millions of people rely on daily. Protecting them is a fundamental investment in human well-being,” Gardner said.

More:

Although peatlands cover only three to four percent of the Earth’s terrestrial surface, they store about one-third of the world’s soil carbon—twice as much as all the world’s forests combined. These natural assets not only provide habitats for over 1,000 endangered plant and animal species but also significantly contribute to local ecological stability.

Furthermore, peatlands act as natural filters, purifying water and reducing the risks of droughts, floods, and wildfires when preserved. However, degraded peatlands become sources of greenhouse gases, contributing up to four percent of global human-induced emissions.

Foto-ilustracija: Unsplash (Tyler Butler)

The primary drivers of peatland degradation include draining for agriculture and the accelerated thawing of permafrost due to climate change. UNEP emphasizes that protecting peatlands is not only an ecological imperative but also a critical step toward a more sustainable future.

According to UNEP, approximately 500,000 hectares of pristine peatlands are destroyed annually due to human activities, predominantly in hotspots such as East and Southeast Asia. Peatlands in remote regions, typically found in subarctic, boreal, and tropical zones, remain largely untouched.

This report builds on the Global Peatland Assessment 2022 and continues to urge policymakers to prioritize the protection of these ecosystems as a cost-effective climate solution that offers multiple benefits for people, nature, and the climate.

Milena Maglovski