Cities around the world are taking action on climate change, improving water stewardship and creating better places to live and work.
A zero-carbon future
The UK's capital is reaping the benefits of going zero-carbon.
A transport revolution
Brasilia is playing to its strengths and building a low-carbon transport sector.
Leading Australia towards renewables
Adelaide is going further than Australia’s national targets.
Building resilience in a city at risk
The coastal Indian city is working to become a water secure city.
Creating a cycle friendly city
Rio de Janeiro is investing in sustainable transport.
Defending Italy’s sinking city
Venice is investing in infrastructure to manage flooding.
100% renewable electricity city
One of the first US cities to source 100% of its electricity from renewables.
How to Prepare for Disclosure
How BCP Council prepares their annual response to CDP.
Innovating water supply
Singapore is working to become water secure and resilient.
Protecting a growing population
Cape Town is ramping up its efforts to conserve its water supply.
Collaborating for water security
California’s cities, companies and citizens are working together.
Protecting America’s waterway
Cities are coming together to protect America’s largest waterway.
A green vision for urban space
Chicago is cutting its carbon emissions while improving life for its citizens.
Working to build a smart city
Milan is grasping sustainable opportunities.
Climate Emergencies to Climate Action
How councils can drive meaningful change.
Innovative Action in UK Local Authorities
What innovative action looks like.
A global financial hub, the Greater London Authority is reaping the benefits of going zero-carbon, while protecting its growing population from the impacts of climate change and water scarcity.
Sat on the winding banks of the River Thames, London is home to over eight and a half million people. It has the highest population density in the UK and another three million are expected to call the city home by 2050.
Faced with this growing population, London has a looming crisis. The city sits in the region with the lowest rainfall in the UK, and is vulnerable to both drought and flooding as climate impacts worsen.
By 2050, London could see a daily water deficit of 520 million liters.
In a bid to build resilience, London is taking action with a citywide water security strategy aimed at reducing pressure on supply, while preparing for future disruption.
London’s strategy includes:
Zero carbon action plan
Water is not the only challenge London is tackling; the city also has ambitious plans to combat climate change. London is going beyond the UK’s national target to cut greenhouse gas emissions 80% by 2050 (on 1990 levels), and in line with what climate science shows is necessary, London has pledged to go zero-carbon by 2050.
This lofty ambition will need action in all key sectors; buildings, transport, energy and finance, and the work has already begun.
Through the Mayor’s Business Energy Challenge, London is inviting its large business to report their carbon emissions – awarding those with the highest reductions – while the RE:NEW program aims to upgrade the city’s housing stock with energy efficiency measures and insulation. The ongoing scheme has already retrofitted 100,000 homes.
Meanwhile, the London Green Fund has been set up to invest in schemes that will cut the city’s emissions, with all repaid investments being channeled back into new ‘green’ initiatives. The £110 million invested in the fund is expected to leverage up to £1 billion of investment in carbon reduction programs.
With increasing investment, London’s sustainable economy is booming. In the two years to 2014, the Low Carbon and Environmental Goods grew 6% year on year, with this growth expected to continue to the end of the century, showing that, for London, protecting a growing population and securing economic opportunities go hand in hand.
Extremely vulnerable to climate change and water insecurity, Singapore innovating its way to being a leader in sustainable water solutions.
Singapore is one of the most densely populated city-states in the world. Set on a low-lying island in tropical South Asia, it has limited land-area, dominated by urban landscapes. This unique set of circumstances makes the sovereign-city extremely vulnerable to climate change, and poses significant challenges for adaptation.
Singapore is also extremely dependant on imported fossil fuels, but in the wake of the Paris Agreement, and its pledge to cut emissions intensity – emissions per dollar of GDP – by 35% by 2030 (on 2005 levels), the city-state is shifting its focus towards decarbonisation.
Most notable are the city’s plans to boost solar from 2% to 5% by 2020 and to introduce a carbon tax from 2019.
And while the city-state looks to reduce its own carbon impact, it’s also examining how it can adapt to the impacts of climate change, most notably by innovating its water sector.
A water secure Singapore
For 40 years, Singapore’s “Four National Taps” water strategy has allowed the city-state to build a robust, diversified and sustainable water supply. The city-state has harnessed recycled water and desalinated seawater in addition to local catchments and imported water. With these new sources of water unaffected by changes in weather, Singapore has been able to become a water-secure city, despite increasing droughts due to climate change.
Recycled and desalinated water now meet up to 65% of the city’s water demand, and with three more desalination plants planned for construction by 2020, it could reach 85% of demand by 2060.
Through this innovation, Singapore has also become a global ‘hydrohub’, housing a thriving cluster of 180 water companies and over 20 research centres, including national companies Hyflux and Sembcorp, and international firms like Veolia and Nitto Denko.
Such companies have taken the know-how gained from building recycling and desalination plants in Singapore to implement sustainable water solutions on a global scale. For example, Hyflux’s projects include the largest seawater desalination plant in the world, in Algeria, and the largest in China.
With the importance of the water sector only set to grow as global demographic, economic and environmental trends continue, Singapore has set itself as a pioneer and will find itself in a good position to tap into the economic benefits of the transition to a low-carbon, water secure future
A relatively young city, Brazil’s capital Brasilia is playing to its strengths and building a low-carbon transport sector to support citizens and cut emissions.
Set within the country’s green highlands, and with high levels of inequality and a dependence on hydropower Brazil’s young capital, Brasilia, is extremely vulnerable to climate hazards, including drought, forest fires and rainstorms.
In the wake of these risks and in a bid to drive progress, Brasilia is in the process of developing a new strategy for climate adaptation and mitigation. Central to this, is the city’s climate target to reduce emissions 40% by 2020 (on 2005 levels) – in line with Brazil’s national target of 37% emissions reductions by 2025.
On top of this, the city is also internalising the country’s target to reduce emissions from deforestation by 40% by 2020, with ambitious aims to reduce forest destruction in the city’s surrounding area and to improve its natural carbon sinks.
Greening the transport sector
Known for its modern urban planning and artistic architecture, Brasilia is using these strengths to respond to the threat of climate change in the heart of the city; the transport sector.
By 2020, all buses within the city will be run entirely on renewable energy, and five extra subway stations will further reduce the city’s dependence on cars.
The low carbon transition has quickly been identified as a way to attracted increased public and private funding into Brasilia, especially in the transport sector as well as renewable energy, with the city is currently seeking investors for its new Brasilia Solar Program.
Such moves will bring significant social benefits for Brasilia’s citizens, while also bring economic opportunities to the city.
Faced with three years of serious drought, the South African capital is ramping up its efforts to conserve and diversify its water supply.
Despite its coastal location, Cape Town is under severe water pressure. Facing its third year of serious drought, the city had to ramp up water conservation measures.
These included:
While effective to date, these measures will not be enough to stave off the worsening drought, and the city’s population – already marked with inequality and poverty – will be left vulnerable.
The city has already begun investigation into the possibility of using the Table Mountain Region aquifer and options to recycle water and desalinate seawater; all of which could be crucial to build a climate resilient city.
Cape Town is already experiencing climate vulnerability. It is hit with rainstorms, extreme hot days and drought, flash floods and extreme wind. And as the rest of South Africa also suffer, the city’s four million population is expected to expand rapidly as climate change drives rural to urban migration, with these communities often ending up in parts of the city at risk of flooding.
Such shifts could push Cape Town’s economy to the brink, including in the fishing, agriculture, infrastructure and insurance industries. In the longer term, tourism could also be impacted.
Enticing renewables
As Cape Town’s population grows, so will the demand for energy.
South Africa is hugely reliant on coal for its energy and in the capital the average carbon footprint is 5.6 tonnes per person. However, with a draft carbon tax bill, carbon offset regulations and plans to invest in 20,000MW of new renewable energy infrastructure by 2030, the shift away from fossil fuels has begun.
Such moves are expected to incentivise energy efficiency and simulate the low-carbon economy, and Cape Town is already making moves to ensure it benefits from these developments.
The city is currently negotiating with the national government to install large-scale renewable energy supply, and has a plan for a Green Industrial Zone to attract renewable energy manufacturers and maintenance companies into the city. It has a target to boost the proportion of renewable energy from zero in 2012 to 10% by 2022; with 2% currently coming from wind, solar and hydro.
With plans to reduce the city’s dependence on the national grid by 10% by 2019, diversifying its energy supply, improving energy efficiency and securing the city's water supply are all steps in the right direction, which will boost economic development and jobs in the city.
In the face of growing climate change impacts, South Australia’s key city is moving ahead of both national and state targets to go zero-carbon by 2025.
One of Australia’s major cities, Adelaide has the ambitious goal of becoming a net zero-carbon city by 2025, by revolutionising its transport sector and moving to renewables. This target goes further than the South Australia state’s target to be zero-carbon by 2050, and far out-strips the country’s national commitment to reduce emissions by 26-28% by 2030 (on 2005 levels) under the Paris Agreement.
The city is highly climate vulnerable. It is at risk from heatwaves, extreme hot days, drought and flash floods, posing health risks to the city’s population, particularly vulnerable groups, reduced economic activity and increased costs from air conditioning and cooling.
To combat this, and to boost the city’s response to climate change, Adelaide is collaborating with businesses and developers to boost the transition to a cleaner, greener city. They are providing up to 50% rebates to developers, businesses and community groups that plant street trees, green roofs and invest in green walls and community gardens. This naturally cools the city by reducing the urban heat island effect, while also making Adelaide a healthier, more biodiverse and more enjoyable place to live and work.
A renewable revolution
Adelaide is also using financial incentives to encourage companies and citizens to improve their energy efficiency, boost renewables and cut emissions. The Solar Savers Adelaide program, for example, encourages the uptake of solar PV on home rooftops, providing the up-front funding for installation on low-income and rental homes.
Similarly, the Sustainability Incentives Scheme provides rebates for investment in the installation of water and energy saving systems for both owners and tenants of businesses, homes, schools and community buildings across the city, while the CitySwitch Green Office Program provides funding, information and support for office tenants to reduce energy use. The city is currently seeking private sector investment to expand this scheme to other areas.
With an ambitious aim to run their whole public transport network on renewable energy by 2025, Adelaide plans to upgrade and electrify another of the city’s major train lines by 2018, and is seeking private sector investment for electric vehicle charging stations to boost electric vehicle take-up. With help from the Siemens City Performance Tool the city has identified the opportunity to invest AUD1.4 billion in its public transit and electric vehicle infrastructure over the next decade. This could cut emissions by 31% and create 5,600 new jobs, showing that climate action creates jobs and economic opportunities.
In the aftermath of record-breaking drought and faced with crippling water shortages, cities, companies and citizens are joining forces in California to protect supplies.
The American state of California, located on the coast of the Pacific Ocean, is a thriving region known for culture, technology and agriculture. It houses Silicon Valley and Hollywood and its economy - and its carbon emissions - matches that of many sovereign nations.
In recent years, California has become an epicentre for climate change impacts in the US. From 2012 to 2014, low rainfall and unusually high-temperatures brought about the state’s worst drought in 1,200 years, which led to severe water stress, losses in agricultural produce and economic losses to the tune of US$2 billion in 2014 alone and wildfires that blew through the fire services budget and further hit the agricultural sector.
In January 2014, Governor Jerry Brown declared a State of Emergency in California.
In the wake of continued drought, an Executive Order by the State of California called for a 25% reduction in portable urban water usage to relieve pressure on dwindling water resources.
With water stress expected to increase in the years to come, due to climate change and population growth, the cities of California have joined forces with the business community to conserve water and build resilience. No one body is fully in charge of water governance at the water basin level; working together is crucial.
A collaborative approach
Californian cities are responding to increased water stress in a number of creative ways:
Large companies are also getting in on the action:
And through working together with companies, cities have been able to go even further. For example, between April and August 2015, the city of Benicia worked with a leak detection contractor, Utility Services Association to search for water leaks on 125 miles of pipeline throughout the city. They found 49 water leaks and were able to repair the 41 leaks on public city pipes by February 2016.
But company and city action will only go so far without citizen engagement and many Californian cities are also looking to engage their local populations. Benicia, for example, took a very citizen-inclusive and democratic approach to water governance, using public meetings, direct mail and online pledges to engage communities. Coupled with Benicia’s other actions this approach saw Benicia’s water use reduced by 46% by December 2015 compared to 2013 with residents using record low 43 gallons per person per day.
California’s response to the record-breaking drought has built up the state’s resilience to water stress, and has raised awareness of the risks and solutions. As climate change advances, we will see more frequent and more severe droughts and other water risks. The lessons of California show that water resilience can be achieved only by regional cities, companies and citizens working together with shared goals within a holistic strategy.
With the 2015 floods still in the memories of Chennai, the coastal Indian city is working to become a water secure and resilient city.
Chennai is home to 7,600,000 people and counting. Located in the Bay of Bengal on the east coast of India, the city is no stranger to climate risks. In December 2015, Chennai faced the worst flooding in over 100 years. Hundreds of people were killed; millions were left without clean water, and business operations ground to a halt.
Such events are expected to get both more frequent and more severe in years to come.
The worsening flood risk – from both increased rainfall and potential sea level rise – will hit the city’s most vulnerable hardest, with the poorest people who live in informal settlements most a risk. And while flood continues to pose a risk, water scarcity has also become a daily concern for the city’s growing communities.
Intensive ground water extraction has reduced the level of the water table, while the old leaky water distribution infrastructure is wasting this precious resource.
Faced with these risks, the city has begun to invest in resilience. Through an awareness and education program, businesses and citizens are encouraged to save water, while the city is also investing in the construction of a new storm-water management system to collect and utilize storm-water run-off, and is investing in making periodic repairs to the water distribution network to minimize leakage.
These actions are the start of Chennai’s journey to becoming a water-secure and resilient city.
America’s largest navigable waterway is under threat from climate change. Up and down the Mississippi River, cities are collaborating to protect this vital resource for their citizens and industry.
The largest waterway in the United States of America, the Mississippi river winds through ten states across the US heartland. It acts as a vital source of drinking water for more than 20 million people. It is a major freight transport route, a natural habitat and the vital water source for one of the world's most productive agricultural regions.
The river is central to many million livelihoods and fundamental to the biggest economy on the planet.
When the Mississippi River is in trouble, the costs are huge. In August 2016, for example, over US$10 billion of damages were wrought around the Baton Rouge area of Louisiana due to backwater collecting from torrential rainfall.
Since 2005, the Mississippi River Valley has seen record floods, major droughts, Hurricane Katrina and Hurricane Isaac. Disasters have become persistent and systemic; and as climate change worsens, the will only increase.
Collaborating for shared resilience
To manage the bounty of the river and the risks that come with it, communities in the region are working together in collaboration, under the banner of the Mississippi River Cities & Towns Initiative (MRCTI), an association of 80 Mississippi River Mayors from across all ten states bordering the river.
In the summer of 2017, mayors from 18 of the river’s key cities gathered in Washington DC to press Members of Congress and White House officials on the need to maintain and restore the infrastructure that manages America’s largest waterway. Their infrastructure proposal has the support of several businesses operating along the Mississippi River, as well as widespread community buy-in.
It is calling for investments totalling US$7.93 billion to restore the river’s floodplains and ecosystems and modernize its lock system.
Aware of the role of natural infrastructure in managing flood risk, the cities’ plans include options to add natural green space to reduce the costs of flood damage. For example, Davenport has adapted to flooding by creating a riverfront park, giving the river room to move and limiting the impact of flooding.
The full infrastructure proposal aims to sustain critical ecological assets, generate $24 billion in economic activity, create 100,000 new jobs, support eight sectors of industry, and mitigate hundreds of millions of dollars in disaster impacts.
This collaborative proposal, which is tailored to the needs and strengths of the region, shows how effective cities and towns can be when tackling water challenges together at the water basin level.
Faced with storm surges and intense rainfall, Rio de Janeiro is investing in innovative water management systems.
Tropical beaches and dramatic hillsides have helped turn Rio de Janeiro into a magnet for tourists. But the city’s geography also makes it vulnerable to climate change: more powerful storms, rising seas and longer heatwaves threaten businesses and citizens alike. With almost 6.5 million inhabitants and growing, the stakes are high.
With this in mind, Rio is taking action. It plans to build its climate resilience and cut emissions, while also making the city a better place to live and work.
Sustainable transport
With the aim to cut its carbon emissions 20% by 2020 (on 2005 levels), the city government is looking to its congested streets to reduce its impact.
It has installed 450km of cycle lanes to date, with the aim of pushing beyond 550km by 2020.* The city has also invested in 260 bike share stations and educational programs to encourage safe cycling.
Public transport is another important part of Rio’s environmental strategy. A rapid transit bus network now takes people from one end of the city to the other, with three lines in operation and a fourth under construction, all aimed at reducing transport emissions.
Floods and fires
With climate change increasing the frequency of both heatwaves and torrential, Rio is at risk of fires and flooding – so the city government and is responding with a new community alarm system. When rainfall reaches specific thresholds for each district, sirens alert residents to the risk of dangerous landslides. In hotter weather, a smartphone app and an SMS system tell registered users when extreme temperatures are forecast.
Over the longer term, degraded land is being restored to forest to help prevent landslides and fires, and to slow rainwater runoff – all of which cause major problems for the city.
The new forests also provide shade, welcome a wide range of animals, and improve the water quality for the nearby communities.
Almost 108,000 urban trees have also been planted in the last three years, helping to mitigate the urban heat island effect while cleaning the city air.
By investing in transport and green space, Rio has begun its journey towards improving the lives of its citizens, reducing its environmental impact, and adapting to the effects of climate change.
*Rio de Janeiro has updated this goal to elaborate and implement a Cycling Master Plan by 2020, which aims to improve the quality and connectivity of the cycling infrastructure in the City.
Reducing carbon emissions has become a priority for Chicago as it seeks to lead the way towards a sustainable future.
With a summer temperature projected to rise by up to 5°C by 2040, if present trends continue, Chicago is taking steps to prepare itself for future climate change.
Restoring and creating green space is key to the city’s adaptation strategy.
It plans to have 2,000 acres of natural land within the city limits by 2020 – in a bid to lower temperatures during hot weather and to reduce water runoff when it rains.
Since 2016, the city has rebuilt or refurbished 225 parks and planted over 26,000 new trees to make sure all neighborhoods have access to canopy cover and green space. And it’s not stopping there: it aims to plant a further million trees by 2020.
Cutting carbon
But the city is not only looking to adaptation, it is also doing its part in the fight against climate change.
Under Mayor Rahm Emmanuel, Chicago has committed to reducing its greenhouse gas emissions by 80% by 2050. Between 2010 and 2015, it had already lowered emissions by 7%, even as its population and economy grew.
Energy and transport are two crucial areas in the city’s environmental strategy.
Chicago closed its last two coal plants as part of its shift to cleaner forms of electricity generation, and is supporting the local electric utility to roll out a US$2.6 billion grid modernization project to integrate new sources of renewable power.
As part of a vast retrofitting project of municipal, commercial and residential buildings, the city has increased the energy efficiency of 54 million square feet of the city’s buildings. In 2015, the city reported a 30% reduction in emissions from waste, thanks to an increase in curbside recycling and an improvement in the technology used to handle landfill waste.
Two wheels are better than four
Chicago has worked its way up to first place in the rankings of America’s most bike friendly cities. It’s created around 100 miles of better bike lanes and expanded its bike share program to over 5,000 bikes. It has also created the Loop Link, a bus and bicycle project that gives people speedy, more sustainable options when travelling around the city. Transport planners are now also looking at creating Chicago’s first fleet of electric buses.
Taxi travel too has become less carbon intensive, with city initiatives encouraging a 600% increase in low-carbon taxis. As of September 2014, they represented roughly 81% of the total number of taxis on the road.
The historic and unique city of Venice is a cultural capital famous for its lagoon, water-filled streets and gondolas. As an important site for culture, arts and crafts, industry and tourism, it is one of Italy’s most important cities. But it is also a sinking city.
One of the busiest ports in the Mediterranean, storm surges, coastal flooding and sea-level rise is putting Venice at risk, and are already causing damage to residential and commercial areas and disrupting public services in this historic city.
Forging urban resilience
As the city has always been highly sensitive to the tides, the City of Venice manages a special High Tides Centre, which provides daily forecasts and alerts by email, smartphone app, text messages and alarm sirens. The city also has special pathways raised from the ground that allow people to move around when the tide is high.
A few years ago this may have been enough, but now further adaptation is now needed.
A complex infrastructure project called the MOSE is currently underway to protect Venice from sea surges and coastal flooding. Its rows of mobile gates will ‘close’ the lagoon at high tide, blocking the sea from surging into the city. The project is around 80% complete, due to be completed in 2022.
The MOSE is one of the most significant infrastructure projects in the country, but it still only represents a small fraction of the estimated 50 million euros of infrastructure spending needed per year to maintain the city in the face of environmental impacts.
Embracing efficiency
While protecting against climate and water risks is critical, the city is also keen to use climate action to develop its economy and Venice has joined the Global Covenant of Mayors and set a climate target to reduce emissions by 23% by 2020 compared to 2005 levels; with efficiency key.
Urban planning and building codes now mandate a certain level of energy efficiency, and the city has upgraded streetlights and traffic lights to LEDs to reduce emissions.
While Venice still gets two thirds of its energy from coal and oil, it is leading the way on resource efficiency. All buildings have mandatory water meters, and no waste goes to landfill. Instead almost all municipal waste is recycled, composted or used in waste-to-energy plants.
This puts Venice in a strong position to develop the circular economy, bringing economic opportunities as part of the low-carbon transition.
Known as one of the key fashion capitals of the world, the Italian city of Milan is considered to be Italy’s economic capital, housing the national stock exchange, and a hub for arts and culture.
Preparing for the storms ahead
A city of rivers and canals, Milan is facing increasing flooding as extensive rainstorms inundate the city, and like hundreds of cities around the world, Milan is preparing for the impacts of climate change.
Facing up to the risks of climate change, Milan city council is committed to building urban resilience. It plans to publish a full climate adaptation plan, and has joined two global initiatives: The Global Covenant of Mayors for Climate & Energy and 100 Resilient Cities.
Flood mapping has been completed across the city, and the next urban master plan will consider climate impacts in long term urban planning.
But for Milan, urban climate action is about more than risk management. It’s also about grasping the opportunities of the new sustainable economy. The city's Smart Cities Initiative aims to develop new business industries, accessing new funding sources through 100 Resilient Cities, boosting energy efficiency, and working to meet the city's target to cut emissions by 20% on 2005 levels by 2020.
Increasing the use of renewable energy and encouraging the use of more efficient boilers have put Milan on the pathway towards meeting its target, while the biggest impact has been down to the extension of the city's district heating network. Using heat from gas power plants, waste-to-energy plants and ground-source heat-pumps, the system is dramatically more efficient than households each having their own boilers.
Collaboration is key
To make a sustainable city, you need collaboration between different community stakeholders. With this in mind, Milan has collaborated with the private sector on several projects.
It is working directly with business to upgrade the city’s street and traffic lights to LEDs, and setting up car-sharing programs. There’s much more to be done, but Milan is firmly on the path and to become a sustainable resilient city.
Burlington was one of the first US cities to source 100% of its electricity from renewable sources, and one of over 40 globally.
The largest city in the north-eastern state of Vermont, Burlington’s region is known for its stunning forests, maple syrup and mountainous skiing slopes. Though this city of 42,000 citizens is not large by US standards, it has garnered international attention for its world-leading achievements in urban sustainability.
Its biggest success: 100% of the city grid’s electricity comes from renewable sources. Not only is its electricity clean, but it’s affordable too. The city hasn't raised energy rates in eight years.
As the first city in the country to make such a leap, there’s much we can learn from their experience as other cities follow their lead.
Burlington’s Mayor, Miro Weinberger, told CDP: “Burlington, Vermont is proud to have been the first city in the United States to source 100% of our power from renewable generation. Through our diverse mix of biomass, hydro, wind, and solar, we have seen first-hand that renewable energy boosts our local economy and creates a healthier place to work, live, and raise a family. We encourage other cities around the globe to follow our innovative path as we all work toward a more sustainable energy future.”
So, where does Burlington get its 100% renewable electricity?
This pioneering city kicked off their clean energy journey back in 1978 when they replaced an aging coal plant with the 50-megawatt McNeil Generating Station. Half of the electricity goes to Burlington’s own citywide grid, with the remaining half used elsewhere. The 10-megawatt wind farm and various solar arrays further boost the proportion of renewables in the city’s energy mix.
And then in 2014, city voters approved a $12 million bond for the city’s energy department to purchase the 7.4-megawatt Winooski One Hydro Plant.
And with that, Burlington became the first city in the US to power its electricity grid entirely from renewables.
Building a zero-carbon future
The city is proud of its accomplishment, but it’s not stopping there.
Burlington faces significant risks from climate change. Their two key industries – tourism and agriculture – are vulnerable to extreme weather, and the river that helps generate clean power is at risk of flooding.
You only have to look back to Hurricane Irene in 2011 to see what’s at stake. Heavy rain storms damaged infrastructure, several key businesses and over 60 residential homes – resulting in high costs and loss of economic activity, not to mention severe disruption for citizens.
To make Burlington as resilient as possible, the city is now exploring what it would take to become totally zero-carbon.
They’re investing in charging stations for electric vehicles, planting hundreds of urban trees, and developing plans to pipe steam from the biomass plant to heat downtown homes.
As the world transitions to a low-carbon economy, it’s safe to say Burlington is leading the way.