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johnte ndeto
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Negotiators from about 175 countries have been sparring for more than a year over a treaty to clean up plastic pollution that's choking rivers and piling up in landfills. As a critical new round of deliberations starts this week in Canada, the talks are floundering.Some scientists and civil society groups say the United States bears a lot of the blame.Almost every piece of plastic is made from fossil fuels, and major oil and natural gas producers like Russia and Saudi Arabia have also been widely criticized for throwing up roadblocks in the negotiations. However, scientists and environmentalists following the talks say the U.S. exerts outsized influence on the process. The country is the top producer of oil and gas globally, and it has the world's biggest economy, which has historically given the U.S. huge sway in environmental negotiations.So far, American negotiators have been unwilling to push for measures in the treaty that would drive big cuts in plastic waste, critics say, like caps on manufacturing. Instead, they say, U.S. government representatives have put their weight behind policies around recycling and waste management that are favored by the country's giant fossil fuel and petrochemical industries. Researchers say those actions on their own won't drastically reduce plastic pollution."I don't think it's an understatement to say that where we're headed at right now with progress in negotiations is towards failure. And if there's one country that I think is responsible for that, I think it's the United States," says Douglas McCauley, a professor of environmental science at University of California, Santa Barbara, who has consulted with the U.S. State Department about the treaty and is attending the talks in Ottawa.NPR spoke to seven scientists and environmental advocates who have consulted with the U.S. government about the plastics negotiations, some multiple times. Many of those experts contend that an absence of U.S. leadership is hindering efforts to push forward a treaty with effective regulations. The outcome of the negotiations could also have big implications for human health. A recent study found plastics contain more than 4,200 hazardous chemicals, the vast majority of which aren't regulated globally, according to the researchers. https://www.npr.org/2024/04/23/1246293403/plastic-pollution-un-treaty-negotiations-waste-fossil-fuels-climate-change
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johnte ndeto
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https://thedriven.io/2024/04/17/nissan-unveils-solid-state-battery-line-that-will-double-energy-intensity-at-lower-price/amp/ Japanese automaker Nissan has confirmed plans to start rolling out EVs with solid-state batteries as it lifted the cloak on a pilot line of the technology at its Yokohama Plant near Tokyo this week. Nissan unveiled its “Ambition 2030” vision in late 2021 with plans to launch 23 new electrified vehicles including 15 new pure electric vehicles (EVs) as well as plans to launch its own solid-state batteries by 2028, now set for 2029. Nissan led the world with the release of the Leaf more than a decade ago, but has done little since as Japanese car makers in general slowed down the development of EVs. The company unveiled a prototype production facility within its Nissan Research Centre in early 2022 and unveiled plans to establish a pilot production line at its Yokohama Plant in 2024. Nissan hopes that its all-solid-state batteries will boast double the energy density of conventional lithium-ion batteries and offer a significantly shorter charging time due to superior charge and discharge performance. These batteries are also expected to cost less due to the use of less expensive materials, although it is still working on development. It is also working on a “giga-press” manufacturing facility that can reduce the cost of manufacture
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This is great news for electric vehicles! Nissan is developing solid-state batteries that will double the energy density and offer shorter charging times than conventional lithium-ion batteries.
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This marks a significant advancement in the electric vehicle industry. This innovation has the potential to enhance the performance and affordability of electric vehicles, contributing to the widespread adoption of sustainable transportation solutions.
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Great step by Nissan.This move will diversify the use of EVs across the globe
johnte ndeto
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The automotive sector finds itself amidst a notable transformation driven by technological advancements prioritizing environmental sustainability and energy efficiency. This evolution is reflected in a growing trend towards alternatives seeking to replace the internal combustion engine, known for its high pollutant emissions and contribution to climate change. The Japanese company, known for its track record of innovation in the automotive sector, has astounded everyone with its latest creation. This new invention promises to revolutionize the way we commute, incorporating advanced technologies that could radically change our driving experience.With its new invention, this company not only aims to innovate in the automotive sector but aspires to completely revolutionize it. Its technology promises to be more than just an alternative to the combustion and electric engine; it could mean the end of dependence on fossil fuels and a transition towards cleaner and more sustainable mobility. From a significant ecological standpoint, this advancement not only has the potential to offer a less polluting option than gasoline but could also transform the way we commute, drastically reducing carbon footprint and mitigating the impacts of climate change. https://www.ecoticias.com/en/non-polluting-engine/1052/
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Hold on a minute, this sounds exciting but let's pump the brakes a bit. While a non-polluting combustion engine with 440 HP is amazing news for emissions saying it's the end of fossil fuels might be a stretch.
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such a great innovation
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This is a significant leap forward in sustainable technology. This innovation has the potential to revolutionize the automotive industry by offering high power output while minimizing environmental impact, contributing to cleaner and greener transportation solutions.
johnte ndeto
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Strathmore University launched the Africa Green Hydrogen Hub in collaboration with Australian universities Curtin and Griffith. This initiative aligns with SDGs 7 and 13, emphasizing green hydrogen technology's role in sustainable energy and climate action. The hub prioritizes green hydrogen production using renewable sources like solar and wind power. It serves as a hub for research, innovation, and collaboration across various sectors. Dr. Vincent Ogutu Vice Chancellor of Strathmore University, highlighted the significance of the launch in addressing energy security, environmental sustainability, and economic development challenges. The hub aims to boost sustainable development, drive Africa’s energy transition, develop local skills, and stimulate economic growth in renewable energy. Prof. Izael Da Silva, Deputy Vice Chancellor of Research and Innovation, emphasized the opportunity for impactful change through innovative solutions, paving the way for a more Sustainable Future. https://strathmore.edu/news-articles/strathmore-energy-research-centre-launches-africa-green-hydrogen-hub/
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Dear johnte ndeto Your climate love has received over 50 agrees! We have reached out to Strathmore University by email and requested a response. I will keep you updated on any progress! To reach more people and increase the chance of a response, click the Share button above to share the review on your social accounts. For every new member that joins We Don't Have Time from your network, we will plant a tree and attribute it to you! /Adam, We Don't Have Time
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Good job Strathmore..this is clear indication of how much we can achieve if we all did work as a team and by putting our differences aside.
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This initiative illustrates the power of collaboration and sets a high standard for advancing green technology not only in Africa but globally. 💚
johnte ndeto
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Japan's greenhouse gas emissions fell 2.5% to a record low in the fiscal year through March 2023, government data showed on Friday, helped by reduced emissions in the industrial and service sectors.Emissions for the 2022/23 year dropped to the equivalent of 1.135 billion metric tons of carbon dioxide from 1.164 billion tons a year earlier, data from the environment ministry showed.The latest figure marked the lowest since data collection began in 1990/91 and came after emissions rose in 2021/22 for the first time in eight years.The industrial sector saw a 5.3% decline while the commercial and services sector experienced a 4.2% drop, though the transportation sector witnessed a 3.9% rise due to increased passenger traffic amid the recovery of socioeconomic activities from the pandemic, the ministry said.Japan, the world's fifth-biggest emitter, aims to reduce emissions by 46% from 2013 levels by 2030. If achieved, 2030 emissions will be 0.76 billion tons.The 2022/23 figure represents a reduction of 19.3% from 2013."The emission continued a steady decline trend, on track toward a net-zero target in 2050," an official at the ministry said at a press conference.Meanwhile, the amount of greenhouse gases absorbed by forests and other sources in 2022/23 fell 6.4% to 50.2 million tons due to the ageing of planted forests, the ministry said.The amount absorbed by seagrass and seaweed beds, one of the blue carbon ecosystems, came to 350,000 tons, the ministry said, adding it was the first time the ministry calculated the figure and the first attempt of its kind in the world. https://www.reuters.com/sustainability/climate-energy/japans-greenhouse-gas-emissions-fall-25-fy2223-record-low-2024-04-
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Dear johnte ndeto Your climate love has received over 50 agrees! We have reached out to Japan - The Government of Japan by email and requested a response. I will keep you updated on any progress! To reach more people and increase the chance of a response, click the Share button above to share the review on your social accounts. For every new member that joins We Don't Have Time from your network, we will plant a tree and attribute it to you! /Adam, We Don't Have Time
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This is good but I believe with much more efforts and commitments this can go down completely
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this is amazing
johnte ndeto
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The Queensland government announced the commencement of construction at the Aldoga solar farm, a significant renewable energy project featuring 820,000 solar panels. This endeavor marks a milestone as it incorporates locally manufactured torque tubing, utilizing BlueScope coil, for the solar trackers provided by Nextracker. State energy minister Mick de Brenni highlighted the project's significance in promoting energy independence and boosting the local economy, with 350 tradespeople involved in construction.Despite Queensland's current low share of renewables (28%), it has set an ambitious target of reaching 80% renewables by 2035. The state boasts numerous renewable energy projects, with Aldogaleading the charge. Additionally, the Bulli Creek solar facility holds promise for supplying power to a green hydrogen project at Gibson Island, pending investment decisions by Fortescue Metals. Aldoga, spearheaded by Spanish energy company Acciona Energia, represents a $500 million investment, providing substantial procurement opportunities and job creation. Acciona's managing director, Brett Wickham, emphasizes the project's role in transitioning Queensland's energy landscape while bolstering regional employment and training. The Aldoga solar farm aligns with Queensland's commitment to fostering renewable energy generation and economic growth within the state. A community benefits program will further contribute to local initiatives with annual funding of $120,000. The project is slated for completion by mid-2026 and is expected to operate for 30 years. Notably, Queensland's renewable energy landscape extends beyond solar, as evidenced by the MacIntyre wind farm, the largest of its kind in the country. Orrcon, a Bluescope subsidiary, underscores the local manufacturing aspect by producing Queensland steel for the solar farm's construction. Furthermore, the CQ-H2 project aims to supply renewable hydrogen to international markets and domestic consumers in Central Queensland. https://reneweconomy.com.au/construction-starts-on-massive-solar-farm-that-will-feed-green-hydrogen-project/
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This is fantastic news for Queensland! Australia is really leading the way on solar power ☀️ This giant solar farm will create jobs and clean energy♻️, all while helping them reach their ambitious renewable energy targets.
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Good, these are the project that are needed to phase out fossil fuel, with renewable energy the future is promising
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This marks a significant step towards sustainable energy in Queensland. With 820,000 solar panels, this massive project reflects a promising future for renewable energy and the production of green hydrogen, contributing to a cleaner and greener environment.
johnte ndeto
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Nuclear energy is a consistent, low-carbon source of energy that doesn't take as much space as other clean energy initiatives, but it generates waste that can remain radioactive for thousands of years. https://www.thecooldown.com/green-tech/nst-superlat-nuclear-waste-disposal-technology-nigeria/ So, as Nigeria continues to explore the potential of nuclear energy, it's vital for the West African country to find a solution to that problem. Finland, for example, is building an underground repository to permanently store all the waste from its five nuclear power plants.Nigeria is home to an abundance of uranium, and nuclear energy would provide a clean, stable, and cheaper alternative to dirty energy sources, the Nigerian Tribune reported in September.Per the outlet, NST SuperLAT technology could be the key. The "geological nuclear waste disposal technology" isolates and dilutes nuclear waste according to global regulations. It's been called "a game-changer for the nuclear energy industry."It deposits high and low nuclear spent fuel 10,000 to 15,000 feet below the surface of the Earth, per the Nigerian Tribune, keeping radioactive waste from causing safety and environmental issues.NuclearSAFE Technology co-founder Dr. Jimmy Etti-Williams developed the method. The Tribune reported it meets the standards of the International Atomic Energy Agency and answers concerns about accidents, leaks, and terror risks.
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Nigeria's innovative solution to a challenging aspect of nuclear power could indeed be a game-changer.
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This is a bold move by Nigeria , We need more innovative ideas in utilizing the available energy resources
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Exciting news! It's great to see Nigeria exploring cleaner energy options like nuclear power.
johnte ndeto
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Scientists have developed a method that will allow plastic waste to be used in chemical reactions that make toxic compounds safer — and the process involves smashing plastic bags with a metal ball.Plastic bags — like the kind you find in grocery stores — have long been detrimental to human, animal, and environmental health because of choking hazards and the fact that they take hundreds of years to break down. Now, researchers at the Institute for Chemical Reaction Design and Discovery (ICReDD) at Hokkaido University have discovered that when plastic bags are thrown into a ball mill (which rapidly mixes solids using a steel ball), their chemical bonds break apart, creating radicals, which are agents that set off chemical reactions that lead to dehalogenation, according to Interesting Engineering.These radicals can strip halogens out of toxic substances, thus making them safer for everyone and everything that comes into contact with them. Interesting Engineering says of the breakthrough, "It's a game-changer for handling toxic compounds used in various industries."Since humans produce a scary amount of plastic waste — about 267 million tons a year, according to some estimates — finding alternative uses for plastic is essential in curbing pollution to keep as much plastic waste out of our environment as possible. Scientists have also developed ways to convert plastic waste into valuable chemicals, asphalt, and energy."I believe that this approach will lead to not only the development of safe and highly efficient radical-based reactions, but also to a new way to utilize waste plastics, which are a serious social problem," said associate professor Koji Kubota of Hokkaido's ICReDD program, which operates in conjunction with the World Premier International Research Center Initiative. https://www.thecooldown.com/green-tech/plastic-waste-chemical-reactions-metal-ball/
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This is exactly the kind of innovation we need to combat plastic pollution.
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This is quite the invention..who would have thought that weld get useful chemicals for plastic waste...more inventions like this will surely solve the problem of climate change.
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This advancement has the potential to revolutionize how we perceive and manage plastic waste, turning it from a problem into a valuable resource.
johnte ndeto
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Known for its substantial water usage, the semiconductor industry consumes vast quantities of water, with the production of each chip demanding thousands of gallons of ultrapure water.Ultrapure water (UPW) is a term used to describe water subjected to purification processes aimed at removing impurities like fine particles and microorganisms. Through these methods, only the essential hydrogen and oxygen molecules that constitute H2O remain, ensuring the highest level of purity.With the ever-increasing demand for semiconductors exacerbated by the global chip shortage, Samsung Semiconductor is gearing up to enhance its production capacity by expanding its production lines. https://www.google.com/amp/s/propakistani.pk/2024/04/01/samsungs-solution-to-surging-semiconducter-demand-is-sewage-water/amp/
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The most significant reasons why sustainability is crucial within the tech industry.
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Incredible!
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This is recommendable
johnte ndeto
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The government of Liberia with funding from the World Bank, West Regional is expected to construct Liberia first about solar farm and expand the Mount Coffee Hydropower Plan from 88mw to 126mw.Addressing the press in after the climaxed of the assessment tour of the Mount Coffee Hydropower Plan dam and location for the country first solar farm by the World Bank delegation, Corporate Communication Director of Liberia Electricity Corporation (LEC) Philip Farley said solar farm if constructed would produce 20mw while the St. Paul hydropower dam (SP2) and produce about 200 -250mw.The objective of the delegation visit to the Mount Coffee Hydropower Plant is to gathering information and assessment on the exact location for the construction of the Solar Farm and the expansion of the Mount Coffee Hydropower Plant.The objective of the delegation was to see the exact location of the project and have joint in-house engagement and brief on the construction of the Solar Farm and the Mount Coffee Hydropower Plant expansion.Farley explained that the Mount Coffee expansion project is worth US$ 96M, stressing that it is intended for the expansion of the Mount Coffee and the Solar Energy farm Project. https://frontpageafricaonline.com/news/liberia-to-benefits-first-solar-farm-and-mount-coffee-expansion-value-at-us96m/
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Hats off to Liberia for a great investment in clean and sustainable energy, this is the way to creating a sustainable future.
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This is impressive. Big ups to world Bank and the government of Liberia. The future is green energy
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Liberia's introduction of its first solar farm and the expansion of Mount Coffee, represents a significant investment in renewable energy infrastructure. This initiative demonstrates the country's commitment to sustainable development and reducing reliance on traditional energy sources.
johnte ndeto
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KenGen has received Cabinet’s nod to scale up the production capacity of Gogo hydropower project in a re-development aimed at increasing its generation capacity from 2MW to 8.6 MW.The electricity generating company had announced plans to rehabilitate the plant in Western Kenya as one way of stabilising electricity supply and minimising power outages in the region.This is coming at a time when KenGen plans to generate an extra 3,000MW into the national grid, over the next ten years.According to the electricity producer, the objective of the project is to redevelop the 64-year old hydropower plant thus increasing the plant's capacity and efficiency, by utilising the good inflows from river Kuja and modernising the power plant.“The project will improve the efficiency of the plant, optimally utilise the inflows of the river and achieve a higher output, thereby improving the power situation in the region,” KenGen said in a statement.In September 2021, the European Union through the National Treasury and the Ministry of Energy provided a grant of EUR 700,000 (Sh110.5 million) to KenGen for Gogo hydropower plant's redevelopment feasibility study.The redevelopment will include the construction of a new powerhouse equipped with two vertical turbine generators, transformers, and the associated equipment.KenGen will also add a new 66/33kV substation and a dedicated 33kV double circuit power evacuation line, 29.9km from the new powerhouse to the Awendo sub-station.“The generated electricity from the plant is evacuated via an unstable 33kV distribution line to 132/33kV Awendo substation. The plant also experiences frequent breakdowns mainly due to aging,” reads the feasibility study that recommended redevelopment of Gogo hydropower plant.The 2MW Gogo hydropower plant was commissioned in 1958. https://www.the-star.co.ke/business/2023-10-10-kengen-gets-cabinet-nod-on-gogo-hydropower-plant-scale-up/
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Great milestone with vast benefits.
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This is ground breaking Kudos !
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@esther_wanjiku_785 it's really a great milestone towards hydropower
johnte ndeto
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Wind turbine installation is expected to start soon at Ørsted’s Borkum Riffgrund 3 and Gode Wind 3 offshore wind farms in Germany as Seaway7’s newbuild Seaway Ventus, which has been hired to do the work, arrived in Europe.Seaway Ventus was built by China Merchants Heavy Industry (CMHI) at its shipyard in Nantong, Jiangsu province, from where the vessel departed in November 2023 and arrived in Rotterdam, the Netherlands, earlier this month before leaving for Esbjerg, Denmark.Currently en route to Esbjerg, Seaway Ventus will mobilise for its first project there, the installation of wind turbines at the Gode Wind 3 and Borkum Riffgrund 3 offshore wind farms.The two offshore wind farms, which Ørsted is building concurrently in the German North Sea, will together have 106 Siemens Gamesa’s SG 11.0-200 DD wind turbines, with 83 units to be installed on the 913 MW Borkum Riffgrund 3 and 23 on the 253 MW Gode Wind 3.The wind turbines will be mounted on monopile foundations, which are now all in place at Gode Wind 3, with foundation installation on Borkum Riffgrund 3 underway. https://www.offshorewind.biz/2024/03/18/turbine-installation-to-soon-start-at-orsteds-two-german-offshore-wind-farms-as-seaway7s-new-vessel-arrives-in-europe/#:~:text=Seaway%207%20Secures%20First%20Turbine%20Installation%20Contract&text=Seaway%20Ventus%20is%20a%20GustoMSC,turbines%20and%20XL%20monopile%20foundations.
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Wind power is vital to combat climate change
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Very promising, renewable is our future
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Wind energy is essential in climate fight.
johnte ndeto
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Toshiba Energy Systems and Solutions Corporation (Toshiba ESS) has been awarded the contract to supply steam turbines and generators for the geothermal power plant renovation of Units 1 through 3 at the old 45-MW Olkaria I geothermal power plant of KenGen in Kenya. The rehabilitation aims to increase the output of Olkaria I from 45 MW to 63 MW.The order was received from SEPCOIIII Electric Power Construction Co. Ltd., the chosen EPC contractor for the project. Both contracts were awarded through a tender process.Plans for the uprating of Olkaria I were first announced in 2022 as part of a wider rehabilitation plan of KenGen’s existing geothermal power plants to increase their capacities. The 45-MW Olkaria I holds the distinct position of being the oldest geothermal power plant in Kenya and has been operating since 1981. In mid-2023, Olkaria I was officially shut down to give way to the two-year rehabilitation plan.The steam turbines and generators will be shipped from Toshiba to the site by December 2025. The modernization project is scheduled for completion by 2026. https://www.thinkgeoenergy.com/kengen-taps-toshiba-for-olkaria-geothermal-power-plant-uprating/amp/
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Kengen is doing an incredible job.Renewable energy technologies have the capacity to bring clean and affordable energy.
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Good work kengen our environment is safe
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Great for KenGen to boost more clean and renewable energy production in pursuit for sustainability, this is commendable.
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Kenya is one of the nine African countries that will form a consortium to lead the world in developing battery storage solutions to tap more renewable energy. The countries will help develop innovative battery storage under the Battery Energy Storage Systems (BESS) Consortium as the world scales efforts to tap more of its vast wind and solar energy potential. Kenya is home to the largest wind power firm in Africa, the 300-megawatt Lake Turkana Wind Power, and has also stepped up generation from solar sources, highlighting why it will play a leading role in the consortium. Solar and wind energy sources are intermittent. Therefore, battery storage systems are critical in helping maximise the potential of renewable sources. The World Bank, the African Development Bank (AfDB), the Asian Development Bank, the Inter-American Development Bank, the Agence Française de Développement, Africa50 and the Abu Dhabi-owned clean energy giant Masdar are funding the consortium. “Joining the BESS Consortium, commits members to participate in efforts to reach energy storage commitments of five gigawatts (GW) through the end of 2024,” says AfDB of the deal signed last month. “This will, in turn, provide a roadmap to ultimately achieving 400GW of renewable energy by 2030.” The need for enhanced battery storage solutions has been amplified over the years as countries shift more to clean energy. Quality battery storage provides a solution to achieve flexibility, enhance grid reliability and power quality and scale up renewable energy, reducing the impact of adverse weather patterns. The storage facilities will, for example, allow countries to maximise solar energy, even at night or wind power when the wind is not strong enough to turn the turbines and generate electricity, significantly reducing the chances of power outages linked to generation. Besides the Lake Turkana wind farm, the State-owned KenGen is set to build a 200-megawatt wind plant. https://www.google.com/amp/s/www.businessdailyafrica.com/bd/corporate/companies/kenya-consortium-to-develop-battery-systems-renewable-energy-4485096%3fview=htmlamp
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Nations must step up to meet the sustainability challenge.
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This will help out a lot in homes when we can all have our own storage capacity installed in our houses and power black outs will be a thing of the past. The idea to pursue renewable energy storage by these African nations will hopefully lead to a change in energy consumption and production in the continent.
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This has really shown its dynamic step towards sustainable energy. When such collaborations are taken we see the seriousness the country has when it comes to matters concerning climate.
johnte ndeto
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In order to improve their plastic packaging operations, PwC consulting team Strategy& asserts that food and beverage companies should consider lightweighting and adopting biobased materials, where appropriate; develop consistent design-for-recycling standards; and form strategic partnerships with recycling providers to gain access to high-quality recyclate. Bottles, ready-meal trays, and films for fresh produce are among the many plastic packaging applications that are still widely utilized by brands, which is attributed to their cost-effectiveness and functional properties. Yet consumers and regulators increasingly question brands’ reliance on plastic packaging. Ipsos recently released a survey in which 82% of respondents leaned towards product packaging that contains as little plastic as possible, and three-quarters believed that single-use plastics should be banned altogether. In order to help food and beverage companies cut down on the amount of plastic packaging used in their operations, Strategy& recommends a combination of two pathways. Lightweighting is said to have contributed towards material cost savings over the past thirty years, specifically lowering the financial burden of materials, production, and transport. According to Strategy&, removing only a few grams from the average plastic bottle or container makes a big difference to the amount of virgin resin input required from fossil feedstocks and lowers emissions. On the other hand, lighter packaging can contribute to leakage and potentially have an adverse effect on recycling efforts due to a decrease in its end-of-life value. Multi-material packaging structures have also been utilized in response to ‘slowing efficiency gains in single-material formats’, but these are difficult to identify in waste sorting facilities and difficult to recycle using existing infrastructure. As such, they can cause bottlenecks in the pursuit of circularity. Food and beverage brands must therefore balance emissions savings and costs without impacting the post-use recovery of a packaging material. Strategy’s second recommendation is a transition into alternative packaging materials, e.g. biobased plastics. Reducing emissions by an estimated 20-30%, the process of sourcing plastic materials from biomass and other renewable sources is expected to divert the plastics industry away from fossil feedstocks. Biobased solutions are thought to match fossil-based plastics in terms of chemical and physical properties, which would mean that the existing value chain will require few adjustments to embrace the new materials. Even so, they are currently between 20% and 50% more expensive than virgin plastics, which is slowing their progress in the packaging industry. Consumer perception is also slowing their adoption. Even when the plastic is derived from plants, the image of plastic waste in the environment is enough to dissuade consumers – and, while they drive down production-related emissions, these plastics do not fix the problem of end-of-life plastic waste. Therefore, Strategy& asserts that material replacements should proceed on a case-by-case basis. They should take life cycle emissions into account and remain ‘limited to targeted applications where the sustainability benefits tangibly outweigh any drawbacks.’ Mechanically recycled PET may result in lower carbon emissions than recycled glass and aluminium in certain beverage applications, for example. https://packagingeurope.com/news/pwc-maps-out-pathways-towards-plastic-packaging-sustainability/11077.article
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This is quite encouraging to find a way to make plastic packaging more sustainable.
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Great to see efforts to reduce plastic packaging which will go a long way in dealing with plastic pollution. Packaging on biodegradable materials is a great way to fasten this initiative.
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Emphasis should be on biodegradable packaging. To find a way to make packaging environmental friendly bu use of bio based materials. Very vital to support this plan
johnte ndeto
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President William Ruto is stepping up his pledge to guarantee food production by setting aside more than 11,700 hectares for climate-smart farming. In a statement on Tuesday, the United Kingdom Government indicated that an agreement was reached between the Kenyan Development Corporation and UK-funded investor United Green. Ruto and UK Prime Minister Rishi Sunak ratified the agreement to produce foodstuff during a meeting on the sidelines of the COP28 conference. Without divulging the fine details of the agreement or the location of the project, the statement indicated that the land utilised would be bigger than Nairobi National Park. The park measures 11,700 hectares. "A Ksh31 billion agreement has also been reached with the Kenyan Development Corporation and UK-funded investor United Green to establish an area bigger than Nairobi National Park for climate-smart farming – this will save Kenya $200m (Ksh30.6 billion) annually on food imports and help reduce Kenya’s trade deficit," read the statement in part. The two countries also signed a Ksh12.5 billion Menengai Geothermal project expected to generate 35MW of electricity, providing approximately 750,000 Kenyans with affordable and clean energy. https://www.kenyans.co.ke/news/95307-ruto-inks-ksh-31b-farming-deal-uk-pm-rishi-sunak
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Great partnership that would yield substantial change.
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This is a great partnership that is going to boost Kenya farming in a great way. The Menengai Geothermal project for electricity is an icing on the cake.
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This is a good initiative between the two countries it's beneficial to all of us, the way to go our president.
johnte ndeto
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For the past week, the Texas Panhandle has been covered in flames. The ongoing inferno—the largest wildfire in the state’s history—has burned up nearly 1.3 million acres of land, and firefighters have only managed to contain 15 percent of it as of Sunday. The state government is currently investigating the initial cause of the fire. But scientists say that a combination of abnormally high winter temperatures, low relative humidity and strong winds—conditions becoming more common with climate change—is what transformed the region into a tinderbox and enabled the flames to spread uncontrollably. People and animals in the state’s agricultural industry have been among the hardest hit. “Dead Animals Everywhere”: The Texas Panhandle is dominated by rangeland, where millions of beef cattle graze on dry shortgrass and other prairie plants. When temperatures and winds picked up in the final days of February, “all it took was a spark to start a wildfire,” writes Karen Hickman, a grassland ecologist at Oklahoma State University and president of the Society for Range Management, in the Conversation. Livestock producers and ranchers scrambled to evacuate their cattle, but some were forced to cut their fences and let the cows run free to flee from rapidly approaching flames. Last Wednesday, Texas Rep. Ronny Jackson of the state’s 13th District posted a video after witnessing the destruction from the sky during a helicopter survey, remarking that there were “dead animals everywhere.” Though total losses have not yet been reported, Texas Agriculture Commissioner Sid Miller said on Thursday that he predicts 10,000 cattle will have died or will need to be euthanized since many will likely have had their hooves or udders burned off. Compounding the problem, fires have also devastated agricultural infrastructure, the Texas Tribune reported. “The fires have left little food or water for livestock. Some farmers lost everything. Property fences are gone. Hundreds of miles of power lines have burned, leaving no electricity to pump water from wells—which farmers rely on to hydrate their cattle,” writes Alejandra Martinez for the Tribune. These losses could be catastrophic for the agricultural industry in the Panhandle, which holds over 85 percent of the state’s cattle population and contributed $186.1 billion to Texas’ economy in 2021. The industry was already in a difficult state following intense droughts last year that forced ranchers across Texas and the country to reduce their herd size, which is expected to decrease national beef production by about 24.7 billion pounds, according to the U.S. Department of Agriculture. And scientists say this unprecedented fire is just a sign of more to come, which David Wallace-Wells discusses in a recent opinion piece for the New York Times. Hay Delivery: Though ranchers who lost cattle in the fires are not eligible for FEMA disaster aid, they can apply for emergency state recovery grants, and some relief funds from the Texas Department of Agriculture. In the meantime, ranchers in surrounding communities and other states have stepped up to lend a helping hand. Yesterday, farmers from Barber County, Kansas, led a contingent of semis, trucks and trailers stuffed to the brim with hay bales across the Texas border for donation, and ranchers from across the state have made their own hay contributions to those affected in the Panhandle. https://insideclimatenews.org/news/05032024/todays-climate-texas-wildfires-agriculture-cattle/
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My thoughts are with the affected communities and the brave firefighters working tirelessly to contain the inferno.
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Texas government should consider this as a state of emergency and drop actions which will help to deal with this disaster .It is very painful to hear that over 10000 livestock have died due to this fire outbreak .
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This is nothing but a painful reality of the effects of climate change.I completely agree with the findings of scientists on the cause of the fire.
johnte ndeto
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Indigo Ag, a pioneer and trusted ally in sustainable agriculture, has announced the successful completion of its third carbon crop, solidifying its position as an industry leader in carbon programs. With 163,048 carbon credits produced, Indigo Ag stands as the sole company to accomplish three carbon harvests at scale. The program demonstrates continued growth, marked by year-over-year increases in the number of participating farmers, fields filed, and credits generated. Harvesting Hope: Farmers Lead the Charge in Carbon Sequestration According to the Environmental Protection Agency, agriculture is responsible for releasing 10% of the U.S. greenhouse gas emissions in 2021. But the sector also has the means to remove and sequester those planet-warming emissions. Crops, grasses, and other plants play a crucial role in sequestering CO2 from the air and with effective soil carbon capture and farming practices, they have the capacity to effectively draw down CO2. The following chart illustrates the potential of various carbon farming practices in cutting emissions by decade until 2050. carbon farming practices reducing emissions projection Since its launch in 2019, farmers engaged in Indigo Ag’s carbon program have sequestered or abated nearly 300,000 metric tons of carbon dioxide. The corresponding carbon credits are rigorously verified and issued by the Climate Action Reserve, one of the leading carbon registries globally. Each metric ton of sequestered CO2 generates one carbon credit. To date, farmers participating in Indigo Ag’s sustainability initiatives, Carbon and Sustainable Crops, have collectively earned over $12 million. Payments for the third carbon crop are scheduled for March 2024. Indigo’s carbon farming program offers companies seeking a market-based approach to capture and store carbon in soils, a credible, nature-based climate solution. The generated credits represent the efforts of farmers who have embraced Indigo’s climate-friendly farming practices, known as regenerative farming. Examples include planting cover crops and reducing soil tillage. The program is serving 5.5 million enrolled acres, 2,000 enrolled farmers, and issued 133,000 carbon credits. Dean Banks, CEO of Indigo Ag, remarked: “Our record-breaking third carbon crop reinforces that farmers can earn money and have a real and measurable impact leveraging agricultural soil as one of the world’s largest carbon sinks.” Indigo’s latest batch of credits signifies the sequestration or abatement of 163,048 metric tons of CO2 by U.S. farmers across 28 states. The growth of Indigo’s carbon program emphasizes the increasing adoption of sustainable farming practices, with remarkable year-over-year increases: 333% surge in new acres, 297% rise in new fields, and 215% uptick in new grower participation. Furthermore, Indigo collaborates closely with its expanding network of over 25 agribusiness partners to provide unique insights and support growers in advancing their transition to sustainable practices. how Indigo ag carbon farming program works In September last year, the U.S.-based company raised +$250 million led by Flagship Pioneering. The goal of the funding was to further grow Indigo’s sustainable agriculture programs and bolster farmers’ revenues with carbon credits. Indigo’s $250M Raise Boosts Agricultural Carbon Credits Generation Indigo Ag’s Carbon Credits Gaining Traction The company has broadened its network of carbon credit buyers by partnering with Watershed. It’s an enterprise climate platform that assists companies in measuring, reporting, and acting on their emissions to allocate credits to their corporate clientele. Industry analysts predict that corporate demand for high-quality carbon credits will continue to surge. BloombergNEF’s (BNEF) report suggests that restoring trust in the market could encourage companies to buy billions of carbon credits annually. This can potentially increase prices to $238 per ton and bring market value to over $1 trillion yearly by 2050. In this case, Indigo Ag foresees its soil carbon credit commanding higher prices in future crop cycles. The ag tech firm is currently one of the only companies providing corporations with high-integrity soil carbon credits on the voluntary carbon market (VCM). This enables them to secure future buyer commitments with purchase prices ranging from $60 to $80 or more, depending on delivery time. The forward price curve will result in increased earnings for the participating farmers over time, Banks further added. Growing Green: Indigo Expands Carbon Program Indigo is expanding its eligibility criteria for the 5th carbon crop, covering the 2023-24 planting season. It is also currently open for farmer enrollment. Part of the expansion is adding more eligible crops for its sustainability programs, including hemp, perennial and annual alfalfa, millet, collard greens, and four perennial legumes. This offers farmers additional options for program eligibility, alongside existing crops such as corn, soy, and cover crops. Furthermore, Indigo is collaborating with industry partners to streamline data importation and entry processes for farmers. It works whether they are importing data from spreadsheets or their FSA 578 insurance forms. Product enhancements include historical data validation and the capability to spread out carbon harvests. More details on the fourth carbon crop will be shared in early 2025 when credits are slated for delivery. Indigo Ag’s success in completing its third carbon crop marks a big step forward for sustainable farming. By helping farmers fight climate change and earn money, the company is making agriculture greener and more profitable. https://carboncredits.com/indigo-ag-sets-record-with-third-carbon-crop-sequestering-over-163k-tons-of-co2/
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Great level of commitment that should be emulated.
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This is encouraging..such kind of steps is what we all should do to ensure that we do save the environment.
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Such level of commitment is what we wish everyone and every organization would embody
johnte ndeto
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Hohm Energy, a South African climate startup helping individuals and businesses transition to solar, announced on Thursday, February 22, 2024, that it has raised $8 million in seed funding to scale the adoption of rooftop solar in the country Former backers — E3 Capital and 4DX Ventures — led the round with participation from Breega, E4E Africa, TO.org, Tekton Ventures, Sunu Capital, Musha Ventures, and Climate Capital Ventures. According to a statement obtained by Techpoint Africa, the company will use the funding to accelerate work on its "new cutting-edge climate fintech strategy," which will promote technological advancement, product innovation, and solar installer skill development. The energy platform guarantees that the new development will make rooftop solar more reliable, affordable, and accessible to all, facilitating its widespread adoption across the region and marking a significant milestone for South Africa's tech and solar ecosystem. Launched in 2021 by Tim Ohlsen and Emir Gluhbegovic, Hohm Energy enables homeowners and businesses in South Africa to opt for solar solutions by providing accredited solar installers, product suppliers, and embedded solar finance. The startup operates its proprietary software platform and marketplace, which connects every stakeholder in the value chain. Aside from allowing solar installers to design, manage, finance, and procure solar projects, energy platforms enable customers to digitally assess their properties' solar energy requirements and obtain credit financing for rooftop solar installation. https://techpoint.africa/2024/02/22/hohm-energy-raises-seed-south-africa/
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We must be willing to contribute towards preserving the environment and adopting environment-friendly investments.
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Transitioning to renewable energies is the way to go, they're affordable, and easy to maintain and saves you alot
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Solar power should be the best source of energy since is much more reliable, cheap to maintain, and durable too`.
johnte ndeto
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The United Kingdom’s (UK) government has established an international fund dedicated to climate change in Central Asia for the first time, UK Ambassador to Kazakhstan Kathy Leach said at a Feb. 16 meeting with Kazakh Minister of Water Resources and Irrigation Nurzhan Nurzhigitov, reported the ministry’s press service. The fund will provide support to five Central Asian countries to combat the adverse effects of climate change. Additionally, the UK is willing to collaborate with the International Fund for Saving the Aral Sea. Leach stressed the UK’s intention to interact with Kazakhstan not only within regional but also bilateral cooperation. Outlining three priority areas of the latter, Nurzhigitov included work with the Caspian Sea Research Institute, exchange of experience and attraction of experts from the UK, and postgraduate education opportunities for students in technical fields and professionals in water diplomacy. Leach expressed the UK’s readiness to support the training of master’s and doctoral candidates through the Bolashak scholarship program and proposed exploring the potential for joint double-degree education programs. The British delegation said the UK is ready to invite world-class experts in hydrogeology, irrigation, glacier studies, and other relevant fields to Kazakhstan. Leach highlighted the interest of British companies involved in wastewater treatment technologies in working in Kazakhstan, mentioning a successful project in Shymkent that resulted in a 25% reduction in water consumption. https://astanatimes.com/2024/02/uk-inaugurates-international-climate-change-fund-for-central-asia/
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Investing in resilience and climate adaptation saves alot and benefits climate smart solutions which far exceed their costs.
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This is a superb move by the UK government to aid Kazakhstan in protecting the Aral sea and encourage irrigation projects. Even more importantly that they plan to give the youth an opportunity to study water diplomacy which is an important topic.
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It's wonderful to see a collaboration between these countries to combat the adverse effects of climate change. The focus on supporting wastewater treatment technologies and education opportunities through such initiatives illustrates a brilliant methodology
johnte ndeto
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Samsung has launched a new range of eco-friendly accessories for its Galaxy S24 series, made in collaboration with accessory maker Slash B Slash. These accessories are crafted from over 40% post-consumer material, including recycled plastic and vegan leather, aligning with Samsung's broader sustainability goals. The lineup encompasses cases and wearables for various Galaxy devices, offering customization options through the Samsung Mobile Accessories Partnership Program (SMAPP) while maintaining high quality standards. This initiative aims to cater to environmentally conscious consumers and reflects individual styles. The accessories are available globally, with a special pop-up store, SLBS Studio, in South Korea, providing hands-on experiences and engagement activities. Samsung's move towards sustainability not only meets the rising demand for eco-friendly products but also strengthens its position in the tech market, setting a precedent for future launches. https://pc-tablet.com/samsung-introduces-eco-friendly-accessories-for-galaxy-s24-series/
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I hope this sets a new standard for the industry and inspires other companies to follow.
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This initiative will likely inspire other tech companies to prioritize sustainability in their product offerings as well.
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There has been an upward rise in the numbers of environmentally conscious consumers and companies have had to adapt to this demand. Am glad Samsung is addressing this demand.
johnte ndeto
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President William Ruto has called for global collective action to tackle climate change effects. He made the statement during talks with Azerbaijan Ambassador to Kenya Sultan Hjiyev at State Lodge Sagana, Nyeri County. He stated that Kenya and Azerbaijan have had robust relations that continue to grow from strength to strength to the great benefit of the two countries and their peoples. “As Azerbaijan’s capital Baku gears to host COP29 later this year, Kenya will continue to articulate Africa’s position on climate change as an existential threat to humanity,” he said. “We will also keep calling for global collective action to tackle the effects of climate change.” He further pointed out that 20 years of diplomatic ties that the two nations have enjoyed are testament to that strong and cordial relationship https://www.capitalfm.co.ke/news/2024/02/president-ruto-calls-for-global-efforts-to-tackle-climate-change/
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Cutting emissions of carbon dioxide and short lived climate pollutants is critical to slow the rate of global warming
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Keep up the good work Ruto.You are a climate hero.
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Hoping his government is trying to keep fossil fuels in the ground.
johnte ndeto
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Open dumping is a prevalent municipal solid waste (MSW) management practice, with approximately 2.24 billion tons of solid waste generated globally each year. Roughly 40 percent of the world's waste ends up in open dumpsites, particularly in cities in middle and lower-income countries lacking proper waste collection systems. For example, up to 90 percent of waste is openly dumped in many African cities, and 45 percent in the region of Latin America and the Caribbean. While open dumping is a cost-effective waste management option, it has significant adverse effects on the environment and public health. Emissions from open dumping, including dioxins, furans, mercury, and other hazardous substances, contribute to air, water, and soil pollution. Individuals working at these sites and surrounding communities face a high risk of inhaling and ingesting toxic substances, and there is a threat of diseases spreading due to poor sanitation and the presence of insects and vectors. Despite regional variations, mismanagement of waste, exemplified by open dumping, is a global critical issue contributing to the triple planetary crisis. UNEP’s approach to open dumping A solution to this issue extends beyond the closure of open dumpsites. UNEP has adopted an integrated waste management approach, collaborating with multiple stakeholders to provide waste collection services, raise awareness on sound waste management, enforce policies and laws, and implement a chain of waste management practices, including recycling and final disposal in an environmentally sound manner, implement monitoring mechanisms, and enhance administrative and institutional capacity. The closure of open dumpsites would significantly contribute to addressing the climate crisis by reducing greenhouse gas emissions, air pollution, and soil contamination. It would also lead to improved sanitation and water quality, fostering safer working conditions for informal workers and residents. Additionally, economic benefits, such as increased job opportunities in the waste management sector, can be anticipated. The Institute for Global Environmental Strategies – Centre Collaborating with UNEP on Environmental Technologies (IGES-CCET) collaborates with partners to develop and implement national or city waste management strategies. The first Conference of the Parties (COP) to the Minamata Convention on Mercury adopted a decision in 2017 regarding mercury emissions from open burning of waste. Following this decision, UNEP initiated a project on mercury monitoring at open dumping sites in Cameroon, Indonesia, Kenya, Myanmar, and Nigeria. The Coalition for the Closure of Dumpsites, established in 2018 during the XXI Meeting of the Forum of Ministers of the Environment of Latin America and the Caribbean, is a voluntary coalition aiming to create a Roadmap for the progressive closure of open dumpsites. This coalition supports implementation, promotes technical guidelines, enhances capacities, and raises awareness in Latin America and the Caribbean. https://www.unep.org/topics/chemicals-and-pollution-action/waste/open-dumping
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Open Dumping is obnoxious to the lives of humans, still not to forget how floras and faunas are affected. We should not be nonchalant when we have such news.
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This is quite the idea
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This is a great approach to aid in waste management and reduce greenhouse gas emissions in a way to foster a sustainable future.
johnte ndeto
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The Global Environment Facility’s member countries have approved $203 million in high-impact climate adaptation investment for Least Developed Countries, Small Island Developing States, and other countries needing to reinforce their food systems, water resources, and warning systems as a result of growing climate change risks. Meeting in Washington DC, the Council of the GEF-managed Least Developed Countries Fund (LDCF) and Special Climate Change Fund (SCCF) agreed to fund 21 projects that build on years of support for critical initiatives that are helping countries address their most urgent adaptation priorities in a way that helps local communities, strengthens policy frameworks, and advances environmental goals for the long term. It is one of the largest work programs in the more than two-decade history of the LDCF and SCCF, and comes two months after nine donor governments announced new contributions to the unique climate adaptation funds at the UN Framework Convention on Climate Change (UNFCCC) COP28 in Dubai. The GEF is one of the financial mechanisms of the UNFCCC and has since the Paris Agreement been mobilizing and distributing resources to meet the urgent and specific climate adaptation needs of Least Developed Countries, Small Island Developing States, and other developing countries, following guidance and decisions from parties to the UN climate convention. Since the commitment of the international community at COP26 in 2021 to double climate adaptation finance by 2025, the GEF has doubled the per-country cap to $20 million for each Least Developed Country accessing the LDCF and $3 million for non-LDC Small Island Developing States accessing the SCCF through its dedicated funding window. “We are leveling up and quickly deploying donor funding to meet urgent climate adaptation needs, and drawing on our extensive experience to support investments that make direct and meaningful contributions to the resilience of affected people and places,” said Carlos Manuel Rodríguez, GEF CEO and Chairperson. “The latest work program of the LDCF and SCCF includes important support for the agriculture, fisheries, food security, and water sectors, and includes vital investments in early warning systems and climate information services that are essential to planning and prosperity. We will continue to provide this targeted support where it is most needed thanks to the contributions of our member countries.” The latest LDCF- and SCCF-funded projects approved by the Council span sectors including agriculture, fisheries, food security, tourism, and water, and also support access to climate information services, early warning systems, and sustainable finance. They were designed to mobilize additional adaptation finance through multilateral development banks, international financial institutions, and the Green Climate Fund. Nearly half of the projects were co-financed by these partners, and four projects were also financed by the GEF Trust Fund, as part of its $918 million work program approved earlier this week. The LDCF is the only multilateral fund that focuses exclusively on the unique climate adaptation needs of Least Developed Countries. To date, the LDCF has financed more than 400 projects and programs with nearly $2 billion in grants that have benefited more than 65 million people and strengthened the management of more than 11.4 million hectares of land for climate resilience. The SCCF helps developing countries address the negative impacts of climate change through innovation, technology transfer, and private sector engagement. It also offers targeted support to Small Island Developing States, given their specific climate adaptation needs. To date, the SCCF has provided $393 million in grants for 100 projects that have benefited approximately 9 million people and helped bring more than 5 million hectares of land under more sustainable management. The work program approved by the LDCF/SCCF Council includes $180 million for LDCF projects and $23 million for SCCF projects. Their combined work program includes support for 16 Least Developed Countries and eight Small Island Developing States, and will collectively improve the resilience of more than 4.2 million people, improve the climate-resilient management of nearly 1.6 million hectares of land and 1.9 million hectares of coastal and marine areas, support the development of 273 climate adaptation plans and policies, and build the adaptation capacity of more than 1,400 private sector and social enterprises. During the LDCF/SCCF meeting, Council members also received a report on the performance, results, and lessons learned from the portfolio of projects and programs financed under the LDCF and SCCF since their inception in 2001, and reviewed workshops and other support to countries about programming and ensuring impact from the use of LDCF and SCCF resources. Evans Davie Njewa, Chair of the LDC Group and Chief Environment Officer at the Environmental Affairs Department of Malawi, welcomed the comprehensive approach and results and stressed the important role of the LDCF in particular as the “first choice” among Least Developed Countries because of its unique features. “The LDCF and the SCCF are like critical life ropes for LDCs and our 1.1 billion people, in helping us to prepare for and avoid the worst impacts of climate change. My own country, Malawi, has benefitted from valuable LDCF support of more than $40 million in our adaptation efforts and we are ready to do much more,” Njewa said. “Collectively, as the international community, we need to ensure that both the LDCF and SCCF are more strongly and predictably resourced than ever and target the greatest climate adaptation impact possible. In doing so, we will be supporting shared resilience, opportunity, and prosperity for our world the planet Earth.” https://www.thegef.org/newsroom/news/gef-deploys-additional-high-impact-climate-adaptation-funding
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Dear johnte ndeto Your climate love has received over 50 agrees! We have reached out to Global Environment Facility by email and requested a response. I will keep you updated on any progress! To reach more people and increase the chance of a response, click the Share button above to share the review on your social accounts. For every new member that joins We Don't Have Time from your network, we will plant a tree and attribute it to you! /Adam, We Don't Have Time
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That's good! It's important to spend money on projects that help communities deal with climate change.
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This is great this will help alot
johnte ndeto
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Electric vehicles are becoming more technologically advanced, affordable, and accessible as manufacturers ramp up production. In addition, the growth in charging infrastructure is making it more convenient to own EVs. ESG and sustainability initiatives are also accelerating EV adoption while investors bet on advancements in EV battery technologies. For instance, in September 2023, Toyota announced new liquid electrolyte battery technologies to achieve higher power, longer driving range, faster charging, and lower cost. Advancements in autonomous driving technologies especially in advanced driver-assistance systems could accelerate in 2024 leading to higher sales and profits for EV manufacturers. Companies developing superior digital technologies that add software-based entertainment, safety, work support, and integration with smart grids may gain a bigger market share in 2024 as the global population becomes increasingly digitised. https://www.google.com/amp/s/www.businessdailyafrica.com/bd/data-hub/petrol-or-electric-car-makers-which-is-the-best-option--4510996%3fview=htmlamp
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These companies may pivot towards hybrid models or invest in cleaner fuel technologies to align with sustainability goals.
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Investing in electric cars and car makers seems promising to me with advancing technology and growing EV adoption
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Happy to see great investment in electric vehicles which translates to more clean energy use in the transport sector and reduced pollution.
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Dear johnte ndeto Your climate warning has received over 50 agrees! We have reached out to Intelligence.gov by email and requested a response. I will keep you updated on any progress! To reach more people and increase the chance of a response, click the Share button above to share the review on your social accounts. For every new member that joins We Don't Have Time from your network, we will plant a tree and attribute it to you! /Adam, We Don't Have Time
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This is a great concern, the US as a superpower should stand tall in negotiations concerning the environment, it is sad to see a fail in this critical deliberations.
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The us being a super power should atleast put some effort in ensuring that the issue of pollution is solved for the common good of everyone.