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Environment contaminated with highly toxic substances, risking the health of nearby communities

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New research  published today by Zero Waste Europe (ZWE) about incinerators in three countries – Spain, Czechia, and Lithuania – finds a high level of contamination in the vicinity of incinerators, posing a significant risk to the environment and to the health of people living nearby.
 
To assess the real impact of waste incineration, the biomonitoring research conducted by  ToxicoWatch Foundation for ZWE analysed the presence of persistent organic pollutants (POPs) in the surroundings of incinerators in Valdemingómez (Spain), Pilsen (Czechia, and Kaunas (Lithuania).
 
The study used bioassays, an analytical method to determine the concentration or potency of a substance by its effect on living animals, plants, living cells, or tissues. This particular study used carefully collected biomarker samples – such as  eggs of backyard chickens, pine needles, and mosses – in areas around incinerators.
 
The research found that:

  • The majority of eggs analysed exceed the EU action limits for food safety as regulated in the EU Directive 2013/711/EU.
  • A high percentage of eggs exceed the safe level for consumption. If these eggs were intended for the commercial market, they should have been withdrawn from the market.
  • The analysis of the vegetation, pine needles, and moses also shows high levels of dioxins in the vicinity of the waste incinerators. This means people living in the vicinity of incinerators could be harmed if they eat vegetables grown in the contaminated soil for consumption.

The research warns of the impacts of the current incineration strategy for human health and highlights the incompatibility of the current incineration heavy strategy with the EU’s zero pollution agenda. It also gives a warning signal for contamination of the environment with highly harmful toxic substances for human health and the environment – such as dioxins (PCDD/F), dioxin-like PCBs, PAHs, and PFAS.

Janek Vähk, ZWE’s Climate, Energy, and Air Pollution Programme Coordinator, said: “There is an urgent need to assess the real impact of waste incineration on human health and the environment. People living near waste incinerators need to be reassured about their health risks and the safety of such combustion facilities
 
Based on the report conclusions, ZWE and the research project group strongly recommend to:

  • Make biomonitoring research mandatory for all existing incineration projects across Europe.
  • Mandate continuous measurement of chlorinated and brominated dioxins including under the “other than normal operating conditions” such as start-ups and shut-downs and technical accidents.
  • Put a moratorium on new waste incineration projects and develop phase-out plans for the existing ones.
  • Promote and fund circular, healthy, sustainable alternatives to waste incineration.

Read the full “The True Toxic Toll – Biomonitoring of waste incinerator emissions” reports: here

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China will aim to plant and conserve 70 billion trees by 2030

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Xie Zhenhua, China’s Special Envoy for Climate Change announced the country’s active response to the World Economic Forum’s 1t.org initiative, the platform supporting the UN Decade on Ecosystem Restoration. The World Economic Forum and China Green Foundation will actively echo and support the contribution to be implemented in China. This initiative will encourage society-wide stakeholders, including enterprises, individuals, and local governments at all levels to commit with actions to plant, conserve, restore and manage 70 billion trees in China by 2030.

1t.org was launched at the World Economic Forum’s Annual Meeting two years ago to support the growing momentum around nature-based solutions by mobilizing the private sector, facilitating regional multi-stakeholder partnerships, and supporting innovation and ecopreneurship on the ground.

During his speech at the Forum’s 2022 Annual Meeting in Davos, Xie Zhenhua said: ‘China’s forest cover and forest stock volume have been growing in the last 30 years, and China accounts for more than 25% of the world’s new green areas. China responds actively to contribute to the 1t.org initiative from the World Economic Forum, and I am announcing here that China aims to plant and conserve 70 billion trees within 10 years to green our planet, combat climate change, and increase forest carbon sinks.’

In support of this bold contribution, Chairman Klaus Schwab of the World Economic Forum said:

‘We appreciate China’s effort in supporting the 1t.org initiative of the World Economic Forum and relevant UN initiatives, we highly appreciate China’s practices upholding relative international commitment such as the Paris Agreement and Biodiversity target through Nature-Based Solutions.’

China’s Bold Action

In the past decade, China has regrown more than 70 million hectares of forest cover. The country has benefited greatly from solutions in biodiversity conservation, sustainable usage and climate governance, resulting in wetland and forest restoration that also combats desertification.

China’s 14th “Five Year Plan” has a stated target of increasing forest coverage to 24.1% by 2025, and forest stock volume up to 19 billion cubic meters. Science-based greening efforts and inter-ministerial cooperation have provided the key vehicle for forest ecosystem restoration.

China’s contribution will encourage the 1t.org initiative to collaborate more closely in the local context to fulfill this contribution and will stimulate collective community actions at large scales and empower Chinese organizations and individuals to make contributions. China’s active response to 1t.org displays the nation’s capacity and strong commitment to safeguard the Paris Agreement and post-2020 Global Biodiversity Framework.

How Trees Can Play Their Part

China’s land restoration and afforestation projects provide fundamental support to the country’s poverty reduction targets of elevating 20 million people out of poverty, with the lives of 3 million people already improved through increased household income. Healthy and resilient forests are also part of people’s expectations for better living qualities according to China’s strategy. During the period of China’s13th Five year plan, the Chinese forest tourism industry grew substantially with an annual average of 1.5 billion tourists visiting national forests.

Mobilize Society-wide Action, Plant Future Trees of Hopes

China’s active response to the 1t.org initiative encourages all stakeholders to promote solutions and activities to meet climate and nature targets. These include emission reduction policies for committed companies and individuals; guiding local governments to promote climate adaptation activities such as afforestation and ecological restoration, engaging scientific organizations, think-tanks, and civil societies to promote accountable and credible tools and evaluation frameworks; creating digital environments and crowd funding opportunities for innovation solutions; and adding afforestation and carbon storage incentives.

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More Industrial Hubs to Accelerate Their Net-Zero Transition

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Four leading industrial clusters in the Netherlands, Belgium and the US today announced that they are working together with the World Economic Forum to reduce their carbon emissions faster through the Transitioning Industrial Clusters towards Net Zero initiative.

Launched at COP26 in November 2021, the initiative aims to accelerate the decarbonization of hard-to-abate industrial sectors, while maximizing job creation and economic competitiveness. The approach focuses on building cross-industry and cross-cluster partnerships to better implement low-carbon technologies – as in the case of the regionally developed Basque Hydrogen Corridor – and on accessing public funding and blended-finance options for clusters’ decarbonization projects.

Under this initiative, the World Economic Forum, working closely with Accenture and the Electric Power Research Institute (EPRI) as knowledge partners, connects private and public stakeholders to assess how to meet individual and collective decarbonization goals, fosters new enabling policies and provides guidance and support for local community engagement.

Industrial clusters are geographic regions where industrial companies are concentrated, making them an attractive target for impactful emissions reduction strategies. Since industrial assets are located in close proximity of each other, sharing of infrastructure (such as CO2 and hydrogen pipelines or renewable energy assets), financial and operational risks, and natural and human resources becomes possible. This also provides opportunities to deploy and scale new green technologies, such as hydrogen and the capture, utilization and storage of carbon for industrial applications, enabling a systemic approach to emissions reduction.

The clusters joining the initiative are:

· Brightlands Circular Space, together with Brightlands Chemelot Campus, Chemelot, and the Chemelot Circular Hub in Geleen, Netherlands. It will help accelerate the energy transition and circular economy.

· H2Houston Hub, formed through the Center for Houston’s Future and encompassing more than 100 organizations and companies. It will leverage the Houston area’s position as the US’s largest hydrogen producer and consumer, and use innovation and scale to reduce the cost of clean hydrogen and emissions.

· Ohio Clean Hydrogen Hub Alliance, with approximately 100 corporate, governmental and community organization members. It will lead the region’s campaign to establish a clean hydrogen hub in the state of Ohio, US.

· Port of Antwerp-Bruges, Europe’s second-largest port. It will drive the circular economy and energy transition.

These four large industrial emissions centres, involving oil and gas extraction and processing, shipping, heavy-duty transportation, chemicals and other sectors, currently account for CO2 emissions of 296 million metric tonnes per year – greater than the annual emissions of Poland. They employ more than 470,000 people and represent an annual gross domestic product (GDP) of $135 billion.

“Supporting industrial clusters and corporate partners in the development and implementation of their net-zero strategies is at the heart of what we do,” said Roberto Bocca, Head of Energy, Materials and Infrastructure Platform, World Economic Forum. “We are proud to leverage our collaborative platform and expertise in partnership building to grow the clusters initiative as well as other decarbonization efforts we support, such as the First Movers Coalition, Mission Possible Partnership and Clean Hydrogen Initiative.”

The four new clusters join four others in the UK (Zero Carbon Humber and Hynet North West), Australia (Kwinana Industries Council) and Spain (Basque Net-Zero Industrial Supercluster), which were part of the initial launch of the initiative. Based on metrics provided by each cluster, all eight clusters could potentially save more than 334 million tonnes of CO2 – more than the equivalent annual emissions output of France. They could also create and protect 1.1 million jobs and contribute $182 billion to regional GDP.

“The Ohio Clean Hydrogen Hub Alliance seeks to locate a clean hydrogen hub in the state of Ohio, leading to the eventual decarbonization of much of the transportation, electricity, industrial and heating sectors,” said Kirt Conrad, Co-Founder, Ohio Clean Hydrogen Alliance and Chief Executive Officer, Stark Area Regional Transit Authority. “Investment into a clean hydrogen hub in Ohio will help create massive economic, environmental and health benefits for the state and its citizens.”

“With our focus on becoming the premier circular ecosystem in Europe, it is of upmost importance that we foster competitive collaboration between the companies in our cluster as well as with other global clusters,” said Lia Voermans, Director Brightlands Circular Space, “We believe that this initiative provides a gateway to access the best practices and processes supporting industrial decarbonization.”

The new clusters are already actively advancing their decarbonization journey. For instance, the Port of Antwerp-Bruges is starting to convert hydrogen into sustainable raw materials and fuel for the port’s chemicals sector, whereas the Ohio Clean Hydrogen Hub Alliance has developed hydrogen fuel cell buses which tour around the US, educating transit authorities on the potential and viability of clean transportation. However, to achieve net-zero emissions, these efforts must be scaled up. Often, financial mechanisms, rather than technology, are the main roadblock, and policy frameworks to support valuable future technologies are lacking. As value chains are transformed, the creation of new partnerships will be key.

“The Houston region has the talent, expertise and infrastructure needed to lead the global energy transition to a low carbon world,” said Brett Perlman, CEO of the Center for Houston’s Future. “Clean hydrogen, alongside carbon capture, use and storage are among the key technology areas where Houston is set to succeed and can be an example to other leading energy economies around the world.”

“The Port of Antwerp-Bruges hosts Europe’s largest chemical cluster and supports the European Green Deal to become climate neutral by 2050,” said Jacques Vandermeiren, Chief Executive Officer, Port of Antwerp. “To reach this goal we will all have to work together with respect for individual company needs, industry characteristics and timing. The Transitioning Industrial Clusters towards Net-Zero initiative is a means to inspire and incentivize companies to share best practices in our common pursuit of staying well below 2°C.”

In addition to the eight clusters currently involved in the initiative, more than a dozen in the US, Europe and the Asia-Pacific region are also in the process of joining. The aim is to build a community of 100 global industrial clusters to accelerate industrial decarbonization.

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Global Food Crisis Must Be Solved Alongside Climate Crisis

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Instability in Ukraine is threatening to intensify an already precarious global food security outlook. Increasing prices of fertilizers and inaccessibility of Ukrainian exports have made a delicate situation potentially dire, as 800 million people now go hungry each night. Russian blockades of Ukrainian ports have further intensified world leaders’ focus on worsening food insecurity.

“Failure to open the ports is a declaration of war on global food security,” said David Beasley, Executive Director, United Nations World Food Programme. The pandemic had already complicated global efforts to reduce famine and food insecurity, and those challenges have only intensified with the conflict in Ukraine. “We’re taking food from the hungry to give to the starving,” said Beasley of the recent conditions.

Food insecurity is a problem not only for public health but also for geopolitics and security. “Hungry societies break down wherever you are in the world,” said Julia Chatterley, Anchor, CNN.

There is a risk that short-term efforts to combat food shortages could come at the expense of meeting climate and sustainability targets given the interconnection between agriculture and climate change. Global food production contributes more than a third of greenhouse gas emissions, and efforts to ramp up food supply could worsen emissions and reliance on fossil fuels.

Innovation technologies and regenerative techniques can improve agricultural productivity. “Agriculture has to be part of the solution to climate change and the solution for food security,” said J. Erik Fyrwald, CEO, Syngenta Group. The goal must be growing more food on less land and, to do so, farmers can employ best practices from both organic and conventional farming. He advised that EU food policy reforms that shift away from a focus on organics towards targets on productivity and emission reduction could better address the current crisis. Techniques such as crop rotation and covering land in winter better protect soil and help farmers increase yield with less fertilizer.

Africa can play a major role in improving global food security, but the continent faces multiple challenges to unlocking agricultural productivity. Already, famine has intensified social and political turmoil in several countries. “If we don’t silence the guns, it’s not going to work,” said Philip Isdor Mpango, Vice-President of Tanzania, regarding the goal of increasing agricultural productivity. He pointed to the continent’s young population – with roughly 70% of the population aged 25 or younger – and the need to include youth in improving agricultural productivity. “We must strategize so we have the youthful population involved in agricultural value chains.”

Another challenge relates to post-harvest losses. Approximately one third of the continent’s food production is lost after harvest due to poor infrastructure, storage and other challenges. Investing in irrigation, transport infrastructure and storage facilities can improve Africa’s contribution to global food security.

Viet Nam is experiencing the current food crisis alongside intensified effects of climate change, such as rising sea levels and saltwater intrusion. The nation has a plan to become a “food innovation hub in South-East Asia,” said Le Minh Khai, Deputy Prime Minister of Viet Nam. Doing so requires a holistic approach that balances short-term and long-term strategies and involves multinational organizations, entrepreneurs, investors and farmers.

Both wealthy and developing nations have a key role to play, particularly given that food production must increase more than 60% by 2050 to feed the world. “Solving the global food crisis is everyone’s business,” said Mariam Mohammed Saeed Al Mheiri, Minister of Climate Change and the Environment, United Arab Emirates.

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