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ZERO
EMISSION
WORLD

What is ZERO EMISSION WORLD?

Make no mistake, climate change is the biggest threat we have ever faced. If we continue to emit greenhouse gases at the current rate, our planet will be beyond salvation in less than a decade.1 We need to act fast, and we need to act now, but what can we do? ZERO EMISSION WORLD is an all-encompassing graphical solution to climate change that demonstrates how human-made emissions can be reduced to zero by the year 2050. This includes explaining how we can dramatically reduce the amount of energy our buildings, vehicles, and factories consume while also demonstrating how we can power our remaining energy demand using only renewable technologies. Before we get started though, we first need to understand what climate change is, and why we need to put a stop to it.

The World in 2100

If our carbon dioxide emissions continue to increase at the current rate, atmospheric concentrations will be the highest they have been in more than thirty million years.2 The question is, what effect will this have on our planet? Let’s find out what scientists think our planet will look like.

planet's-temperature-spiralling-out-of-control

The Temperature Is Getting Out of Control!

Before we understand the impact climate change will have on our planet, we first need to understand why atmospheric concentrations of greenhouse gases are increasing and how high they could go.

dust-storms-ravage-the-united-states

What Will the World Look Like in the 2020s?

If our emissions continue to increase at the current rate, the 2020s will likely include a desert land expansion equivalent to two times the size of India, huge droughts through-out much of the United States and the demise of the North Pole.

Alternative Huts on Island Nation Being Washed Away by Rising Sea Levels

The Effects of Climate Change in the 2030s

Our increasing demand for fossil fuel is likely to tip Greenland's ice sheets into runaway melting, result in entire nations being washed away and cause over two-hundred million people to lose their life before the conclusion of the 2030s.

cities-washed-away-by-monster-storms

Looking at Climate Change in the 2040s

Should our emissions continue to increase at the current rate, forest fires are likely to batter much of Europe while rising sea-levels and raging storms are likely to decimate many of the world's most famous cities.

africa-abandoned

How Different Will the World Be in the 2050s?

By the middle of the century, our increasing emissions will likely result in Africa being abandoned, torrential rail flooding much of China, one-third of all species going extinct and our vegetation releasing more carbon dioxide than it absorbs.

Panorama of Bangkok city downtown at night

What Will the World Look Like in the 2060s?

If our emissions continue to increase at the current rate, the 2060s will see most of the much of the tropical ocean becoming toxic to marine life, entire cities being abandoned and much of the world's water supplies drying up.

amazon-burns-to-the-ground

The Impact of Climate Change Come the 2070s

Even if our greenhouse gas emissions stop come 2060, the 2070s will likely see average global temperatures rise by some 3.5°C, giant bushfires devastate Australia and much of the Amazon being destroyed by forest fires.

495460 Spain. Valencia, Peniscola. View of the sea from a heigh

Looking at Climate Change in the 2080s

Stopping human-made greenhouse gas emissions by 2060 will not prevent climate. In fact, by the 2080s, it will likely have resulted in the equivalent of half the world's cropland being destroyed as well as sea levels rising by nearly one metre.

climate-refugees-in-the-billions

How Different Will the World Be in the 2090s?

Even if we switch to renewables by 2060, the last ten years of the 21st century will likely witness average global temperatures rising by some 4.1°C, peak temperatures rising by 14°C and occurrences of El Niño and La Niña doubling.

planet's-temperature-spiralling-out-of-control

The Temperature Is Getting Out of Control!

Before we understand the impact climate change will have on our planet, we first need to understand why atmospheric concentrations of greenhouse gases are increasing and how high they could go.

dust-storms-ravage-the-united-states

What Will the World Look Like in the 2020s?

If our emissions continue to increase at the current rate, the 2020s will likely include a desert land expansion equivalent to two times the size of India, huge droughts through-out much of the United States and the demise of the North Pole.

Alternative Huts on Island Nation Being Washed Away by Rising Sea Levels

The Effects of Climate Change in the 2030s

Our increasing demand for fossil fuel is likely to tip Greenland's ice sheets into runaway melting, result in entire nations being washed away and cause over two-hundred million people to lose their life before the conclusion of the 2030s.

cities-washed-away-by-monster-storms

Looking at Climate Change in the 2040s

Should our emissions continue to increase at the current rate, forest fires are likely to batter much of Europe while rising sea-levels and raging storms are likely to decimate many of the world's most famous cities.

africa-abandoned

How Different Will the World Be in the 2050s?

By the middle of the century, our increasing emissions will likely result in Africa being abandoned, torrential rail flooding much of China, one-third of all species going extinct and our vegetation releasing more carbon dioxide than it absorbs.

Panorama of Bangkok city downtown at night

What Will the World Look Like in the 2060s?

If our emissions continue to increase at the current rate, the 2060s will see most of the much of the tropical ocean becoming toxic to marine life, entire cities being abandoned and much of the world's water supplies drying up.

amazon-burns-to-the-ground

The Impact of Climate Change Come the 2070s

Even if our greenhouse gas emissions stop come 2060, the 2070s will likely see average global temperatures rise by some 3.5°C, giant bushfires devastate Australia and much of the Amazon being destroyed by forest fires.

495460 Spain. Valencia, Peniscola. View of the sea from a heigh

Looking at Climate Change in the 2080s

Stopping human-made greenhouse gas emissions by 2060 will not prevent climate. In fact, by the 2080s, it will likely have resulted in the equivalent of half the world's cropland being destroyed as well as sea levels rising by nearly one metre.

climate-refugees-in-the-billions

How Different Will the World Be in the 2090s?

Even if we switch to renewables by 2060, the last ten years of the 21st century will likely witness average global temperatures rising by some 4.1°C, peak temperatures rising by 14°C and occurrences of El Niño and La Niña doubling.

hurricanes-typhoons-cyclones-viewed-from-space

Captain! We Need to Abandon the Ship!

Our planet could look very different come 2100. Even assuming we stop all human-made emissions by 2060, temperatures will likely rise by more than 4°C and sea-levels by 1.5 metres. This will lead to billions losing their lives.

industrial-pollution

What If We Stop All Our Emissions Today?

Imagine that we stop all human-made greenhouse gas emissions today. Would this put a stop to climate change and reverse the damage that has already been done or would climate change still happen anyway?

Understanding Energy

Within ZERO EMISSION WORLD, we do our best to keep the technical terms to a minimum. Unfortunately, when it comes to energy, some technical terms are just unavoidable. As such, to ensure you always know what we are talking about, we suggest that you learn the definitions for the technical terms we use in the book by reading the following article.

electricity

Watt Is It? – How We Measure Energy

Within ZERO EMISSION WORLD, we do our best to keep the technical terms to a minimum. Unfortunately, when it comes to energy, some technical terms are just unavoidable. As such, to ensure you always know what we are talking about, here are some simple definitions for the various energy-related terms that we use.

Fossil Fuelled Planet

Before we understand how to stop our carbon emissions, we must first understand why we create so much of them. To do this, we explain why we need energy, the benefits it brings, and where it all comes from. We also explain the benefits and disadvantages of our current energy sources, and if there is any way of catching the carbon dioxide these energy sources emit before the carbon dioxide enters our atmosphere.

coal-power-plant

How Fossil Fuels Took Over The World

Today, over 80% of our energy is produced from fossil fuels, however, this has not always been the case. So when did we become so dependent on fossil fuels and why did it happen?

coal

Understanding Our Demand for Coal

Coal is the second most popular fossil fuel on the planet and provides 29% of our energy need.3 But what has made coal so popular and why do we continue to use it?

oil-spill

Explaining Why We Opt To Cruise On Crude Oil

Oil has become the most popular fossil fuel on the planet and provides 31% of our energy need.4 But why is oil in such demand and is there any way we can stop the emissions that it produces?

Blue flames of gas burning from a kitchen gas stove

Understanding Our Natural Gas Addiction

Natural gas is the third most popular fossil and provides 21% of our current energy need.5 However, how has natural gas become such a popular energy source and why do we like it so much?

Yellow Cake Uranium

Could Nuclear Power Offer the Solution?

Although not a fossil fuel, nuclear energy provides 5% of our current energy need.6 However, it produces just a fraction of the emissions. Consequently, could nuclear energy offer a climate change solution?

metamictic thorium-bearing-crystal-of-zircon-from-viitaniemi-pegmatic quarry

Is Thorium The Answer to Climate Change?

If nuclear energy isn't viable, thorium may offer a solution. However, if we want to take advantage of this promising energy source, there are a number of obstacles that we first need to overcome.

coal-power-plant

How Fossil Fuels Took Over The World

Today, over 80% of our energy is produced from fossil fuels, however, this has not always been the case. So when did we become so dependent on fossil fuels and why did it happen?

coal

Understanding Our Demand for Coal

Coal is the second most popular fossil fuel on the planet and provides 29% of our energy need.7 But what has made coal so popular and why do we continue to use it?

oil-spill

Explaining Why We Opt To Cruise On Crude Oil

Oil has become the most popular fossil fuel on the planet and provides 31% of our energy need.8 But why is oil in such demand and is there any way we can stop the emissions that it produces?

Blue flames of gas burning from a kitchen gas stove

Understanding Our Natural Gas Addiction

Natural gas is the third most popular fossil and provides 21% of our current energy need.9 However, how has natural gas become such a popular energy source and why do we like it so much?

Yellow Cake Uranium

Could Nuclear Power Offer the Solution?

Although not a fossil fuel, nuclear energy provides 5% of our current energy need.10 However, it produces just a fraction of the emissions. Consequently, could nuclear energy offer a climate change solution?

metamictic thorium-bearing-crystal-of-zircon-from-viitaniemi-pegmatic quarry

Is Thorium The Answer to Climate Change?

If nuclear energy isn't viable, thorium may offer a solution. However, if we want to take advantage of this promising energy source, there are a number of obstacles that we first need to overcome.

The Renewable Solution

So what is the way forward? Well, where fossil fuels are concerned, there does not appear to be one. All methods of removing carbon dioxide from fossil fuel emissions are both expensive and hard to implement. A global switch to nuclear is not viable because we simply don’t have enough uranium. Finally, thorium is not an option because we still need to undertake at least a decade of research and development and, even then, it may not prove to be a cost-effective source of energy. All of this means that if we want to stop climate change, we need to start looking at other options.

Wind turbines farm in winter, Basque Country, Spain

Renewables Explained

Before we get started, there are a few basic questions that we need to answer. Specifically, we need to know what is renewable energy, what’s good about it and why aren’t we already taking advantage of the many benefits renewable energy has to offer.

hydroelectric-aldeadávila-dam-on-river-douro

Ranking the Devices

To establish which energy source is best, we use six key metrics. Specifically, these are energy price, life span, energy generated per square kilometre, payback period, carbon offset period and global potential. In this article, we explain what these metrics are and how we use them.

onshore-wind-turbine-close-up

Onshore Turbines

A typical onshore wind turbine can generate as much as 6 million kWh per year.11 That’s enough energy to power some 300 homes.12 The question is, can onshore turbines provide us with enough energy to replace our existing fossil fuel power plants?

offshore-turbine

Offshore Turbines

A typical offshore wind turbine can generate as much as 13 million kWh per year.13 That’s is two times more energy than an onshore wind turbine.14 However, can offshore turbines provide us with sufficient energy to meet current demand?

Solar panels on bright blue sky background

Photovoltaics

A one-kilometre square field of photovoltaics could generate an incredible 385 million kWh of energy.15 That is enough to power some 20,000 homes.16 However, can photovoltaics provide us with enough energy to replace our existing fossil fuel power plants?

Sun Power

Solar Thermal Plants

A one-kilometre square field of solar thermal parabolic troughs could generate an incredible 120 million kWh of energy.17 That’s enough to power some 6,400 homes.18 The question is, can solar thermal plants generate enough energy to meet our future demand?

Aerial view of Hoover Dam

Hydroelectric Dams

The Three Gorges Dam in China produced more than 100 billion kWh of energy in 2018.19 That’s enough energy to power some 5.3 million homes.20 However, can hydroelectric dams provide us with enough energy to replace all our existing fossil fuel power plants? What’s more, does hydroelectricity really reduce our greenhouse gas emissions?

aerial view of the aerial-view-of-the-rance-tidal-power-plant

Tidal Barrages

The Sihwa Lake in South Korea generates some 550 million kWh of energy every year.21 That’s enough energy to power some 29,000 homes.22 However, is there enough movement in the tides to meet all our energy demand? Furthermore, what are the downsides to disrupting tidal movement?

This is the alternative text.

Tidal Lagoons

A proposed tidal lagoon in Cardiff has the potential to generate a mammoth 5.6 billion kWh of energy.23 That’s enough energy to power some 300,000 homes.24 However, how much of our energy demand can we supply using tidal lagoons and how much do they cost to build?

strangford-lough-tidal-turbine

Tidal Streams

A single tidal stream turbine can generate some 6.1 million kWh of energy.25 That is enough to power some 330 homes.26 However, can we build enough tidal stream turbines to power all our needs? Furthermore, what impact do tidal turbines have on marine life?

aquamarine-oyster-nearshore-wave-energy-generator

Nearshore Wave Power

A one-kilometre stretch of coastline could provide some 104 million kWh per year using nearshore wave devices.27 That’s enough energy to power some 5,500 typical homes.28 However, can we meet all the world’s energy demand using nearshore wave devices? Furthermore, what damage would this do to our coastlines?

pelamis_bursting_out_of_a_wave

Offshore Wave Power

Using offshore wave devices, a one-kilometre stretch of coastline could provide some 128 million kWh per year.29 That’s enough energy to power some 6,800 typical homes,30 slightly more than we could power using nearshore wave devices.31 However, are there enough waves available for us to meet the world’s energy demand using offshore wave devices?

biomass-power-plant

Biomass Power Plants

A one-kilometre square field of crops could provide us with as much as 4.7 million kWh of energy.32 That’s enough energy to power around 250 homes.33 However, is there enough land available to supply all our energy demand using biomass?

nesjavellir-geothermal-power-station

Geothermal Plants

A typical geothermal plant can generate as much as one billion kWh per year.34 Incredibly, that is enough energy to power more than 53,000 homes.35 However, is there enough geothermal energy available to replace our existing fossil fuel power plants?

tidal-lagoon-visitor-centre

Renewable Conclusion

Looking through the datasheets, it is clear that there is a wealth of renewable energy waiting to be tapped into, however, many of these renewable devices capture energy from the same source. For example, photovoltaics and solar thermal both capture energy from the sun to operate. As we are unable to capture the same energy […]

Wind turbines farm in winter, Basque Country, Spain

Renewables Explained

Before we get started, there are a few basic questions that we need to answer. Specifically, we need to know what is renewable energy, what’s good about it and why aren’t we already taking advantage of the many benefits renewable energy has to offer.

hydroelectric-aldeadávila-dam-on-river-douro

Ranking the Devices

To establish which energy source is best, we use six key metrics. Specifically, these are energy price, life span, energy generated per square kilometre, payback period, carbon offset period and global potential. In this article, we explain what these metrics are and how we use them.

onshore-wind-turbine-close-up

Onshore Turbines

A typical onshore wind turbine can generate as much as 6 million kWh per year.1 That’s enough energy to power some 300 homes.2 The question is, can onshore turbines provide us with enough energy to replace our existing fossil fuel power plants?

offshore-turbine

Offshore Turbines

A typical offshore wind turbine can generate as much as 13 million kWh per year.3 That’s is two times more energy than an onshore wind turbine.4 However, can offshore turbines provide us with sufficient energy to meet current demand?

Solar panels on bright blue sky background

Photovoltaics

A one-kilometre square field of photovoltaics could generate an incredible 385 million kWh of energy.5 That is enough to power some 20,000 homes.6 However, can photovoltaics provide us with enough energy to replace our existing fossil fuel power plants?

Sun Power

Solar Thermal Plants

A one-kilometre square field of solar thermal parabolic troughs could generate an incredible 120 million kWh of energy.7 That’s enough to power some 6,400 homes.8 The question is, can solar thermal plants generate enough energy to meet our future demand?

Aerial view of Hoover Dam

Hydroelectric Dams

The Three Gorges Dam in China produced more than 100 billion kWh of energy in 2018.9 That’s enough energy to power some 5.3 million homes.10 However, can hydroelectric dams provide us with enough energy to replace all our existing fossil fuel power plants? What’s more, does hydroelectricity really reduce our greenhouse gas emissions?

aerial view of the aerial-view-of-the-rance-tidal-power-plant

Tidal Barrages

The Sihwa Lake in South Korea generates some 550 million kWh of energy every year.11 That’s enough energy to power some 29,000 homes.12 However, is there enough movement in the tides to meet all our energy demand? Furthermore, what are the downsides to disrupting tidal movement?

This is the alternative text.

Tidal Lagoons

A proposed tidal lagoon in Cardiff has the potential to generate a mammoth 5.6 billion kWh of energy.13 That’s enough energy to power some 300,000 homes.14 However, how much of our energy demand can we supply using tidal lagoons and how much do they cost to build?

strangford-lough-tidal-turbine

Tidal Streams

A single tidal stream turbine can generate some 6.1 million kWh of energy.15 That is enough to power some 330 homes.16 However, can we build enough tidal stream turbines to power all our needs? Furthermore, what impact do tidal turbines have on marine life?

aquamarine-oyster-nearshore-wave-energy-generator

Nearshore Wave Power

A one-kilometre stretch of coastline could provide some 104 million kWh per year using nearshore wave devices.17 That’s enough energy to power some 5,500 typical homes.18 However, can we meet all the world’s energy demand using nearshore wave devices? Furthermore, what damage would this do to our coastlines?

pelamis_bursting_out_of_a_wave

Offshore Wave Power

Using offshore wave devices, a one-kilometre stretch of coastline could provide some 128 million kWh per year.19 That’s enough energy to power some 6,800 typical homes,20 slightly more than we could power using nearshore wave devices.21 However, are there enough waves available for us to meet the world’s energy demand using offshore wave devices?

biomass-power-plant

Biomass Power Plants

A one-kilometre square field of crops could provide us with as much as 4.7 million kWh of energy.22 That’s enough energy to power around 250 homes.23 However, is there enough land available to supply all our energy demand using biomass?

nesjavellir-geothermal-power-station

Geothermal Plants

A typical geothermal plant can generate as much as one billion kWh per year.24 Incredibly, that is enough energy to power more than 53,000 homes.25 However, is there enough geothermal energy available to replace our existing fossil fuel power plants?

tidal-lagoon-visitor-centre

Renewable Conclusion

Looking through the datasheets, it is clear that there is a wealth of renewable energy waiting to be tapped into, however, many of these renewable devices capture energy from the same source. For example, photovoltaics and solar thermal both capture energy from the sun to operate. As we are unable to capture the same energy […]

Future Buildings

We are pleased to announce that the future buildings section is complete and we will be uploading it very shortly! Sign up to our newsletter to find out when it is released.

future-buildings

Future Transport

We pretty much have this section wrapped up, but we need some help sourcing the content. If you are interested in getting involved, please send us a message!

beautiful interchange overpass and city skyline

Future Industry

We pretty much have this section wrapped up, but we need some help sourcing the content. If you are interested in getting involved, please send us a message!

robotic arms with empty conveyor belt

Future Energy

This is the text about the Future Energy section.

Daten Highway Verbindung

The Supergrid

With our energy demand reduced, and renewables confirmed as the most cost-effective and sustainable source for future energy generation, just one task remains – finding a way to distribute all the renewable energy that we generate.

zero-emission-world-chicago-2050

The Wind Tower

To generate energy without impeding on our countryside or oceans, we have developed the wind tower – a habitable, energy-generating skyscraper. The dynamic spiralling form harnesses the wind's energy via a series of vertical turbines to deliver enough power to supply more than 30,000 low-energy homes.1

zero-emission-world-dubai-marina-2050

The Solar Tower

When it comes to sustainably generating energy within our cities, we are not just limited to taking advantage of the wind. We can also use state of the art solar technology to capture energy from the sun. Let us introduce to you – the Solar Tower.

Article Endnotes

  1. Calculation based on a 750-metre Wind Tower located in Sydney generating 185 GWh of electricity per year, a low-energy home consuming 5,575 kWh of energy per year, a 2% loss due to power conditioning and a 6.5% loss due to transmission and distribution. Amount of electricity generated by a Wind Tower and low-energy home consumption calculated within the 'Wind Tower' section of the 'ZERO EMISSION WORLD Energy Database'. Power conditioning losses based on data sourced from Fuji Electric – 'Large-scale Photovoltaic Power Generation Systems' – Page 7. Transmission and distribution losses based on 2007 data for the United States and sourced from United States Department of Energy – 'Frequently Asked Questions – Electricity' – tonto.eia.doe.gov.

For further information about any of the above sources, please visit the ZERO EMISSION WORLD Works Cited page.

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Donate to ZEW

ZERO EMISSION WORLD is a huge undertaking, and it simply would not be possible without the support of people like yourself. To help us complete ZERO EMISSION WORLD, please donate what you can using the form below. Your donation will help complete the research required to finalise the book, fund the equipment needed to undertake the research, market the ideas contained within the book and aid us with the printing costs. Your donation will also help fund our travels to schools, colleges, businesses and universities, where we will inform students not only of the damage climate change will bring, but about how this damage can be prevented. Finally, your donations will help us create exhibitions and events related to ZERO EMISSION WORLD that explain about both climate change and how it can be stopped.

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