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Indonesia Pledges $1 Billion Annually to Tackle Ocean Pollution Problem

Photo: Pixabay
Foto: pixabay

Indonesia unloads more plastic into the oceans than any other country, except China. But now the country plans to invest $1 billion every year to reduce ocean pollution 70 percent by 2025.

Indonesia will spend the entire sum on tackling plastic pollution and other waste dumped in the ocean. According to the World Bank, each of the 250 million residents of Indonesia contributes from 0.8 to one kilogram, or around 1.7 to 2.2 pounds of plastic waste yearly. The country is the second largest plastic polluter in the world, according to a 2015 Science article. Indonesia’s Coordinating Minister for Maritime Affairs Luhut Binsar Pandjaitan announced the $1 billion move to tackle this issue at the 2017 World Oceans Summit held in the country the end of February.

Protecting the country’s oceans is crucial because they’re home to the highest levels of marine biodiversity in the world. Indonesia is part of the Coral Triangle, and its coral reef ecosystems grant food security and attract tourists. Plastic pollution threatens these ecosystems; a recent study said by 2050 there could be more plastic than fish in the ocean.

Pandjaitan said Indonesia could accomplish their goal a few different ways. They could implement a tax on plastic bags, or run a public education campaign. They could also support new industries that draw on biodegradable materials like seaweed or cassava to yield healthier alternatives.

The country made their pledge as part of the United Nations’ Clean Seas initiative; nine countries along with Indonesia have joined the campaign to cut plastic in the ocean through strategies like improved waste management. Anyone can go on the Clean Seas website to commit to actions like avoiding cosmetics with microbeads, avoiding plastic bags, or carrying a reusable coffee cup.

Source: inhabitat.com

Zero-Carbon Home Generates Income by Making More Energy than it Needs

Photo: Pixabay
Photo: Pixabay

The home of the future could slash your utility bills and generate enough money to help pay the mortgage. UK firm Koru Architects designed and built one such house, named the Lloyd House, that’s effectively zero-carbon and runs entirely on renewable energy. Tucked away on a quiet street in England’s East Sussex, this contemporary home generates more energy than it consumes and even brings in a net income of £2650 per year from solar photovoltaics, solar thermal, and a wood-chip biomass boiler.

Completed in 2011 as a case study, the Lloyd House is a large and contemporary three-bedroom home that only consumes around half the energy of a typical UK household thanks to its use of passive solar design, energy efficient appliances, effective insulation, and high airtightness. The home was built with mostly natural materials including sustainably sourced timber for the cladding and flooring, zinc roofing, hemp and wood-fiber insulation, recycled glass in the kitchen countertops, and lime-based natural plants. Sedum plants carpet the roof to add an additional layer of insulation and provide habitat to local insects and birds. A 4,700-liter Freewater UK Elite rainwater harvesting system collects rainwater for reuse in irrigation, the washing machine, and the dual-flush toilets.

The Lloyd House produces all the hot water it needs for domestic use and for the underfloor heating with a 6-kilowatt solar thermal system and a 10.5-kilowatt wood-pellet boiler. A twelve 340-kilowatt peak solar array provides around 3800 kilowatt-hour of electricity annually, which is more than it uses thanks to its energy-efficient measures. Excess energy is exported to the grid and, with the help of renewable heat incentive and feed-in-tariff schemes, the home brings in a net annual income of £2650 ($3,300 USD) after bills are subtracted. The house emits 93% less carbon dioxide equivalent than the average UK household.

Constructed with passive solar principles, the airtight home is oriented towards the south with large areas of glazing to take advantage of the sun’s heat and natural lighting to reduce energy demand. High-level skylights also flood the interior with natural light. In addition to the three bedrooms, the home comprises a home office, two bathrooms, living room, utility room, open plan kitchen and dining area, garage, and garden. The spacious and comfortable interior is organized into split-levels to make the most of the sloped site. “The house is expected to last around 80 years, and through its generation of clean energy it is expected to offset 41 tonnes of carbon over its life,” write the architects. “Including the replacement of the renewable energy technologies, it would take 48 years to become entirely carbon-neutral.” The project was awarded the RIBA Download Prize 2011 in the category for sustainability and serves as a source of green inspiration for the community.

Source: inhabitat.com

Smart Meters for Electric Energy Might Not be so Smart

Foto-ilustracija: Eon Energy
Photo: Eon Energy

Research from the Netherlands has found meters that overestimate energy usage by 582 times.

A study from the University of Twente and Amsterdam’s University of Applied Sciences believes that smart meters need extra schooling. Researchers have published a report claiming that the meters are greatly exaggerating the amount of energy that’s being used. That’s a problem, since 750,000 homes have recently installed them, and the Netherlands government wants one in every property by 2020.

Professor Frank Leferink began investigating the issue after hearing rumors that the devices were wildly overestimating power use. The grumblings seem to have merit, since some of the meters that were tested claimed that energy use was 582 times higher than the reality. It’s bad hardware, rather than fraud, that’s the cause of the issue — since the meters don’t understand how modern, energy-efficient devices like LED bulbs work.

As UT News explains, Netherlanders who want to resolve this issue don’t have much hope, at least not right now. You can only ask your energy company to check a meter if it’s not functioning properly, not object to its results. Since the hardware functions, you’ll be slapped with a bill for the inspection cost, even though the underlying principles are faulty. Which is nice.

Canadians Bank Brazil PV Cash

Photo: Pixabay
Photo: Pixabay

Canadian Solar has received $20m in unsecured funding from the China and Portuguese-speaking Countries Cooperation and Development fund (CPD Fund) to support photovoltaic projects in Brazil.

The company said the projects include the 191MW Pirapora 1 scheme in the state of Minas Gerais, which is currently under construction and is expected to be completed in the third quarter of 2017.

Canadian Solar chairman and chief executive Shawn Qu said: “We are glad to partner with the CPDF und in the growing solar energy market in Brazil.

“We look forward to more opportunities to cooperate with state-owned enterprises and institutional investors in China to boost solar energy growth globally.”

The CPD Fund was established in 2013 and is jointly run by China Development Bank and the Macau Industrial and Commercial Development Fund.

It aims to galvanise investment and cooperation between China and Portuguese-speaking countries.

Source: renews.biz

Ecotricity Confirms Green Light for Latest Wind Farm

Photo: Pixabay
Photo: Pixabay

Ecotricity has said it plans to finish construction of its 6.9MW Alveston wind farm in Gloucestershire by the end of the year, capping a week of progress for the UK’s onshore wind energy industry as developers seek to bring online the final wave of projects to secure approval ahead of the government’s controversial halt to new subsidies.

Located near the junction of the M4 and M5, the three-turbine Alveston site will be Ecotricity’s second wind project in its home county, after its Nymphsfield wind turbine was built 21 years ago in December 1996.

Initial work on the Alveston site to create onsite access tracks has already begun, with full construction work on the crane pads, foundations and substation due to get underway in the Spring, Ecotricity revealed yesterday.

The green energy provider also said it plans to set up a community benefit fund for the wind park that is expected to make almost £7,000 available every year for local sustainable energy, transport, and food projects.

The turbines are expected to be delivered in October 2017, before they are erected and connected to the national grid by December, said Ecotricity.

The news comes just days after developer Muirhall Energy Ltd announced construction has now been completed on two separate wind farms in West Lothian and Northamptonshire.

On Wednesday the final rotors were lifted into place at the 15-turbine Tommywheel wind farm in Scotland, which is a joint development between Muirhall Energy and WWS Renewables. The site is expected to have a total generating capacity of 30.75MW, producing enough electricity to power 24,000 homes once it comes into full operation later this year, according to the developers.

And, the same day also saw completion of a 2.75MW, three-turbine extension to the Burton Wold South wind farm near Kettering, bringing the site’s total generating capacity to more than 20MW. The Northamptonshire site is a joint project between Muirhall, WWS Renewables and Infinergy.

And, in related news, Banks Renewables announced it is planning to create new paid traineeships for local unemployed young people at its proposed 22-turbine Lethans Community Wind Farm in East Ayrshire.

The Hamilton-based firm has signed an agreement with local social enterprise Netherthird Community Training (NCAT) that would provide a variety of traineeships for 17-24 year-olds, ranging from four to eight week courses to year-long placements.

The trainees will undertake landscape management, habitat creation, general groundworks and land management duties at the proposed wind farm should plans for the facility get the go-ahead by the council.

East Ayrshire Council is set to determine its view on Banks Renewables’ planning application at a committee meeting at the end of this month, according to Banks Renewables.

“The NCAT scheme is exactly the type of programme that we strive to support with our community wind farms and I really hope that we get a positive planning decision for this project, which will deliver huge socio-economic benefits for the people of this part of East Ayrshire,” said Banks Renewables’ community relations manager Lewis Stokes.

A number of new wind farm projects are continuing to proceed having entered the planning system ahead of the government’s controversial decision to block new wind farms from accessing subsidies available to other forms of clean energy.

However, some within the industry remain optimistic a route to market for onshore wind farms can still be developed, arguing that improvements in technology means that new projects can generate power at a price lower than any other form of new generation.

Source: businessgreen.com

Industrial Energy Efficiency Focus of a Workshop in South Africa

Foto-ilustracija: Pixabay
Photo: Pixabay

Energy efficiency lies at the core of sustained industrial and economic growth in South Africa, and industries and businesses must prepare more sufficiently for inevitable energy price hikes, while government should be more proactive and involved in encouraging energy efficiency. These were the conclusions of a workshop on industrial energy efficiency that took place recently in the capital of South Africa, Pretoria.

Representatives of the National Cleaner Production Centre, South Africa (NCPC-SA), the Chemical and Allied Industries’ Association (CAIA), the Consumer Goods Council of South Africa and the Council for Scientific and Industrial Research (CSIR) participated in the workshop to discuss the challenges of rising energy costs and access to reliable alternatives in the country. They agreed that the overall energy efficiency of South Africa is currently stifled by policy, regulations and legislations.

The NCPC-SA is a member of UNIDO and UNEP’s global Resource Efficiency and Cleaner Production Network (RECPnet). It assists industry in achieving energy and cost savings through initiatives such as the industrial energy efficiency project, which has saved industry over US$100 million (R1.7billion) in energy costs in five years. The second phase of the project is being implemented by NCPC-SA and UNIDO.

Ndivhuho Raphulu, Director of NCPC-SA, said energy efficiency initiatives can be used as a tool for growth in challenging economic conditions. “By investing more in research, development and innovation centres, government can accelerate energy efficiency and infrastructural development with an excellent return on investment. This needs to be supported by improved policy framework, and by strategically identifying regional business opportunities with the private sector.”

Deidre Penfold, Executive Director of CAIA, emphasized that the chemical industry can be an apex for upstream and downstream industry growth. “The private sector wants to grow and invest locally but cannot because a lack of cheaper energy alternatives. Gas-to-power is a prime example of an alternative energy technology that would greatly assist the chemical industry in achieving growth.”

In addition to reducing carbon footprints, a long-term and strategic energy efficiency plan is also crucial to streamlining operational costs for business, highlighted Alexander Haw, who represented the Consumer Goods Council.

Crescent Mushawana, principal engineer at the CSIR, said government and business must work hand-in-hand to develop an energy management system and model that measures what is best for the country in terms of sustainable supply and cost trajectories. “Energy efficiency makes business sense – it is no longer a ‘nice-to-have’ option.”

Participants also shared best practices and case studies on workable solutions, including energy management systems, energy modelling (integration of alternatives) and energy efficiency financing.

Source: unido.org

Analysts: UK Carbon Emissions Hit Lowest Levels Since 1920s

Photo-illustration: Pixabay
Photo: Pixabay

UK carbon emissions last year reached their lowest level since the general strikes and the Wall Street Crash of the 1920s pushed emissions to a record low.

That is the conclusion of a new analysis of government figures from website Carbon Brief, which estimates that carbon emissions fell six per cent in 2016, driven by further sharp falls in coal use.

Published ahead of the government’s official statistics later this month, the analysis suggests UK carbon emissions last year stood at around 381 million tonnes – the lowest level since 1894, outside of a couple of years in the 1920s when a wave of strikes hit industrial production.

The sharp fall in emissions was largely credited to a 52 per cent fall in coal use, as power generators switched to gas and renewables, and energy efficiency measures continued to take effect.

“While CO2 emissions from coal collapsed, CO2 from gas increase by 12.5 per cent in 2016, as electric utilities switched from burning coal,” the report notes. “It’s worth noting that despite this increase, gas use remains well below the highs seen in the 2000s.”

Carbon Brief said UK carbon emissions have now fallen around 36 per cent since 1990, while coal use has plummeted 74 per cent over the past decade.

However, the report noted that efforts to force unabated coal power completely off the grid face a key test this week as Chancellor Philip Hammond faces calls to confirm whether the carbon price floor tax will extend beyond 2021 and announce the level of financial support new clean energy projects can expect during the 2020s through the levy control framework.

The carbon price floor, which imposes a charge of £18 a tonne on polluters, has been credited with driving the closure of coal-fired power plants far earlier than expected as the economics of coal generation have struggled to compete with gas and renewables.

However, the policy has been repeatedly criticised by heavy industry, despite government measures to protect them from the bulk of the charge and the resulting impact on energy bills.

In related news, WWF Scotland and analysts WeatherEnergy revealed that Scottish wind power output enjoyed a “massive jump” last month, generating power equivalent to 67 per cent of the country’s entire electricity needs.

The report added that on four separate days wind power output from Scottish wind farms generated output equivalent to more that Scotland’s total power needs for each entire day.

“Thanks to a combination of increased capacity and stronger winds, output from turbines was up more than two-fifths compared to the same period last year,” said WWF Scotland’s director Lang Banks. “This was enough power to provide the equivalent of the electrical needs of almost four million homes. As well as helping to power our homes and businesses, wind power supports thousands of jobs and helps Scotland to avoid over a million tonnes of polluting carbon emissions every month.”

Source: businessgreen.com

Deputy Secretary-General, at General Assembly Event on World Wildlife Day

Photo-illustration: Pixabay
Photo-illustration: Pixabay

Following are UN Deputy Secretary-General Amina Mohammed’s remarks at the General Assembly event on World Wildlife Day, in New York on Friday:

I am pleased to be with you for this fourth observance of United Nations World Wildlife Day.  The focus this year is to engage young people to protect the world’s wild animals and plants.

Over the past four decades, the planet has lost as much as 50  er cent of its wild animals and plants — and in some areas, even more — due to climate change, habitat loss, overexploitation, poaching and illicit trafficking.  The illegal trade in wildlife and wildlife products, including elephant ivory, high-value timber and marine species, is a threat, not only to sustainable development, but to peace and security.  This sophisticated transnational crime is facilitated by corruption and weak governance, and managed by some of the world’s most ruthless organized crime networks — including violent extremists and non-State armed groups.

In response, United Nations Member States have signalled their political determination to end these destructive crimes.  Sustainable Development Goal 15 has a clear target to “end poaching and trafficking of protected species of flora and fauna and address both demand and supply of illegal wildlife products”.  To this end, the General Assembly adopted resolutions in 2015 and 2016, aimed at tackling illicit trafficking in wildlife.  And, last year, parties to CITES — the Convention on International Trade in Endangered Species of Wild Fauna and Flora — agreed on stronger protection for many species, including a call to urgently shut down domestic ivory markets.

The demand for ivory poses an immediate risk to the survival of African elephants.  Many other species, such as cheetahs, pangolins, rhinos, vultures, sea turtles, sharks, tigers and high-value timber, are also under pressure.  To combat the poaching and trafficking of protected species, we must address both supply and demand.  Strict enforcement of laws is important, but so, too, is broad awareness among policymakers, affected communities and consumers.

Conservation policies must be science- and livelihood-based.  Communities that live in close proximity to wildlife must be given the incentive and the motivation to protect ecosystems and the precious heritage they contain.  They need to directly benefit from conservation efforts, for example, through participating in ecotourism, through employment in protected areas, or through the sustainable use of natural resources.

In Rwanda, conservation of critically endangered mountain gorillas has been successful because the Government is committed to using tourism revenue to reduce poverty among communities neighbouring its national parks.  And it also works with young people, especially our young women.

As consumers, we all have an important role to play.  By supporting ecotourism and insisting on sustainable and fairly traded products, we can help protect habitats and improve opportunities for the communities that live with and depend on wildlife.  And, by refusing to buy illegally or unsustainably traded wildlife products, we can reduce demand.

Young people have a really important role to play, as responsible consumers and agents of change.  Today, we are asking for their awareness and engagement.  Young conservation leaders are already making positive impacts around the world.  They are important wildlife defenders.  In South Africa, many members of the all-female Black Mamba Anti-Poaching Unit are youth.  They are fighting on the front line every day to protect wildlife.  And they are an inspiration for walking the talk.  I also salute the Youth for Wildlife Conservation initiative, established by 34 young conservation leaders from around the world who are represented here today.

On this fourth World Wildlife Day, we encourage young people everywhere to speak out and stand up for the world’s wildlife.  And we ask everyone, everywhere, to listen to the young voices who are calling for a better world for all, where we can all live in peace and prosperity on a healthy planet.

Source: un.org

Biogas Cost Reductions to Boost Sustainable Transport

Photo: Pixabay
Photo: Pixabay

While most people will identify electric vehicles as a sustainable form of transport, particularly when paired with renewable electricity generation, biogas also holds great potential to substantially reduce greenhouse gas emissions from the transport sector.

“In the global pursuit for sustainable transport, biogas represents a great opportunity for countries to address climate change while harnessing local economic benefits in the rural sector and tackling environmental challenges such as waste management,” says Dolf Gielen, Director of IRENA’s Innovation and Technology Centre, about the release of IRENA’s latest addition to its sustainable transport series, Biogas for Road Vehicles.

IRENA’s newest technology brief highlights the process and technology status of biogas and provides insight to policy makers that want to include it in their plans for sustainable transport.

So what is biogas? In short, biogas is a combination of methane, carbon dioxide and some minor impurities, derived from biomass. Biomass, like wastewater, manure, industrial and municipal waste, or crops, can through microbiological processes be broken down and transformed into biogas.

“The production of biogas is a natural process, but with modern technology we can purify or upgrade biogas to natural gas quality,” explains Francisco Boshell, an analyst at IRENA’s Innovation and Technology Centre. “Upgraded biogas is versatile and can be used in the same applications as natural gas, including to power natural gas vehicles. For decades, some countries have seen the potential of this technology and ordinary cars already exist that are powered with biogas.”

Biogas as vehicle fuel is starting to be more commonly used on the roads, and the largest producers of biogas as vehicle fuel in 2016 were Germany, Sweden, Switzerland, the UK and the US. Globally there’s an estimated 500 plants that produce biogas and upgrade it to natural gas. Their combined output is about 50 petajoule per year, which is an equivalent energy amount to around 1.3 billion litres of diesel.  While the global liquid fuel consumption was higher than 3,000 billion litres as of 2014, 1.3 billion is a drop in the ocean — a drop that has a significant advantage over fossil fuels, as biogas produces substantially less greenhouse gas emissions.

Making reductions in cost

Typically the price of producing biogas ranges between USD 0.22 and USD 0.39 per cubic meter of methane for manure-based biogas production, and USD 0.11 to USD 0.50 per cubic meter of methane for industrial waste-based biogas production.

IRENA anticipates that cost reductions in the range of 30 to 40 per cent appear to be realistic. The technology for biogas production and further purification and upgrading, is reliable and mature, and converting biomass to energy by anaerobic digestion can be done with a variety of feedstocks — enabling more price competitive options for producers.

Upgrading a biogas increases its flexibility, meaning it can be used either as vehicle fuel or to produce heat or electricity. The potential multiple uses of upgraded biogas, offers biogas production plants diversity in their product portfolio and helps ensure a sustainable business.

To learn more about sustainable solutions in the transport sector, IRENA is developing a transportation series that includes Biofuels for Aviation, Electric Vehicles, and Renewable Energy Options for Shipping.

Source: irenanewsroom.org

New York Ski Resorts Aim for 100 Percent Renewable Energy

Photo-illustration: Pixabay
Photo: Pixabay

New York’s three state-owned ski resorts are pledging to generate 100 percent of their energy from renewable sources by the year 2030.

Gov. Andrew Cuomo says the commitment to transition Belleayre, Gore and Whiteface ski areas to 100 percent renewables is part of a broader state push to ramp up the use of clean energy, like wind and solar.

The Democratic governor has committed the state to generating half of its electricity from renewable sources by 2030. He says making the transition at the ski resorts will ensure they do their part to protect the environment and stay viable for generations to come.

His administration is proposing $28 million in upgrades to the three state-owned facilities in his state budget recommendation.

Source: sacbee.com

Major Renewable Energy Projects in Africa and Asia

Five new partners joined UN Environment’s Seed Assistance Facility today, committing to invest $50 million in clean power projects in Sub-Saharan Africa and Asia.

In a region like sub-Saharan Africa where, 600 million people lack access to electricity, clean energy has the potential to greatly improve quality of life, economic development and environmental sustainability. The good news is that developing nations are investing more in renewable energy. Global investment in renewables hit $285.9 billion in 2015, but more remains to be done to satisfy the needs of growing populations.

Entrepreneurs have the power to transform markets, but if they cannot even get started, change is blocked. This is why seed capital is so important. In clean energy, start-up costs can be modest, but they are often perceived as too risky to attract third-party financing. Under-capitalized developers and entrepreneurs often lack business development skills and are unable to bring their ventures to operation, restraining the progress of their countries towards low-carbon development.

The Seed Capital Assistance Facility helps managers of private equity funds and development companies provide that necessary seed financing and enterprise assistance to early-stage clean energy project developers and entrepreneurs, filling the gap between the “lack of bankable projects” and available finance.

The second phase of the Facility began last year and five new agreements have already been signed with fund managers engaged in clean energy projects in Asia and sub-Saharan Africa.

DI Frontier Market Energy, Carbon Fund and JCM Clean Development Fund have received support for strengthening of their renewable energy projects in sub-Saharan Africa. They recently received co‑funding support for the development of a 10 megawatt (initial phase) geothermal project in Kenya, a 12 megawatt hydro project in Uganda, and an 80 megawatt solar project in Northern Nigeria.

In Asia, windfarm project developer The Blue Circle received co-funding support for the development of three projects in Vietnam, Cambodia and Indonesia, markets where wind production is still in its infancy. Olivier Duguet, CEO of The Blue Circle, said the Facility was “a great instrument that helps us seize opportunities we would otherwise find difficult to take. SCAF provides adequate support to bake our ventures in promising but rather untapped frontier markets.”

Zoscales Partners received support for the establishment of the East Africa Growth Equity Fund, an Ethiopian fund for small and medium-sized enterprises with a focus on resource efficiency. “Small and Medium Enterprises belong to Africa’s most important private sector participants. Through the financial support from SCAF we can overcome liquidity constraints during the fundraising period and once operational help our investee companies reduce environmental footprint.” said Jacop B. Rentschler, Managing Partner of Zoscales.

GreenWish Partners will develop on- and off-grid renewable energy projects in Western Africa. The company recently inaugurated its first project, the 20 megawatt Senergy photovoltaic plant in Northern Senegal. Charlotte Aubin-Kalaidjian, Chief Executive of GreenWish Partners said “SCAF helps us to leverage West Africa’s vast renewable energy potential. The support of our projects does not only facilitate access to clean electricity, it also eases new business opportunities, especially in rural areas.”

The five funds that have so far partnered with the Facility in this phase are aiming for a total capitalization of more than $363 million, of which nearly $35 million will go to seed investing. The Facility will provide $15 million of additional support to help transfer this early-stage support to clean-energy entrepreneurs, and ultimately to advance the Paris Agreement’s target of keeping the global temperature rise this century below 2 degrees Celsius.

Source: unep.org

China’s Premier Unveils Smog-Busting Plan to ‘Make Skies Blue Again’

Photo: Pixabay
Photo: Pixabay

The Chinese premier, Li Keqiang, has promised to step up his country’s battle against deadly smog, telling an annual political congress: “We will make our skies blue again.”

China’s cities have become synonymous with choking air pollution in recent years, which is blamed for up to 1 million premature deaths a year.

Speaking at the opening of the national people’s congress in Beijing on Sunday, Li admitted his country was facing a grave environmental crisis that had left Chinese citizens desperately hoping for relief.

Li unveiled a series of smog-busting measures including cutting coal use, upgrading coal-fired power plants, slashing vehicle emissions, encouraging the use of clean-energy cars and punishing government officials who ignore environmental crimes or air pollution. “Key sources” of industrial pollutants would be placed under 24-hour online monitoring in an effort to cut emissions.

The premier vowed that levels of PM2.5 would fall “markedly” over the coming year but did not cite a specific target.

“Tackling smog is down to every last one of us, and success depends on action and commitment. As long as the whole of our society keeps trying we will have more and more blue skies with each passing year,” he said.

PM2.5 is a tiny airborne particulate that has been linked to lung cancer, asthma and heart disease.

Despite his buoyant message, Li’s language was more cautious than three years ago when he used the same opening speech to “resolutely declare war on pollution” and warn that smog was “nature’s red light warning against inefficient and blind development”.

There has been public frustration – and protest – against Beijing’s failure to achieve results in its quest to clean up the environment. Tens of thousands of “smog refugees” reportedly fled China’s pollution-stricken north last December as a result of the country’s latest pollution “red alert”.

Wei Song, a Chinese opera singer who attended Li’s speech, said it was inhuman to “achieve development goals by sacrificing the environment” and called for tougher measures against polluters.

“The government should increase the penalties in order to bankrupt the people and the companies responsible. Otherwise, if the punishment is just a little scratch, they will carry on polluting,” said Wei, one of China’s “three tenors”.

Zhang Bawu, a senior Communist party official from Ningxia province, defended China’s “much improved” record on the environment.

He claimed the number of smoggy days in Beijing was now falling thanks to government efforts and he said his province, which is building what could become the biggest solar farm on Earth, was also doing its bit.

Ningxia’s frontline role in a Chinese wind and solar revolution meant 40% of its energy now came from renewable sources, Zhang said.

Source: theguardian.com

Pope Goes Electric, Sets Example for World Leaders

Photo: Pixabay
Photo: Pixabay

Pope Francis, long known for his commitment to environmental stewardship, has taken his call for climate action one step further. He now owns an electric car, a Nissan LEAF.

The LEAF was given to the Pope in late February by German asset manager and mathematician Jochen Wermuth. The Pope’s Nissan LEAF can travel up to 107 miles with a 30 kilowatt-hour battery. Wermuth tried to give the Pope a Tesla Model S electric limousine but the Pope preferred a smaller vehicle. The two men took a small test drive through the Vatican. Wermuth drove and the Pope sat next to him in the front seat.

Pope Francis is “the last superstar of mankind,” Wermuth said. He also described the Pope as an example for other heads of state as well as every man on Earth.

Wermuth’s connection with the Vatican extends beyond this eco-friendly gift. Wermuth’s asset management firm is working with the Vatican to update the Holy See’s investment strategy in line with the Pope’s climate views. They are using his 2015 encyclical, Laudato si’: On Care for Our Common Home, as a guide.

“Humanity is called to recognize the need for changes of lifestyle, production and consumption, in order to combat this warming or at least the human causes which produce or aggravate it,” the Pope said in his encyclical.

Wermuth is known for giving the largest donation ever to the Greens, Germany’s environmental party. The 47-year-old Protestant supported the Greens’ election campaigns in Berlin, Baden-Württemberg and Mecklenburg-Vorpommern, donating around $630,000. Wermuth worked for Deutsche Bank in Russia in the 90s and is now a proponent of divesting from fossil fuels, Spiegel Online reported.

Source: ecowatch.com

Amazon Delivers ‘Win-Win’ Solar Rooftop Drive

Amazon has opened up a new front in its renewable energy push, announcing plans to install rooftop solar arrays on 50 distribution and sorting centres worldwide by 2020.

The ecommerce giant confirmed yesterday it will kick off the new investment drive with the deployment of “large-scale” rooftop solar systems at 15 sites in the US this year, including facilities in California, New Jersey, Maryland, Nevada and Delaware.

Precise details on the scale of new investment were not disclosed, but Amazon said the first wave of installations would have a major impact on the company’s carbon footprint delivering up to 41MW of solar capacity.

The company confirmed that while power output from the new arrays would vary by location and season the projects could generate as much as 80 per cent of a single fulfillment facility’s annual energy needs.

For example, solar panels installed on the rooftop of the Patterson, California centre cover more than three-quarters of the 1.1 million square foot building’s rooftop and are expected to power hundreds of Amazon Robotics systems used at ground-level.

“As our fulfillment network continues to expand, we want to help generate more renewable energy at both existing and new facilities around the world in partnership with community and business leaders,” said Dave Clark, senior vice president of worldwide operations at the company. “We are putting our scale and inventive culture to work on sustainability – this is good for the environment, our business and our customers. By diversifying our energy portfolio, we can keep business costs low and pass along further savings to customers. It’s a win-win.”

Amazon has faced criticism from green groups in the past over its alleged failure to be transparent enough about its progress in sourcing clean power for its giant data centres and other operations. However, in recent years the company has stepped up its investment in renewable power backing a network of wind and solar projects across the US.

“To date, Amazon has announced or commenced construction on projects which will generate a total of 3.6 million MW of renewable energy,” the company said, adding that it was the leading corporate purchaser of renewable energy in the US in 2016, according to the 2017 State of Green Business report.

Source: businessgreen.com

Air Pollution Leads to more Drug Resistant Bacteria, Study Finds

Photo-illustration: Pixabay
Photo: Pixabay

Black carbon found in air pollution can increase the resistance of bacteria that cause respiratory disease, research has found.

The discover could lead to a greater understanding of the effects of air pollution on human health, according to the lead scientist of the University of Leicester study.

The four-year investigation focused on how pollution in the air, which is thought to be responsible for millions of deaths each year, affects bacteria in the nose, throat and lungs of humans.

It found black carbon, produced when diesel, biomass and biofuels are burned, changes the way bacteria grow, possibly affecting their ability to survive and beat human immune systems.

The study concluded that the resistance of communities of Streptococcus pneumoniae – a major cause of respiratory diseases – to penicillin was increased by black carbon. It also caused this pathogen to spread from the nose down the respiratory tract, allowing disease to develop.

Dr Julie Morrissey, the lead author of the paper, said: “This work increases our understanding of how air pollution affects human health. It shows that the bacteria which cause respiratory infections are affected by air pollution, possibly increasing the risk of infection and the effectiveness of antibiotic treatment of these illnesses.

“Our research could initiate an entirely new understanding of how air pollution affects human health. It will lead to enhancement of research to understand how air pollution leads to severe respiratory problems and perturbs the environmental cycles essential for life.”

The university’s Prof Paul Monks, a leading expert on air pollution, said: “The lead investigators have brought together their expertise in genetics, microbiology and air pollution chemistry to provide truly multidisciplinary, ground-breaking insights.

“This research has significant potential to initiate a global research effort to understand a hitherto unknown effect of air pollution and provide significant additional impetus to the control of pollution.”

Source: theguardian.com

Public-Owned Australian Power Grid Could Solve Energy Issues, Paper Argues

Photo: Pixabay
Photo: Pixabay

Australia’s electricity woes could be solved through a unified and publicly owned national power grid, a discussion paper has said.

The paper authored by University of Queensland economist Prof John Quiggin says the creation of the national electricity market in the 1990s has failed to lower power prices and improve system reliability or environmental sustainability.

It argues the electricity grid, including physical transmission networks in each state and interconnectors linking them, should instead be publicly owned.

And it says that “renationalised” grid should be responsible for maintaining a secure power supply and moving towards a zero emissions industry.

Quiggin said minor changes to the current national electricity market would not be able to resolve the “energy instability” that was holding Australia back.

“The price increases of the past decades and the series of recent breakdowns reflect systemic design flaws, exacerbated by the failure to take appropriate account of the implications of climate change,” he said in a statement on Friday.

He said some believed a publicly owned power grid was “unthinkable” but recent political upheavals were proof unthinkable ideas should not be dismissed.

“It is the only coherent response to the failure of neoliberal electricity reform, just as the establishment of a publicly owned national broadband network was the only feasible response to the failure of telecommunications reform,” he said.

The director of Flinders University’s Australian industrial transformation institute, which has released the paper, said it laid down a challenge to governments of all persuasions to create a policy in the nation’s interest.

“It is clear that the current system is unreliable and untenable,” Prof John Spoehr said. “This is a discussion we have to have, as a catalyst for genuine, nation building reform.”

Source: theguardian.com