Amer power plant

The two main types of fuel used for the two units at the Amer power plant are coal and clean biomass. The third type of fuel used is wood gas which is obtained by carrying out the degasification of construction timber and waste timber.

Essent uses coal to fire the Amer power plant because we do not want our electricity generation activities to be dependent on one type of fuel as that would put the security of supply and affordability of electricity at risk.

For that reason, we use a wide range of fuels to generate energy. We call those fuels our fuel mix. The main fuels which we use are natural gas, coal, biomass (wood pellets,

construction timber and waste timber), land-based wind, sea-based wind and hydroelectric power.

Biomass Biomass is the collective name for all kinds of organic material such as wood clippings and agricultural crops. The main type of biomass that Essent uses to generate electricity at the power plant comes in the form of so-called wood pellets. These will increasingly be produced using the wood from fast-growing conifers from production forests managed by RWE in the US state of Georgia. Wood pellets are also imported from Canada, for example. During their

growth, the trees absorb CO2 that is released again during combustion at the power plant. The CO2 cycle is short as a result of which no additional CO2 is released into the atmosphere and so this wood is a sustainable fuel. Consequently the co-firing of biomass means that the power plant can also produce Green Electricity. Moreover, the biomass that Essent uses has been awarded a Green Gold Label, which indicates that the origin of the biomass is known and that it meets important sustainability criteria.

Wood gasification installation at Amer 9 The wood gasification installation uses advanced technology to gasify construction timber and waste timber in order to produce wood gas.

The installation is the only one on this scale in Europe. The gas produced is purified and then used to co-fire the combustion boiler of unit 9. The current installation turns 100,000 tons of construction timber and waste timber into wood gas per annum.

The gasification technology has been partly patented by Essent.

of people required in order to make up a group is 10 and a minimum age applies. Tours are given free of charge but you will have to organise your own transport and pay your own costs for getting to and from the site. Please note that you will also have to provide proof of identity at the entrance to the site. The programme will take between 2 and 2½ hours.

Working at Essent We are continuously looking for talented technical staff for posts on different levels, ranging from installers to project engineers and from environmental coordinators to project managers.

Want to find out more?

Go to www.werkenbijessent.nl.

For more information, please go to www.essent.nl/excursie.

Green power The Amer power plant is the largest biomass co-fired power plant in Europe. Essent’s ambition is to increase the share of sustainable biomass used for co-firing. It is planning to build an additional landing quay for biomass, to install additional biomass silos, to build special mills for cutting up the biomass and to install conveyor belts to transport it.

Tests carried out have successfully shown that a co-firing percentage of 50 per cent can be achieved. Economic feasibility and government policy and incentives have been the decisive factors which have shaped the realisation of these plans.

A bird’s-eye view of the Amer power plant

Excursion centre Would you like to visit the Amer power plant? Then you can. The Essent excursion centre organises tours for groups on request.

The tours are held on weekdays during the morning or afternoon. The minimum number

Want to find out more? www.essent.eu

P 0019

Fuel

130 metre cooling tower

Unit 8

645 MW

Amer power plant

175 metre chimney stack

10

The power plant and its surroundings

8

Offices,warehouse and workshops

r

Ame

6

9

8 Imagine that you are a peregrine falcon in flight: look down at the ground and you will see villages, towns, woods, meadows, rivers and lakes go past.

A bird’s-eye view of the Netherlands. Take a closer look and you will see Essent’s Amer power plant near to Geertruidenberg in Brabant, close to the Biesbosch National Park. Notice the ships on the Amer, the cooling towers, the ports where coal and biomass are imported, the production buildings and more. See how Essent carries out production… from a bird’s-eye view.

The Amer power plant in Geertruidenberg is one of Essent’s large production sites. The site consists of unit 8 which has been in operation since 1980 and unit 9 which has been in operation since 1993. The two units have a combined capacity of 1,245 megawatts which is enough to supply around 3 million households with electricity each year. The two units can also produce 600 megawatts of heat which is used for district heating as far as Tilburg and Breda and for heating greenhouses.

Two coal-/biomassfired units

ntrale

Amerce

Unit 9

600 MW

Coal storage facility the size of

4 football fields

7

6

2

In short 9

• Generating capacity of 1,245 megawatts •E nough electricity for 3 million households

1

5

3

2,750 tons

of coal in each flat-bottom vessel

1

2

3

A ll the coal arrives at the coal port by ship.

Each flat-bottom vessel is equivalent to 35 trucks.

W e can store 50 million kilos of coal in each ‘area’ at the coal storage facility. However, the coal is usually transported directly to the power plant. overed conveyor belts ensure the dust-free C transportation of coal and biomass from the ships to the power plants or the storage facility.

4

5

he second type of fuel used at the T Amer power plant — biomass — is unloaded at this quay. All biomass also arrives by ship. The wood pellets are sucked out of the hold using a large ‘vacuum cleaner’.

D ifferent consignments of biomass can be stored separately in the four storage silos.

6

7

8 In the DeNO installation, a mixture of I n the flue gas desulphurisation x water and ammonia reduces the amount installation, flue gases are ‘washed’ of nitrogen oxides (one of the causes of using a mixture of limestone and water. ‘acid’ rain) in the smoke.

The sulphur dioxide reacts with the limestone to produce pure gypsum 9 The gypsum produced is stored in which is used to make plaster board, modified oil tanks. for example.

10 T he cooling tower is only used if there I n the fly ash traps, all the dust is is a risk of the cooling water discharged removed from the flue gases using static into the Amer river making the river electricity. This ‘fly ash’ is supplied to too hot. the concrete and cement industry.

Loading/ unloading quay for ships

• Heat production of 600 megawatts • Combination of fossil and sustainable fuels •A mbition: To substantially increase the share of biomass • Biomass comes from sustainably managed forests

4

• Essent is the largest producer of

2,000 tons of biomass in each flat-bottom vessel

sustainable energy in the Netherlands

130 metre cooling tower

Unit 8

645 MW

Amer power plant

175 metre chimney stack

10

The power plant and its surroundings

8

Offices,warehouse and workshops

r

Ame

6

9

8 Imagine that you are a peregrine falcon in flight: look down at the ground and you will see villages, towns, woods, meadows, rivers and lakes go past.

A bird’s-eye view of the Netherlands. Take a closer look and you will see Essent’s Amer power plant near to Geertruidenberg in Brabant, close to the Biesbosch National Park. Notice the ships on the Amer, the cooling towers, the ports where coal and biomass are imported, the production buildings and more. See how Essent carries out production… from a bird’s-eye view.

The Amer power plant in Geertruidenberg is one of Essent’s large production sites. The site consists of unit 8 which has been in operation since 1980 and unit 9 which has been in operation since 1993. The two units have a combined capacity of 1,245 megawatts which is enough to supply around 3 million households with electricity each year. The two units can also produce 600 megawatts of heat which is used for district heating as far as Tilburg and Breda and for heating greenhouses.

Two coal-/biomassfired units

ntrale

Amerce

Unit 9

600 MW

Coal storage facility the size of

4 football fields

7

6

2

In short 9

• Generating capacity of 1,245 megawatts •E nough electricity for 3 million households

1

5

3

2,750 tons

of coal in each flat-bottom vessel

1

2

3

A ll the coal arrives at the coal port by ship.

Each flat-bottom vessel is equivalent to 35 trucks.

W e can store 50 million kilos of coal in each ‘area’ at the coal storage facility. However, the coal is usually transported directly to the power plant. overed conveyor belts ensure the dust-free C transportation of coal and biomass from the ships to the power plants or the storage facility.

4

5

he second type of fuel used at the T Amer power plant — biomass — is unloaded at this quay. All biomass also arrives by ship. The wood pellets are sucked out of the hold using a large ‘vacuum cleaner’.

D ifferent consignments of biomass can be stored separately in the four storage silos.

6

7

8 In the DeNO installation, a mixture of I n the flue gas desulphurisation x water and ammonia reduces the amount installation, flue gases are ‘washed’ of nitrogen oxides (one of the causes of using a mixture of limestone and water. ‘acid’ rain) in the smoke.

The sulphur dioxide reacts with the limestone to produce pure gypsum 9 The gypsum produced is stored in which is used to make plaster board, modified oil tanks. for example.

10 T he cooling tower is only used if there I n the fly ash traps, all the dust is is a risk of the cooling water discharged removed from the flue gases using static into the Amer river making the river electricity. This ‘fly ash’ is supplied to too hot. the concrete and cement industry.

Loading/ unloading quay for ships

• Heat production of 600 megawatts • Combination of fossil and sustainable fuels •A mbition: To substantially increase the share of biomass • Biomass comes from sustainably managed forests

4

• Essent is the largest producer of

2,000 tons of biomass in each flat-bottom vessel

sustainable energy in the Netherlands

130 metre cooling tower

Unit 8

645 MW

Amer power plant

175 metre chimney stack

10

The power plant and its surroundings

8

Offices,warehouse and workshops

r

Ame

6

9

8 Imagine that you are a peregrine falcon in flight: look down at the ground and you will see villages, towns, woods, meadows, rivers and lakes go past.

A bird’s-eye view of the Netherlands. Take a closer look and you will see Essent’s Amer power plant near to Geertruidenberg in Brabant, close to the Biesbosch National Park. Notice the ships on the Amer, the cooling towers, the ports where coal and biomass are imported, the production buildings and more. See how Essent carries out production… from a bird’s-eye view.

The Amer power plant in Geertruidenberg is one of Essent’s large production sites. The site consists of unit 8 which has been in operation since 1980 and unit 9 which has been in operation since 1993. The two units have a combined capacity of 1,245 megawatts which is enough to supply around 3 million households with electricity each year. The two units can also produce 600 megawatts of heat which is used for district heating as far as Tilburg and Breda and for heating greenhouses.

Two coal-/biomassfired units

ntrale

Amerce

Unit 9

600 MW

Coal storage facility the size of

4 football fields

7

6

2

In short 9

• Generating capacity of 1,245 megawatts •E nough electricity for 3 million households

1

5

3

2,750 tons

of coal in each flat-bottom vessel

1

2

3

A ll the coal arrives at the coal port by ship.

Each flat-bottom vessel is equivalent to 35 trucks.

W e can store 50 million kilos of coal in each ‘area’ at the coal storage facility. However, the coal is usually transported directly to the power plant. overed conveyor belts ensure the dust-free C transportation of coal and biomass from the ships to the power plants or the storage facility.

4

5

he second type of fuel used at the T Amer power plant — biomass — is unloaded at this quay. All biomass also arrives by ship. The wood pellets are sucked out of the hold using a large ‘vacuum cleaner’.

D ifferent consignments of biomass can be stored separately in the four storage silos.

6

7

8 In the DeNO installation, a mixture of I n the flue gas desulphurisation x water and ammonia reduces the amount installation, flue gases are ‘washed’ of nitrogen oxides (one of the causes of using a mixture of limestone and water. ‘acid’ rain) in the smoke.

The sulphur dioxide reacts with the limestone to produce pure gypsum 9 The gypsum produced is stored in which is used to make plaster board, modified oil tanks. for example.

10 T he cooling tower is only used if there I n the fly ash traps, all the dust is is a risk of the cooling water discharged removed from the flue gases using static into the Amer river making the river electricity. This ‘fly ash’ is supplied to too hot. the concrete and cement industry.

Loading/ unloading quay for ships

• Heat production of 600 megawatts • Combination of fossil and sustainable fuels •A mbition: To substantially increase the share of biomass • Biomass comes from sustainably managed forests

4

• Essent is the largest producer of

2,000 tons of biomass in each flat-bottom vessel

sustainable energy in the Netherlands

The two main types of fuel used for the two units at the Amer power plant are coal and clean biomass. The third type of fuel used is wood gas which is obtained by carrying out the degasification of construction timber and waste timber.

Essent uses coal to fire the Amer power plant because we do not want our electricity generation activities to be dependent on one type of fuel as that would put the security of supply and affordability of electricity at risk.

For that reason, we use a wide range of fuels to generate energy. We call those fuels our fuel mix. The main fuels which we use are natural gas, coal, biomass (wood pellets,

construction timber and waste timber), land-based wind, sea-based wind and hydroelectric power.

Biomass Biomass is the collective name for all kinds of organic material such as wood clippings and agricultural crops. The main type of biomass that Essent uses to generate electricity at the power plant comes in the form of so-called wood pellets. These will increasingly be produced using the wood from fast-growing conifers from production forests managed by RWE in the US state of Georgia. Wood pellets are also imported from Canada, for example. During their

growth, the trees absorb CO2 that is released again during combustion at the power plant. The CO2 cycle is short as a result of which no additional CO2 is released into the atmosphere and so this wood is a sustainable fuel. Consequently the co-firing of biomass means that the power plant can also produce Green Electricity. Moreover, the biomass that Essent uses has been awarded a Green Gold Label, which indicates that the origin of the biomass is known and that it meets important sustainability criteria.

Wood gasification installation at Amer 9 The wood gasification installation uses advanced technology to gasify construction timber and waste timber in order to produce wood gas.

The installation is the only one on this scale in Europe. The gas produced is purified and then used to co-fire the combustion boiler of unit 9. The current installation turns 100,000 tons of construction timber and waste timber into wood gas per annum.

The gasification technology has been partly patented by Essent.

of people required in order to make up a group is 10 and a minimum age applies. Tours are given free of charge but you will have to organise your own transport and pay your own costs for getting to and from the site. Please note that you will also have to provide proof of identity at the entrance to the site. The programme will take between 2 and 2½ hours.

Working at Essent We are continuously looking for talented technical staff for posts on different levels, ranging from installers to project engineers and from environmental coordinators to project managers.

Want to find out more?

Go to www.werkenbijessent.nl.

For more information, please go to www.essent.nl/excursie.

Green power The Amer power plant is the largest biomass co-fired power plant in Europe. Essent’s ambition is to increase the share of sustainable biomass used for co-firing. It is planning to build an additional landing quay for biomass, to install additional biomass silos, to build special mills for cutting up the biomass and to install conveyor belts to transport it.

Tests carried out have successfully shown that a co-firing percentage of 50 per cent can be achieved. Economic feasibility and government policy and incentives have been the decisive factors which have shaped the realisation of these plans.

A bird’s-eye view of the Amer power plant

Excursion centre Would you like to visit the Amer power plant? Then you can. The Essent excursion centre organises tours for groups on request.

The tours are held on weekdays during the morning or afternoon. The minimum number

Want to find out more? www.essent.eu

P 0019

Fuel

The two main types of fuel used for the two units at the Amer power plant are coal and clean biomass. The third type of fuel used is wood gas which is obtained by carrying out the degasification of construction timber and waste timber.

Essent uses coal to fire the Amer power plant because we do not want our electricity generation activities to be dependent on one type of fuel as that would put the security of supply and affordability of electricity at risk.

For that reason, we use a wide range of fuels to generate energy. We call those fuels our fuel mix. The main fuels which we use are natural gas, coal, biomass (wood pellets,

construction timber and waste timber), land-based wind, sea-based wind and hydroelectric power.

Biomass Biomass is the collective name for all kinds of organic material such as wood clippings and agricultural crops. The main type of biomass that Essent uses to generate electricity at the power plant comes in the form of so-called wood pellets. These will increasingly be produced using the wood from fast-growing conifers from production forests managed by RWE in the US state of Georgia. Wood pellets are also imported from Canada, for example. During their

growth, the trees absorb CO2 that is released again during combustion at the power plant. The CO2 cycle is short as a result of which no additional CO2 is released into the atmosphere and so this wood is a sustainable fuel. Consequently the co-firing of biomass means that the power plant can also produce Green Electricity. Moreover, the biomass that Essent uses has been awarded a Green Gold Label, which indicates that the origin of the biomass is known and that it meets important sustainability criteria.

Wood gasification installation at Amer 9 The wood gasification installation uses advanced technology to gasify construction timber and waste timber in order to produce wood gas.

The installation is the only one on this scale in Europe. The gas produced is purified and then used to co-fire the combustion boiler of unit 9. The current installation turns 100,000 tons of construction timber and waste timber into wood gas per annum.

The gasification technology has been partly patented by Essent.

of people required in order to make up a group is 10 and a minimum age applies. Tours are given free of charge but you will have to organise your own transport and pay your own costs for getting to and from the site. Please note that you will also have to provide proof of identity at the entrance to the site. The programme will take between 2 and 2½ hours.

Working at Essent We are continuously looking for talented technical staff for posts on different levels, ranging from installers to project engineers and from environmental coordinators to project managers.

Want to find out more?

Go to www.werkenbijessent.nl.

For more information, please go to www.essent.nl/excursie.

Green power The Amer power plant is the largest biomass co-fired power plant in Europe. Essent’s ambition is to increase the share of sustainable biomass used for co-firing. It is planning to build an additional landing quay for biomass, to install additional biomass silos, to build special mills for cutting up the biomass and to install conveyor belts to transport it.

Tests carried out have successfully shown that a co-firing percentage of 50 per cent can be achieved. Economic feasibility and government policy and incentives have been the decisive factors which have shaped the realisation of these plans.

A bird’s-eye view of the Amer power plant

Excursion centre Would you like to visit the Amer power plant? Then you can. The Essent excursion centre organises tours for groups on request.

The tours are held on weekdays during the morning or afternoon. The minimum number

Want to find out more? www.essent.eu

P 0019

Fuel