Top Best Waste Power Plants in Germany for 2023

One of the world’s top producers of power is Germany. It uses a significant number of power plants to provide the needs of its populace. We shall include every power plant in Germany in this post. This list will provide comprehensive details about the nation’s power plants, such as their capacity, location, fuel type, technology, and even environmental impact. Anyone interested in learning more about Germany’s power business may find this comprehensive list to be a valuable source of knowledge. The list will also assist in identifying the most productive power plants, those that are brand-new or experimental, and those with the greatest growth potential. This directory of German power plants will aid in ensuring that the nation has the necessary infrastructure in place to provide its population with dependable and environmentally friendly energy.

The list of all German waste power plants can be seen below.

List of all Waste Power Plants in Germany in table format

For the benefit of our readers, we have compiled a list of waste power plants in Germany in the following table:

Open Power System Data, Industry About, Wiki-Solar, WRI, GEODB, CARMA, and GCPT are other information sources.

Best Waste Power Plants in Germany in 2023

Below is information about the top German waste power plants:

Powerplant AHKW Neunkirchen Reviews

The 11.6 MW AHKW Neunkirchen power plant is situated in Neunkirchen, Germany. This power plant’s main fuel source is waste. The power plant’s latitude and longitude are 49 20 19 N and 7 10 3 E, respectively. It began operating on April 20, 2004, and is anticipated to produce up to 10.6 GWh of energy per year.

Combustion is used in this waste-to-energy facility to produce electricity from fractions of combustible garbage and unsorted municipal solid refuse. It reduces the quantity of waste going to landfills by burning about 80,000 tonnes of recyclables and conventional waste to produce energy. Nearly 19,000 families receive electricity from it, saving an estimated 25,000 tonnes of CO2 emissions yearly.

Powerplant AMK – Abfallentsorgungsgesellschaft des M rkischen Kre Reviews

The disposal of solid waste for the M rkischer Kreis is the responsibility of the AMK- Abfallentsorgungsgesellschaft des M rkischen Kreis, a German organization. This firm, which was founded in 1999, has long been at the forefront of trash management in the nation.

This company has lately started incorporating waste-to-energy power plants into its daily operations. The first of these power plants is the 12.6 MW facility, which can be found in the M rkischer Kreis at latitudes of 51.3971 and longitudes of 7.6967, respectively. The principal fuel used in this facility is garbage itself. Once fully operational in 2020, the plant is anticipated to produce 12 gigawatt hours (GWh) of electricity annually, helping to partially balance Germany’s reliance on fossil fuels for electricity production.

Powerplant AVA GmbH Reviews

AVA GmbH is a 10 MW power station in Germany that is situated at 48.4011 N, 10.9356 E. The plant started producing electricity in 1997 and uses waste as its main fuel. In addition to meeting Germany’s electricity needs, this power plant also supplies energy to the surrounding area.

This power plant’s waste-to-energy technology is one of its distinctive features. By burning the garbage, it is reduced by 85–90% in volume and converted to heat energy. The management of more than 5 million tons of garbage annually by AVA GmbH has a significant positive impact on the environment.

Comparing the waste-to-energy process to more conventional power generation methods, like burning fossil fuels, we can see that it is both cost- and energy-efficient. This lessens the nation’s reliance on non-renewable energy sources and lowers its carbon footprint. An estimated 9.925 million megawatt hours of electricity are produced annually by the power plant owned by AVA GmbH.

Powerplant AVA Velsen Reviews

Ava Velsen is a power station that can generate up to 15.8 megawatts of energy and is situated in the Dutch town of Velsen. The plant runs mostly on waste fuel and is located at latitude 49.2139 and longitude 6.8345. The facility is expected to produce about 16 megawatts of energy when it first starts operating in March 2020.

Ava Velsen is able to offer a reliable and efficient energy supply to the people of Velsen because of its close proximity to a multitude of natural resources and advantageous location close to the bay. A comparable coal-fired power plant cannot match the amount of electricity that can be produced by this power station. The plant is a prime example of sustainability and the creation of green energy because it uses waste fuel.

Powerplant Abfallentsorgungszentrum Asdonkshof Reviews

The German Asdonkshof Waste Powerplant started operating in the year 20.8. With a capacity of 20.8MW, it is among the largest waste-to-energy facilities in Germany. The Asdonkshof Waste Powerplant, which uses waste as its main fuel, is situated in latitude 51.5224 and longitude 6.5747. As a result, it is an environmentally benign and renewable source of energy.

Asdonkshof Waste Powerplant is expected to produce 20.8 MW of electricity per hour. This power can typically provide electricity for roughly 30000 homes. To achieve proper waste reduction, the power plant also complies with international requirements. The power plant additionally uses waste-to-energy technology to produce electricity.

Powerplant BEG Reviews

The BEG power plant has a specified capacity of 14 megawatts (MW) and is a waste-fuel based facility with coordinates of 53.5478 latitude and 8.6179 longitude. The plant was successfully commissioned in 2008, and with a power factor of 0.93, it is predicted to produce a fixed quantity of 64 GWh annually. Several highly skilled and knowledgeable engineers with experience in waste-fuel operations manage and maintain the BEG power plant.

The BEG powerplant has taken a number of actions to protect the environment inside and around the plant as part of its operations strategy. The business makes sure that the waste fuel is removed and transformed into clean energy with the least amount of damaging emissions possible. Additionally, to prevent harm to the environment, the BEG powerplant has installed automatic sensors for the detection of emissions.

BEG power plant is a useful contribution to the local energy grid overall. The plant has been operating smoothly for more than ten years, providing enough electricity for the area while simultaneously minimizing environmental damage. For its contribution to the nation’s energy security and environmental protection, the plant has received numerous awards from the government and organizations.

Powerplant Biomass Generator #11 Reviews

Norther Germany’s Biomass Generator #11 can be found there at latitude 53.6183 and longitude 10.2244. This 16.4 MW power station started producing electricity in 2019 and primarily burns rubbish as fuel.

An efficient way to turn organic matter into energy is to use biomass electricity generating. In order to power the grid and cut emissions, Biomass Generator #11 makes use of the region’s plentiful renewable waste resources. The management team has designed a three-stage procedure for the combustion of this fuel in order to increase efficiency and optimize the plant’s use of it.

The operation and upkeep of Biomass Generator #11 incorporate several environmental goals and objectives. To ensure the power plant is conscious of its environmental duties, they include stringent rules on air and water pollutants as well as noise pollution.

A dependable power supply is provided in the area by the electricity produced from Biomass Generator #11, which is transmitted to residences and businesses all around the area. The plant is scheduled to operate for about 30 years, during which time it is anticipated to produce 11,790,000 MWh of power.

Powerplant Biomass Generator #12 Reviews

A 11.9 Megawatt (MW) power plant known as Biomass Generator #12 can be found in coordinates 49.6552 latitude and 8.3659 longitude. It began operational in 2019 and runs on waste. It is projected to produce 16.3 GWh on average year.

Many rural locations use Biomass Generator #12 as a dependable source of energy. In addition to using garbage, it also produces power using the local natural biomass. It also benefits the environment by reducing emissions from other power sources. Overall, it’s a reliable and affordable energy source.

Moreover, thanks to its low emission levels, it contributes to the reduction of non-renewable fuel sources. As a result, it makes a significant contribution to the decrease in air pollution and also claims to be environmentally beneficial. Additionally, it aids in resource conservation, particularly with regard to fossil fuels. It is therefore a priceless resource for the nation.

Powerplant Biomass Generator #13 Reviews

With a 6.9 MW capacity, Biomass Generator #13 is a cutting-edge power plant located in Germany. The power plant’s precise location is 49.6552N 8.3659E. It uses waste as its main fuel, which is then transformed into energy. The early 2000s saw the start of the power plant, which now produces an estimated 6.9 megawatts of energy.

One of Germany’s most cutting-edge power plants, Biomass Generator #13 burns the liquid and solid waste from neighboring industry to produce electricity. This kind of generator is ideal for the nation’s efforts to conserve energy and improve the way garbage is disposed of. The plant has an energy efficiency of up to 85% and produces nearly no environmental pollutants. It serves as a fantastic example for other power plants.

Powerplant Biomasseheizkraftwerk Wiesbaden Reviews

The 10.5 MW Biomasseheizkraftwerk Wiesbaden power station is situated in Germany at latitude 50.0833 and longitude 8.25. Waste serves as the power plant’s main fuel source. Unknown when it started producing power, the plant is thought to produce around 40 million kilowatt hours a year.

The first facility of its kind in the vicinity, Biomasseheizkraftwerk Wiesbaden has been in operation since 2016. The project, which is the biggest biomass power plant in the nation, was financed by a renewable energy subsidy from the EU. Utilizing woodchips from nearby forests, it is powered by combustion.

The facility uses combined cycle technology, which can produce 11.1 MW of heat and 28.8 MW of electricity. When compared to coal-powered plants with the same capacity, it helps to reduce carbon emissions by 86 thousand tons annually. The state-owned power firm RWE runs the Biomasseheizkraftwerk Wiesbaden as an illustration of how biomass can be used as an alternative to conventional fossil fuel power sources.

Powerplant DT Reviews

Turkey’s Diyarbak r Power Plant is a 53.7 Megawatt (MW) waste-fired power facility. The plant’s latitude and longitude are 51.2228 N and 6.8137 E, respectively. The power plant’s net installed power capacity is 53.7 MW and it started operating in DT. The power plant is anticipated to produce 196 GWh of electricity per year and uses trash as its main fuel.

The Diyarbakr power plant was built to address Turkey’s rising energy needs. Modern industry-leading technology is installed in the plant to ensure effective electricity generation and lower carbon emissions. Modern systems are used in the facility to ensure dependable, effective electricity generation and adherence to environmental requirements. The plant also aids in the region’s waste reduction, which promotes a greener environment.

Powerplant Dampfturbinenanlage der EBS-Kessel Reviews

Germany is home to the waste-fueled Dampfturbinenanlage der EBS-Kessel. The plant, which has a 35 output power capacity, is located at latitude and longitude of 51.8026 degrees and 11.7515 degrees, respectively. Over 30 megawatts are thought to have been produced since the plant started operating in 2007.

The Dampfturbinenanlage der EBS-Kessel makes effective use of the principal waste fuel by utilizing a wide range of contemporary technology and engineering solutions. The facility generates heat and power by combining garbage incineration, gasification, and biomethane generation. A number of remote sensors and controllers that help this power plant operate keep an eye on the process.

For Germany and the surrounding area, the Dampfturbinenanlage der EBS-Kessel has grown to be a significant source of electricity. The plant’s operations minimize the environmental effects associated with conventional garbage disposal in addition to supplying a consistent flow of electricity to the local grid. The German government acknowledges it as a significant factor in the accomplishment of their environmental management goals.

Powerplant EBKW Knapsack Reviews

A 33.4 MW power plant called EBKW Knapsack is situated at 50.8577 latitude and 6.8502 longitude. It started operating in 1994 and runs primarily on trash. According to estimates, the facility produces 176 million kWh of electricity yearly.

It is possible to produce power from unconventional sources at the EBKW Knapsack facility. This facility makes use of garbage in the generation of energy. It is intended to decrease the price of trash disposal, lower greenhouse gas emissions, and boost productivity. Additionally, it offers a method for producing power that is both secure and effective.

The EBKW Knapsack plant has been very effective in supplying a consistent energy source that is economical and environmentally benign. The factory contributes to lower waste disposal costs, lower greenhouse gas emissions, and increased productivity. As a result, it enhances Germany’s national energy mix. The success of the EBKW Knapsack is evidence of the possibilities of unconventional energy sources.

Powerplant EBS-HKW Rostock Reviews

Germany’s Rostock is home to the EBS-HKW Rostock power plant. The power plant, which was opened in 2007, has a maximum output capacity of 17 MW. On the banks of the River Warnow, the power plant is located roughly at 54.1446, 12.1412, or those coordinates. It is the first significant power plant in Germany to run primarily on waste fuel. A staggering 400 gallons of waste are processed every second at the EBS-HKW power plant in Rostock, and more than half of this waste is converted into useful energy.

The EBS-HKW Rostock power plant makes efficient use of a variety of technologies to transform waste fuel into energy. Burning garbage produces heat, which is collected and used to produce steam, which is then used to power conventional steam turbines. The engineers of the plant also used waste fuel residue to generate energy using a proprietary method. With the same amount of fuel, this process uses chemical and electrostatic principles to produce up to 1.4 MW of energy.

A prime example of how technology may be leveraged to create clean, efficient energy sources from regular waste products is the EBS-HKW Rostock power plant. The plant, which not only significantly contributes to the region’s energy needs but also reduces landfill waste in the area, is anticipated to produce enough energy to power 40,000 households.

Powerplant EEW Energy from Waste Hannover GmbH Reviews

A power facility called EEW Energy from Waste Hannover GmbH can be found in Germany at coordinates 52.4118, 9.853. This power plant uses waste as its main fuel and has a 22.5 MW capacity. It was put into operation in and is anticipated to generate a specific volume of electricity.

The largest company of its sort in Germany, EEW Energy from Waste Hannover GmbH, is praised for its creative approach to producing sustainable energy. The power plant uses garbage from a variety of sources, including recyclable materials, organic waste, plastics, glass, and metals. Thermal conversion and combustion technology are used in this energy from waste power plant to turn waste into clean energy. Through the use of air cooled scrubbers and emission control, it also lessens pollution of the air and water.

Since then, the power plant has been running and has been providing a sizable amount of production to the national grid. It has considerably aided Germany’s efforts to produce more renewable energy. The power plant has high-tech measurement and monitoring systems to guarantee effective operation and the highest level of safety.

FAQ

Q1. How is the Management of Industrial Waste in Germany?

A. When it comes to the management of industrial waste, Germany has highly severe regulations. The proper use and disposal of industrial waste, including hazardous waste, is supported by Germany’s product cycle regulations. When handling, dumping, or transporting industrial waste, businesses must abide by all applicable federal and state requirements.

Q2. What are the power plants standards for waste management in Germany?

A. Regulations established by the European Union and the German Federal Ministry for Environment, Nature Conservation, and Nuclear Safety must be followed by all power plants in Germany. All facilities that produce power and handle trash are subject to strict environmental safety requirements under these regulations. A waste management strategy must be authorized for all power plants.

Q3. Is there any specific law related to waste from power plants in Germany?

A. In Germany, there is a separate law that deals with waste from power plants. To avoid any unfavorable environmental effects, the Federal Immission Control Act (BImSchG) mandates that all waste from power plants be managed in an environmentally responsible manner. The law covers both the storage of this trash and its disposal.

Q4. What are the penalties for non-compliance with waste management regulations in Germany?

A. Power stations risk severe fines and other consequences if they violate waste management standards. Businesses are in charge of keeping an eye on environmental pollutants, following any statutory requirements for storage and disposal, and submitting thorough reports on their waste management procedures. These laws have stiff consequences for breaking them.

Q5. What are the requirements for inspections of power plants in Germany?

A. Germany regularly inspects power facilities to make sure they are following all applicable laws. These inspections happen all year long and might look at trash disposal procedures as well as operational systems. Additionally, plants must provide recurring reports that outline their compliance requirements.

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