COAL, COLONIALISM & RESISTANCE
5.6 Blast from the past – coal from Europe
In a number of European countries, hard coal extraction continues, at huge costs for local communities and ecosystems. Romania Romania is home to one hard coal mining area and two lignite regions. In 2018, 22.1 percent of electricity was generated by burning coal. Until 2018, Romania was a net exporter of electricity, but the additional costs of CO2 emission allowances under the EU emissions trading system have made non-EU power generation more competitive, and Romania became an electricity...
6 Shipping injustice – how the coal travels
Once it leaves the mine – on conveyor belts or trucks – the coal is usually transported to the nearest harbour. Many mines have their own railway lines, or even ports and shipping terminals, not only for exporting coal, but also to transport supplies and machinery to the mine. In Colombia, for instance, trains connecting the Cerrejón mine to the port 150km away operate 24 hours a day. The mining region in El Cesar, Colombia, is also connected to the sea by an approximately 200km railway line....
7.1 Destination Europe
In most European countries, electricity demand has been stagnating or even declining for decades. Renewables and gas are supplying ever greater proportions of what is consumed, and higher CO2 trading prices (a tax on production of CO2) in Europe have dis-incentivised coal use. This has led to falling demand for coal Europe – exacerbated in 2020 by the Covid- 19 pandemic. But coal is still used more than is often thought. Poland is Europe’s chief coal consumer with 78.3 percent of its...
7.2 Dirty ten: Europe’s filthiest power stations
The largest and dirtiest hard coal power station in Europe (in terms of CO2 emissions) is Kozienice, located ten kilometres from the small town with the same name in central Poland. It is run by the Polish company Enea. It ranks third in sulphur dioxide emissions (see below) and second in terms of NOx released in 2017. It runs at an efficiency rate of 45.59 percent. Combined, Enea’s Kozienice and Polaniec power stations released over 17 million tonnes of CO2 in 2019, almost a fifth of Poland’s...
7.3 Europe’s climate criminals
In addition to CO2 emissions which are used to rank Europe’s dirtiest power stations, coal combustion causes other types of air pollution, such as nitrous oxides and sulphur dioxides. Just four companies – Enea, RWE, PGE, and ENEL – were responsible for 46 percent of these emissions in 2018. Enea A Polish energy utility which owns Bogdanka, a hard coal mine located near Lublin in Southeast Poland, and over six GW capacity in coal units. Its CO2 emission reduction strategy is incompatible with...
7.4 The iron grip of coal – hard coal and the steel industry
The role of coal-fired power stations in causing climate change is well-documented and widely understood. What is less well known is that coal is also used in steelworks, releasing large amounts of emissions into the atmosphere and relying on destructive mining operations. In some countries, steelworks produce larger amounts of greenhouse gases than any other single point source. What is steel used for? Steel is crucial for all kinds of industries. It is widely used because it binds well to...
7.5 Too little, too late – phasing out coal in Europe
Fifteen European governments have developed coal phase-out plans, with Austria, Belgium, and Sweden now coal power free. While phaseouts are welcomed, almost all of them are too slow to avoid catastrophic climate change, and too often part of energy transitions that are based on large-scale, corporatecontrolled renewable energy systems that do not challenge the power relations and growth-imperative in energy policy. To illustrate this, we introduce a few countries and their national coal...
7.6 Datteln 4 – a symbol for Germany’s misguided climate policy
On 30 May 2020, a new hard coal power plant, Datteln 4, was commissioned on the periphery of the West-German Ruhr area, a traditional coal mining area. Located on the Datteln-Ems canal, next to the old coal power station units Datteln 1-3, the power plant is less than 500 metres away from the nearest residential areas and just one kilometre from one of Germany’s largest children’s hospitals – although it had originally been planned and permitted to be built about five kilometres further away....
7.7 Coaland – the Polish coal industry
By Alina Pogoda from the Polish Green Network In Poland, hard coal is exploited in 21 mines, mostly in the Silesia region. In 1990, 388,000 people were employed in the hard coal sector. By 2020, this number had declined to 83,000. The Polish mines have been struggling to be profitable for years and their survival is highly dependent on government subsidies. Between 1990 and 2019, mining absorbed 129 billion Polish złoty (€29 billion) in state subsidies. In 2019, Poland extracted 62 million...
7.8 Engineering the climate crisis – Siemens’ stake in hard coal
Far more companies than just mine operators and energy companies render extracting and burning of hard coal possible and cost-efficient. If we look at European companies involved in this dirty business, it is not only investors, banks, and insurance companies that must be held accountable. Let’s take, for instance, the proposed new coal mine at Carmichael in the Galilee Basin in Queensland, Australia (see chapter 5.4). The project could release 700 million tonnes of CO2 per year and is...
5.6 Blast from the past – coal from Europe
In a number of European countries, hard coal extraction continues, at huge costs for local communities and ecosystems. Romania Romania is home to one hard coal mining area and two lignite regions. In 2018, 22.1 percent of electricity was generated by burning coal. Until 2018, Romania was a net exporter of electricity, but the additional costs of CO2 emission allowances under the EU emissions trading system have made non-EU power generation more competitive, and Romania became an electricity...
6 Shipping injustice – how the coal travels
Once it leaves the mine – on conveyor belts or trucks – the coal is usually transported to the nearest harbour. Many mines have their own railway lines, or even ports and shipping terminals, not only for exporting coal, but also to transport supplies and machinery to the mine. In Colombia, for instance, trains connecting the Cerrejón mine to the port 150km away operate 24 hours a day. The mining region in El Cesar, Colombia, is also connected to the sea by an approximately 200km railway line....
7.1 Destination Europe
In most European countries, electricity demand has been stagnating or even declining for decades. Renewables and gas are supplying ever greater proportions of what is consumed, and higher CO2 trading prices (a tax on production of CO2) in Europe have dis-incentivised coal use. This has led to falling demand for coal Europe – exacerbated in 2020 by the Covid- 19 pandemic. But coal is still used more than is often thought. Poland is Europe’s chief coal consumer with 78.3 percent of its...
7.2 Dirty ten: Europe’s filthiest power stations
The largest and dirtiest hard coal power station in Europe (in terms of CO2 emissions) is Kozienice, located ten kilometres from the small town with the same name in central Poland. It is run by the Polish company Enea. It ranks third in sulphur dioxide emissions (see below) and second in terms of NOx released in 2017. It runs at an efficiency rate of 45.59 percent. Combined, Enea’s Kozienice and Polaniec power stations released over 17 million tonnes of CO2 in 2019, almost a fifth of Poland’s...
7.3 Europe’s climate criminals
In addition to CO2 emissions which are used to rank Europe’s dirtiest power stations, coal combustion causes other types of air pollution, such as nitrous oxides and sulphur dioxides. Just four companies – Enea, RWE, PGE, and ENEL – were responsible for 46 percent of these emissions in 2018. Enea A Polish energy utility which owns Bogdanka, a hard coal mine located near Lublin in Southeast Poland, and over six GW capacity in coal units. Its CO2 emission reduction strategy is incompatible with...
7.4 The iron grip of coal – hard coal and the steel industry
The role of coal-fired power stations in causing climate change is well-documented and widely understood. What is less well known is that coal is also used in steelworks, releasing large amounts of emissions into the atmosphere and relying on destructive mining operations. In some countries, steelworks produce larger amounts of greenhouse gases than any other single point source. What is steel used for? Steel is crucial for all kinds of industries. It is widely used because it binds well to...
7.5 Too little, too late – phasing out coal in Europe
Fifteen European governments have developed coal phase-out plans, with Austria, Belgium, and Sweden now coal power free. While phaseouts are welcomed, almost all of them are too slow to avoid catastrophic climate change, and too often part of energy transitions that are based on large-scale, corporatecontrolled renewable energy systems that do not challenge the power relations and growth-imperative in energy policy. To illustrate this, we introduce a few countries and their national coal...
7.6 Datteln 4 – a symbol for Germany’s misguided climate policy
On 30 May 2020, a new hard coal power plant, Datteln 4, was commissioned on the periphery of the West-German Ruhr area, a traditional coal mining area. Located on the Datteln-Ems canal, next to the old coal power station units Datteln 1-3, the power plant is less than 500 metres away from the nearest residential areas and just one kilometre from one of Germany’s largest children’s hospitals – although it had originally been planned and permitted to be built about five kilometres further away....
7.7 Coaland – the Polish coal industry
By Alina Pogoda from the Polish Green Network In Poland, hard coal is exploited in 21 mines, mostly in the Silesia region. In 1990, 388,000 people were employed in the hard coal sector. By 2020, this number had declined to 83,000. The Polish mines have been struggling to be profitable for years and their survival is highly dependent on government subsidies. Between 1990 and 2019, mining absorbed 129 billion Polish złoty (€29 billion) in state subsidies. In 2019, Poland extracted 62 million...
7.8 Engineering the climate crisis – Siemens’ stake in hard coal
Far more companies than just mine operators and energy companies render extracting and burning of hard coal possible and cost-efficient. If we look at European companies involved in this dirty business, it is not only investors, banks, and insurance companies that must be held accountable. Let’s take, for instance, the proposed new coal mine at Carmichael in the Galilee Basin in Queensland, Australia (see chapter 5.4). The project could release 700 million tonnes of CO2 per year and is...
5.6 Blast from the past – coal from Europe
In a number of European countries, hard coal extraction continues, at huge costs for local communities and ecosystems. Romania Romania is home to one hard coal mining area and two lignite regions. In 2018, 22.1 percent of electricity was generated by burning coal. Until 2018, Romania was a net exporter of electricity, but the additional costs of CO2 emission allowances under the EU emissions trading system have made non-EU power generation more competitive, and Romania became an electricity...
6 Shipping injustice – how the coal travels
Once it leaves the mine – on conveyor belts or trucks – the coal is usually transported to the nearest harbour. Many mines have their own railway lines, or even ports and shipping terminals, not only for exporting coal, but also to transport supplies and machinery to the mine. In Colombia, for instance, trains connecting the Cerrejón mine to the port 150km away operate 24 hours a day. The mining region in El Cesar, Colombia, is also connected to the sea by an approximately 200km railway line....
7.1 Destination Europe
In most European countries, electricity demand has been stagnating or even declining for decades. Renewables and gas are supplying ever greater proportions of what is consumed, and higher CO2 trading prices (a tax on production of CO2) in Europe have dis-incentivised coal use. This has led to falling demand for coal Europe – exacerbated in 2020 by the Covid- 19 pandemic. But coal is still used more than is often thought. Poland is Europe’s chief coal consumer with 78.3 percent of its...
7.2 Dirty ten: Europe’s filthiest power stations
The largest and dirtiest hard coal power station in Europe (in terms of CO2 emissions) is Kozienice, located ten kilometres from the small town with the same name in central Poland. It is run by the Polish company Enea. It ranks third in sulphur dioxide emissions (see below) and second in terms of NOx released in 2017. It runs at an efficiency rate of 45.59 percent. Combined, Enea’s Kozienice and Polaniec power stations released over 17 million tonnes of CO2 in 2019, almost a fifth of Poland’s...
7.3 Europe’s climate criminals
In addition to CO2 emissions which are used to rank Europe’s dirtiest power stations, coal combustion causes other types of air pollution, such as nitrous oxides and sulphur dioxides. Just four companies – Enea, RWE, PGE, and ENEL – were responsible for 46 percent of these emissions in 2018. Enea A Polish energy utility which owns Bogdanka, a hard coal mine located near Lublin in Southeast Poland, and over six GW capacity in coal units. Its CO2 emission reduction strategy is incompatible with...
7.4 The iron grip of coal – hard coal and the steel industry
The role of coal-fired power stations in causing climate change is well-documented and widely understood. What is less well known is that coal is also used in steelworks, releasing large amounts of emissions into the atmosphere and relying on destructive mining operations. In some countries, steelworks produce larger amounts of greenhouse gases than any other single point source. What is steel used for? Steel is crucial for all kinds of industries. It is widely used because it binds well to...
7.5 Too little, too late – phasing out coal in Europe
Fifteen European governments have developed coal phase-out plans, with Austria, Belgium, and Sweden now coal power free. While phaseouts are welcomed, almost all of them are too slow to avoid catastrophic climate change, and too often part of energy transitions that are based on large-scale, corporatecontrolled renewable energy systems that do not challenge the power relations and growth-imperative in energy policy. To illustrate this, we introduce a few countries and their national coal...
7.6 Datteln 4 – a symbol for Germany’s misguided climate policy
On 30 May 2020, a new hard coal power plant, Datteln 4, was commissioned on the periphery of the West-German Ruhr area, a traditional coal mining area. Located on the Datteln-Ems canal, next to the old coal power station units Datteln 1-3, the power plant is less than 500 metres away from the nearest residential areas and just one kilometre from one of Germany’s largest children’s hospitals – although it had originally been planned and permitted to be built about five kilometres further away....
7.7 Coaland – the Polish coal industry
By Alina Pogoda from the Polish Green Network In Poland, hard coal is exploited in 21 mines, mostly in the Silesia region. In 1990, 388,000 people were employed in the hard coal sector. By 2020, this number had declined to 83,000. The Polish mines have been struggling to be profitable for years and their survival is highly dependent on government subsidies. Between 1990 and 2019, mining absorbed 129 billion Polish złoty (€29 billion) in state subsidies. In 2019, Poland extracted 62 million...
7.8 Engineering the climate crisis – Siemens’ stake in hard coal
Far more companies than just mine operators and energy companies render extracting and burning of hard coal possible and cost-efficient. If we look at European companies involved in this dirty business, it is not only investors, banks, and insurance companies that must be held accountable. Let’s take, for instance, the proposed new coal mine at Carmichael in the Galilee Basin in Queensland, Australia (see chapter 5.4). The project could release 700 million tonnes of CO2 per year and is...
5.6 Blast from the past – coal from Europe
In a number of European countries, hard coal extraction continues, at huge costs for local communities and ecosystems. Romania Romania is home to one hard coal mining area and two lignite regions. In 2018, 22.1 percent of electricity was generated by burning coal. Until 2018, Romania was a net exporter of electricity, but the additional costs of CO2 emission allowances under the EU emissions trading system have made non-EU power generation more competitive, and Romania became an electricity...
6 Shipping injustice – how the coal travels
Once it leaves the mine – on conveyor belts or trucks – the coal is usually transported to the nearest harbour. Many mines have their own railway lines, or even ports and shipping terminals, not only for exporting coal, but also to transport supplies and machinery to the mine. In Colombia, for instance, trains connecting the Cerrejón mine to the port 150km away operate 24 hours a day. The mining region in El Cesar, Colombia, is also connected to the sea by an approximately 200km railway line....
7.1 Destination Europe
In most European countries, electricity demand has been stagnating or even declining for decades. Renewables and gas are supplying ever greater proportions of what is consumed, and higher CO2 trading prices (a tax on production of CO2) in Europe have dis-incentivised coal use. This has led to falling demand for coal Europe – exacerbated in 2020 by the Covid- 19 pandemic. But coal is still used more than is often thought. Poland is Europe’s chief coal consumer with 78.3 percent of its...
7.2 Dirty ten: Europe’s filthiest power stations
The largest and dirtiest hard coal power station in Europe (in terms of CO2 emissions) is Kozienice, located ten kilometres from the small town with the same name in central Poland. It is run by the Polish company Enea. It ranks third in sulphur dioxide emissions (see below) and second in terms of NOx released in 2017. It runs at an efficiency rate of 45.59 percent. Combined, Enea’s Kozienice and Polaniec power stations released over 17 million tonnes of CO2 in 2019, almost a fifth of Poland’s...
7.3 Europe’s climate criminals
In addition to CO2 emissions which are used to rank Europe’s dirtiest power stations, coal combustion causes other types of air pollution, such as nitrous oxides and sulphur dioxides. Just four companies – Enea, RWE, PGE, and ENEL – were responsible for 46 percent of these emissions in 2018. Enea A Polish energy utility which owns Bogdanka, a hard coal mine located near Lublin in Southeast Poland, and over six GW capacity in coal units. Its CO2 emission reduction strategy is incompatible with...
7.4 The iron grip of coal – hard coal and the steel industry
The role of coal-fired power stations in causing climate change is well-documented and widely understood. What is less well known is that coal is also used in steelworks, releasing large amounts of emissions into the atmosphere and relying on destructive mining operations. In some countries, steelworks produce larger amounts of greenhouse gases than any other single point source. What is steel used for? Steel is crucial for all kinds of industries. It is widely used because it binds well to...
7.5 Too little, too late – phasing out coal in Europe
Fifteen European governments have developed coal phase-out plans, with Austria, Belgium, and Sweden now coal power free. While phaseouts are welcomed, almost all of them are too slow to avoid catastrophic climate change, and too often part of energy transitions that are based on large-scale, corporatecontrolled renewable energy systems that do not challenge the power relations and growth-imperative in energy policy. To illustrate this, we introduce a few countries and their national coal...
7.6 Datteln 4 – a symbol for Germany’s misguided climate policy
On 30 May 2020, a new hard coal power plant, Datteln 4, was commissioned on the periphery of the West-German Ruhr area, a traditional coal mining area. Located on the Datteln-Ems canal, next to the old coal power station units Datteln 1-3, the power plant is less than 500 metres away from the nearest residential areas and just one kilometre from one of Germany’s largest children’s hospitals – although it had originally been planned and permitted to be built about five kilometres further away....
7.7 Coaland – the Polish coal industry
By Alina Pogoda from the Polish Green Network In Poland, hard coal is exploited in 21 mines, mostly in the Silesia region. In 1990, 388,000 people were employed in the hard coal sector. By 2020, this number had declined to 83,000. The Polish mines have been struggling to be profitable for years and their survival is highly dependent on government subsidies. Between 1990 and 2019, mining absorbed 129 billion Polish złoty (€29 billion) in state subsidies. In 2019, Poland extracted 62 million...
7.8 Engineering the climate crisis – Siemens’ stake in hard coal
Far more companies than just mine operators and energy companies render extracting and burning of hard coal possible and cost-efficient. If we look at European companies involved in this dirty business, it is not only investors, banks, and insurance companies that must be held accountable. Let’s take, for instance, the proposed new coal mine at Carmichael in the Galilee Basin in Queensland, Australia (see chapter 5.4). The project could release 700 million tonnes of CO2 per year and is...
2 Hard coal – a dirty business
Coal is the world’s dirtiest source of energy, one of the world’s worst polluters, and a major contributor to the climate catastrophe.
5.6 Blast from the past – coal from Europe
In a number of European countries, hard coal extraction continues, at huge costs for local communities and ecosystems. Romania Romania is home to one hard coal mining area and two lignite regions. In 2018, 22.1 percent of electricity was generated...
6 Shipping injustice – how the coal travels
Once it leaves the mine – on conveyor belts or trucks – the coal is usually transported to the nearest harbour. Many mines have their own railway lines, or even ports and shipping terminals, not only for exporting coal, but also to transport...
7.1 Destination Europe
In most European countries, electricity demand has been stagnating or even declining for decades. Renewables and gas are supplying ever greater proportions of what is consumed, and higher CO2 trading prices (a tax on production of CO2) in Europe...
7.2 Dirty ten: Europe’s filthiest power stations
The largest and dirtiest hard coal power station in Europe (in terms of CO2 emissions) is Kozienice, located ten kilometres from the small town with the same name in central Poland. It is run by the Polish company Enea. It ranks third in sulphur...
7.3 Europe’s climate criminals
In addition to CO2 emissions which are used to rank Europe’s dirtiest power stations, coal combustion causes other types of air pollution, such as nitrous oxides and sulphur dioxides. Just four companies – Enea, RWE, PGE, and ENEL – were...
7.4 The iron grip of coal – hard coal and the steel industry
The role of coal-fired power stations in causing climate change is well-documented and widely understood. What is less well known is that coal is also used in steelworks, releasing large amounts of emissions into the atmosphere and relying on...
7.5 Too little, too late – phasing out coal in Europe
Fifteen European governments have developed coal phase-out plans, with Austria, Belgium, and Sweden now coal power free. While phaseouts are welcomed, almost all of them are too slow to avoid catastrophic climate change, and too often part of...
7.6 Datteln 4 – a symbol for Germany’s misguided climate policy
On 30 May 2020, a new hard coal power plant, Datteln 4, was commissioned on the periphery of the West-German Ruhr area, a traditional coal mining area. Located on the Datteln-Ems canal, next to the old coal power station units Datteln 1-3, the...
7.7 Coaland – the Polish coal industry
By Alina Pogoda from the Polish Green Network In Poland, hard coal is exploited in 21 mines, mostly in the Silesia region. In 1990, 388,000 people were employed in the hard coal sector. By 2020, this number had declined to 83,000. The Polish mines...
7.8 Engineering the climate crisis – Siemens’ stake in hard coal
Far more companies than just mine operators and energy companies render extracting and burning of hard coal possible and cost-efficient. If we look at European companies involved in this dirty business, it is not only investors, banks, and...
5.6 Blast from the past – coal from Europe
In a number of European countries, hard coal extraction continues, at huge costs for local communities and ecosystems. Romania Romania is home to one hard coal mining area and two lignite regions. In 2018, 22.1 percent of electricity was generated...
6 Shipping injustice – how the coal travels
Once it leaves the mine – on conveyor belts or trucks – the coal is usually transported to the nearest harbour. Many mines have their own railway lines, or even ports and shipping terminals, not only for exporting coal, but also to transport...
7.1 Destination Europe
In most European countries, electricity demand has been stagnating or even declining for decades. Renewables and gas are supplying ever greater proportions of what is consumed, and higher CO2 trading prices (a tax on production of CO2) in Europe...
7.2 Dirty ten: Europe’s filthiest power stations
The largest and dirtiest hard coal power station in Europe (in terms of CO2 emissions) is Kozienice, located ten kilometres from the small town with the same name in central Poland. It is run by the Polish company Enea. It ranks third in sulphur...
7.3 Europe’s climate criminals
In addition to CO2 emissions which are used to rank Europe’s dirtiest power stations, coal combustion causes other types of air pollution, such as nitrous oxides and sulphur dioxides. Just four companies – Enea, RWE, PGE, and ENEL – were...
7.4 The iron grip of coal – hard coal and the steel industry
The role of coal-fired power stations in causing climate change is well-documented and widely understood. What is less well known is that coal is also used in steelworks, releasing large amounts of emissions into the atmosphere and relying on...
7.5 Too little, too late – phasing out coal in Europe
Fifteen European governments have developed coal phase-out plans, with Austria, Belgium, and Sweden now coal power free. While phaseouts are welcomed, almost all of them are too slow to avoid catastrophic climate change, and too often part of...
7.6 Datteln 4 – a symbol for Germany’s misguided climate policy
On 30 May 2020, a new hard coal power plant, Datteln 4, was commissioned on the periphery of the West-German Ruhr area, a traditional coal mining area. Located on the Datteln-Ems canal, next to the old coal power station units Datteln 1-3, the...
7.7 Coaland – the Polish coal industry
By Alina Pogoda from the Polish Green Network In Poland, hard coal is exploited in 21 mines, mostly in the Silesia region. In 1990, 388,000 people were employed in the hard coal sector. By 2020, this number had declined to 83,000. The Polish mines...
7.8 Engineering the climate crisis – Siemens’ stake in hard coal
Far more companies than just mine operators and energy companies render extracting and burning of hard coal possible and cost-efficient. If we look at European companies involved in this dirty business, it is not only investors, banks, and...
5.6 Blast from the past – coal from Europe
In a number of European countries, hard coal extraction continues, at huge costs for local communities and ecosystems. Romania Romania is home to one hard coal mining area and two lignite regions. In 2018, 22.1 percent of electricity was generated...
6 Shipping injustice – how the coal travels
Once it leaves the mine – on conveyor belts or trucks – the coal is usually transported to the nearest harbour. Many mines have their own railway lines, or even ports and shipping terminals, not only for exporting coal, but also to transport...
7.1 Destination Europe
In most European countries, electricity demand has been stagnating or even declining for decades. Renewables and gas are supplying ever greater proportions of what is consumed, and higher CO2 trading prices (a tax on production of CO2) in Europe...
7.2 Dirty ten: Europe’s filthiest power stations
The largest and dirtiest hard coal power station in Europe (in terms of CO2 emissions) is Kozienice, located ten kilometres from the small town with the same name in central Poland. It is run by the Polish company Enea. It ranks third in sulphur...
7.3 Europe’s climate criminals
In addition to CO2 emissions which are used to rank Europe’s dirtiest power stations, coal combustion causes other types of air pollution, such as nitrous oxides and sulphur dioxides. Just four companies – Enea, RWE, PGE, and ENEL – were...
7.4 The iron grip of coal – hard coal and the steel industry
The role of coal-fired power stations in causing climate change is well-documented and widely understood. What is less well known is that coal is also used in steelworks, releasing large amounts of emissions into the atmosphere and relying on...
7.5 Too little, too late – phasing out coal in Europe
Fifteen European governments have developed coal phase-out plans, with Austria, Belgium, and Sweden now coal power free. While phaseouts are welcomed, almost all of them are too slow to avoid catastrophic climate change, and too often part of...
7.6 Datteln 4 – a symbol for Germany’s misguided climate policy
On 30 May 2020, a new hard coal power plant, Datteln 4, was commissioned on the periphery of the West-German Ruhr area, a traditional coal mining area. Located on the Datteln-Ems canal, next to the old coal power station units Datteln 1-3, the...
7.7 Coaland – the Polish coal industry
By Alina Pogoda from the Polish Green Network In Poland, hard coal is exploited in 21 mines, mostly in the Silesia region. In 1990, 388,000 people were employed in the hard coal sector. By 2020, this number had declined to 83,000. The Polish mines...
7.8 Engineering the climate crisis – Siemens’ stake in hard coal
Far more companies than just mine operators and energy companies render extracting and burning of hard coal possible and cost-efficient. If we look at European companies involved in this dirty business, it is not only investors, banks, and...
5.6 Blast from the past – coal from Europe
In a number of European countries, hard coal extraction continues, at huge costs for local communities and ecosystems. Romania Romania is home to one hard coal mining area and two lignite regions. In 2018, 22.1 percent of electricity was generated...
6 Shipping injustice – how the coal travels
Once it leaves the mine – on conveyor belts or trucks – the coal is usually transported to the nearest harbour. Many mines have their own railway lines, or even ports and shipping terminals, not only for exporting coal, but also to transport...
7.1 Destination Europe
In most European countries, electricity demand has been stagnating or even declining for decades. Renewables and gas are supplying ever greater proportions of what is consumed, and higher CO2 trading prices (a tax on production of CO2) in Europe...
7.2 Dirty ten: Europe’s filthiest power stations
The largest and dirtiest hard coal power station in Europe (in terms of CO2 emissions) is Kozienice, located ten kilometres from the small town with the same name in central Poland. It is run by the Polish company Enea. It ranks third in sulphur...
7.3 Europe’s climate criminals
In addition to CO2 emissions which are used to rank Europe’s dirtiest power stations, coal combustion causes other types of air pollution, such as nitrous oxides and sulphur dioxides. Just four companies – Enea, RWE, PGE, and ENEL – were...
7.4 The iron grip of coal – hard coal and the steel industry
The role of coal-fired power stations in causing climate change is well-documented and widely understood. What is less well known is that coal is also used in steelworks, releasing large amounts of emissions into the atmosphere and relying on...
7.5 Too little, too late – phasing out coal in Europe
Fifteen European governments have developed coal phase-out plans, with Austria, Belgium, and Sweden now coal power free. While phaseouts are welcomed, almost all of them are too slow to avoid catastrophic climate change, and too often part of...
7.6 Datteln 4 – a symbol for Germany’s misguided climate policy
On 30 May 2020, a new hard coal power plant, Datteln 4, was commissioned on the periphery of the West-German Ruhr area, a traditional coal mining area. Located on the Datteln-Ems canal, next to the old coal power station units Datteln 1-3, the...
7.7 Coaland – the Polish coal industry
By Alina Pogoda from the Polish Green Network In Poland, hard coal is exploited in 21 mines, mostly in the Silesia region. In 1990, 388,000 people were employed in the hard coal sector. By 2020, this number had declined to 83,000. The Polish mines...
7.8 Engineering the climate crisis – Siemens’ stake in hard coal
Far more companies than just mine operators and energy companies render extracting and burning of hard coal possible and cost-efficient. If we look at European companies involved in this dirty business, it is not only investors, banks, and...
5.6 Blast from the past – coal from Europe
In a number of European countries, hard coal extraction continues, at huge costs for local communities and ecosystems. Romania Romania is home to one hard coal mining area and two lignite regions. In 2018, 22.1 percent of electricity was generated...
6 Shipping injustice – how the coal travels
Once it leaves the mine – on conveyor belts or trucks – the coal is usually transported to the nearest harbour. Many mines have their own railway lines, or even ports and shipping terminals, not only for exporting coal, but also to transport...
7.1 Destination Europe
In most European countries, electricity demand has been stagnating or even declining for decades. Renewables and gas are supplying ever greater proportions of what is consumed, and higher CO2 trading prices (a tax on production of CO2) in Europe...
7.2 Dirty ten: Europe’s filthiest power stations
The largest and dirtiest hard coal power station in Europe (in terms of CO2 emissions) is Kozienice, located ten kilometres from the small town with the same name in central Poland. It is run by the Polish company Enea. It ranks third in sulphur...
7.3 Europe’s climate criminals
In addition to CO2 emissions which are used to rank Europe’s dirtiest power stations, coal combustion causes other types of air pollution, such as nitrous oxides and sulphur dioxides. Just four companies – Enea, RWE, PGE, and ENEL – were...
7.4 The iron grip of coal – hard coal and the steel industry
The role of coal-fired power stations in causing climate change is well-documented and widely understood. What is less well known is that coal is also used in steelworks, releasing large amounts of emissions into the atmosphere and relying on...
7.5 Too little, too late – phasing out coal in Europe
Fifteen European governments have developed coal phase-out plans, with Austria, Belgium, and Sweden now coal power free. While phaseouts are welcomed, almost all of them are too slow to avoid catastrophic climate change, and too often part of...
7.6 Datteln 4 – a symbol for Germany’s misguided climate policy
On 30 May 2020, a new hard coal power plant, Datteln 4, was commissioned on the periphery of the West-German Ruhr area, a traditional coal mining area. Located on the Datteln-Ems canal, next to the old coal power station units Datteln 1-3, the...
7.7 Coaland – the Polish coal industry
By Alina Pogoda from the Polish Green Network In Poland, hard coal is exploited in 21 mines, mostly in the Silesia region. In 1990, 388,000 people were employed in the hard coal sector. By 2020, this number had declined to 83,000. The Polish mines...
7.8 Engineering the climate crisis – Siemens’ stake in hard coal
Far more companies than just mine operators and energy companies render extracting and burning of hard coal possible and cost-efficient. If we look at European companies involved in this dirty business, it is not only investors, banks, and...
5.6 Blast from the past – coal from Europe
In a number of European countries, hard coal extraction continues, at huge costs for local communities and ecosystems. Romania Romania is home to one hard coal mining area and two lignite regions. In 2018, 22.1 percent of electricity was generated...
6 Shipping injustice – how the coal travels
Once it leaves the mine – on conveyor belts or trucks – the coal is usually transported to the nearest harbour. Many mines have their own railway lines, or even ports and shipping terminals, not only for exporting coal, but also to transport...
7.1 Destination Europe
In most European countries, electricity demand has been stagnating or even declining for decades. Renewables and gas are supplying ever greater proportions of what is consumed, and higher CO2 trading prices (a tax on production of CO2) in Europe...
7.2 Dirty ten: Europe’s filthiest power stations
The largest and dirtiest hard coal power station in Europe (in terms of CO2 emissions) is Kozienice, located ten kilometres from the small town with the same name in central Poland. It is run by the Polish company Enea. It ranks third in sulphur...
7.3 Europe’s climate criminals
In addition to CO2 emissions which are used to rank Europe’s dirtiest power stations, coal combustion causes other types of air pollution, such as nitrous oxides and sulphur dioxides. Just four companies – Enea, RWE, PGE, and ENEL – were...
7.4 The iron grip of coal – hard coal and the steel industry
The role of coal-fired power stations in causing climate change is well-documented and widely understood. What is less well known is that coal is also used in steelworks, releasing large amounts of emissions into the atmosphere and relying on...
7.5 Too little, too late – phasing out coal in Europe
Fifteen European governments have developed coal phase-out plans, with Austria, Belgium, and Sweden now coal power free. While phaseouts are welcomed, almost all of them are too slow to avoid catastrophic climate change, and too often part of...
7.6 Datteln 4 – a symbol for Germany’s misguided climate policy
On 30 May 2020, a new hard coal power plant, Datteln 4, was commissioned on the periphery of the West-German Ruhr area, a traditional coal mining area. Located on the Datteln-Ems canal, next to the old coal power station units Datteln 1-3, the...
7.7 Coaland – the Polish coal industry
By Alina Pogoda from the Polish Green Network In Poland, hard coal is exploited in 21 mines, mostly in the Silesia region. In 1990, 388,000 people were employed in the hard coal sector. By 2020, this number had declined to 83,000. The Polish mines...
7.8 Engineering the climate crisis – Siemens’ stake in hard coal
Far more companies than just mine operators and energy companies render extracting and burning of hard coal possible and cost-efficient. If we look at European companies involved in this dirty business, it is not only investors, banks, and...
5.6 Blast from the past – coal from Europe
In a number of European countries, hard coal extraction continues, at huge costs for local communities and ecosystems. Romania Romania is home to one hard coal mining area and two lignite regions. In 2018, 22.1 percent of electricity was generated by burning coal. Until 2018, Romania was a net exporter of electricity, but the additional costs of CO2 emission allowances under the EU emissions trading system have made non-EU power generation more competitive, and Romania became an electricity...
6 Shipping injustice – how the coal travels
Once it leaves the mine – on conveyor belts or trucks – the coal is usually transported to the nearest harbour. Many mines have their own railway lines, or even ports and shipping terminals, not only for exporting coal, but also to transport supplies and machinery to the mine. In Colombia, for instance, trains connecting the Cerrejón mine to the port 150km away operate 24 hours a day. The mining region in El Cesar, Colombia, is also connected to the sea by an approximately 200km railway line....
7.1 Destination Europe
In most European countries, electricity demand has been stagnating or even declining for decades. Renewables and gas are supplying ever greater proportions of what is consumed, and higher CO2 trading prices (a tax on production of CO2) in Europe have dis-incentivised coal use. This has led to falling demand for coal Europe – exacerbated in 2020 by the Covid- 19 pandemic. But coal is still used more than is often thought. Poland is Europe’s chief coal consumer with 78.3 percent of its...
7.2 Dirty ten: Europe’s filthiest power stations
The largest and dirtiest hard coal power station in Europe (in terms of CO2 emissions) is Kozienice, located ten kilometres from the small town with the same name in central Poland. It is run by the Polish company Enea. It ranks third in sulphur dioxide emissions (see below) and second in terms of NOx released in 2017. It runs at an efficiency rate of 45.59 percent. Combined, Enea’s Kozienice and Polaniec power stations released over 17 million tonnes of CO2 in 2019, almost a fifth of Poland’s...
7.3 Europe’s climate criminals
In addition to CO2 emissions which are used to rank Europe’s dirtiest power stations, coal combustion causes other types of air pollution, such as nitrous oxides and sulphur dioxides. Just four companies – Enea, RWE, PGE, and ENEL – were responsible for 46 percent of these emissions in 2018. Enea A Polish energy utility which owns Bogdanka, a hard coal mine located near Lublin in Southeast Poland, and over six GW capacity in coal units. Its CO2 emission reduction strategy is incompatible with...
7.4 The iron grip of coal – hard coal and the steel industry
The role of coal-fired power stations in causing climate change is well-documented and widely understood. What is less well known is that coal is also used in steelworks, releasing large amounts of emissions into the atmosphere and relying on destructive mining operations. In some countries, steelworks produce larger amounts of greenhouse gases than any other single point source. What is steel used for? Steel is crucial for all kinds of industries. It is widely used because it binds well to...
7.5 Too little, too late – phasing out coal in Europe
Fifteen European governments have developed coal phase-out plans, with Austria, Belgium, and Sweden now coal power free. While phaseouts are welcomed, almost all of them are too slow to avoid catastrophic climate change, and too often part of energy transitions that are based on large-scale, corporatecontrolled renewable energy systems that do not challenge the power relations and growth-imperative in energy policy. To illustrate this, we introduce a few countries and their national coal...
7.6 Datteln 4 – a symbol for Germany’s misguided climate policy
On 30 May 2020, a new hard coal power plant, Datteln 4, was commissioned on the periphery of the West-German Ruhr area, a traditional coal mining area. Located on the Datteln-Ems canal, next to the old coal power station units Datteln 1-3, the power plant is less than 500 metres away from the nearest residential areas and just one kilometre from one of Germany’s largest children’s hospitals – although it had originally been planned and permitted to be built about five kilometres further away....
7.7 Coaland – the Polish coal industry
By Alina Pogoda from the Polish Green Network In Poland, hard coal is exploited in 21 mines, mostly in the Silesia region. In 1990, 388,000 people were employed in the hard coal sector. By 2020, this number had declined to 83,000. The Polish mines have been struggling to be profitable for years and their survival is highly dependent on government subsidies. Between 1990 and 2019, mining absorbed 129 billion Polish złoty (€29 billion) in state subsidies. In 2019, Poland extracted 62 million...
7.8 Engineering the climate crisis – Siemens’ stake in hard coal
Far more companies than just mine operators and energy companies render extracting and burning of hard coal possible and cost-efficient. If we look at European companies involved in this dirty business, it is not only investors, banks, and insurance companies that must be held accountable. Let’s take, for instance, the proposed new coal mine at Carmichael in the Galilee Basin in Queensland, Australia (see chapter 5.4). The project could release 700 million tonnes of CO2 per year and is...