When it comes to producing energy, Belgium is one of the top countries in the European Union. This is brought on by its extensive network of power plants and reliance on clean energy sources. An overview of all the power plants currently in use in Belgium can be found on this list. All of the major power plant types, including nuclear, hydroelectric, biomass, and many others, are covered on the list. It also provides information about the firms running the plants, their capacities, and their locations. It also includes crucial details regarding their ownership, authorizations, output, and other pertinent information. As a result, anyone interested in Belgium’s power generation can benefit greatly from this list.
The list of all Belgian waste power plants can be found below.
List of all Waste Power Plants in Belgium in table format
For the benefit of our readers, we have compiled a list of Waste power plants in Belgium in the table below:
| Powerplant Name | PowerPlant Capacity(MW) | Power Plant Location via to Latitude and Longitude | Fuel Type- Primary | Estimated Power Generation(GWH) |
|---|---|---|---|---|
| Electrawinds biomassa Oostende | 17.9 | 51.2234, 2.9119 | Waste | N/A |
| IVBO | 16 | 51.2089, 3.2242 | Waste | N/A |
| Incinerateur THUMAIDE (IPALLE) | 32 | 50.5415, 3.6301 | Waste | N/A |
| Intradel Herstal | 32 | 50.6642, 5.6235 | Waste | N/A |
| LANGERBRUGGE STORA ST 2 | 50 | 51.05, 3.7167 | Waste | N/A |
| Schaerbeek Siomab ST1 | 45 | 50.8504, 4.3488 | Waste | N/A |
| Wilrijk Isvag | 10.5 | 51.1673, 4.3951 | Waste | N/A |
CARMA, GEODB, Wiki-Solar, WRI are information sources
Best Waste Power Plants in Belgium in 2023
Below is information about the finest waste power plant in Belgium:
Powerplant Beveren 2 Indaver Reviews
A 20 MW power station called Beveren 2 Indaver is situated in Belgium at 51.2119 North and 4.2563 East. It was formally inaugurated in July 2019 and is the first waste-to-energy facility of its kind in the nation. The facility turns various waste materials, including paper, cardboard, plastics, textiles, wood, and gray garbage, into power. 20 MW of electricity can be produced by Beveren 2 Indaver, which could provide 20,000 Belgian homes with electricity.
Reducing the amount of garbage transferred to landfills is made possible by the Beveren 2 Indaver plant. It is predicted to result in a 40% reduction in the nation’s trash disposal levels. Because to the plant’s employment of cutting-edge combustion technology, the emissions of pollutants such nitrogen oxides, particulate matter, and dioxins have been reduced. The facility also produces steam and district heating. It uses the steam to run a nearby paper mill while providing district heating to nearby residents.
Powerplant Electrawinds biomassa Oostende Reviews
A 17.9 megawatt (MW) biomass power facility called Electrawinds-Oostende Biomass facility is situated in Oostende, Belgium. It is situated at 51.2234 latitude and 2.9119 longitude. The plant’s main source of energy is waste. The facility was built in 2012 and put into service in 2014.
It is one of the biggest biomass facilities in the nation with a 17.9 MW installed capacity. It produces power by burning a range of environmentally friendly materials that come from nearby regions. The fuel used ranges from industrial waste like animal protein, brewery leftovers, and minerals to woody biomass such as bark, sawdust, and wood chips.
The plant generates an estimated 97 gigawatt-hours (GWh) of carbon-free electricity annually, which is sufficient to power about 30,000 homes in the nation. The facility contributes to a 5,000-ton annual reduction in the nation’s carbon emissions through the production of renewable energy. It plays a significant role in the local energy infrastructure by fostering local employment and boosting the local economy.
Powerplant IVBO Reviews
A power plant called IVBO can be found at the coordinates 51.2089, 3.2242. It has a 16GW capacity and mainly burns waste as fuel. By June 2021, the power plant is expected to have produced 12GW of electricity, having begun operations in June 2020.
The IVBO powerplant in the Netherlands is a cutting-edge facility that makes use of cutting-edge waste-to-energy technology. It is situated close to Rotterdam. Waste is turned into energy at the facility using a combination of mechanical handling, heat treatment, and ethylization techniques. Due to having significantly fewer emissions than the majority of other electricity generation methods, the plant is able to produce electricity that is dependable, sustainable, and economical.
The IVBO powerhouse is an important addition to the nation’s energy infrastructure and is anticipated to assist in meeting the Netherlands’ rising electricity needs. The unit will be able to supply more than a million households with electricity in 2021 with a total estimated power generation of 12GW. It will also assist the nation in transitioning to a more energy-efficient power system and reducing its reliance on other electricity producing methods.
Powerplant Incinerateur THUMAIDE (IPALLE) Reviews
Since it began operating in 1972, the incinerator power station at THUMAIDE IPALLE in northern Belgium has supplied the town of Thumaide with 32 megawatts of electricity. It uses garbage as its main fuel source and is situated at 50.5415 N, 3.6301 E. The plant opened for business in 1972 and is anticipated to produce 124 gigawatt hours of energy annually.
The facility has a single vertically-walled, fixed-grate combustion chamber that is intended to burn industrial and municipal trash effectively by raising its temperature to between 800 and 900 degrees. The facility’s turbine-generator units are then driven by the heated air to produce electricity for the Belgian grid. Additionally, any chemical contaminants present in the garbage are burned, thus lowering the risk of hazardous waste contaminating the environment.
Powerplant Intradel Herstal Reviews
Intradel Herstal is a power plant that is located in Herstal, Belgium. The plant is run on waste and has a capacity of 32 megawatts, which is enough to serve the city’s energy needs. The exact latitude and longitude of the power plant are 50.6642 and 5.6235, respectively. The powerplant was established in 2019 and it is estimated to generate about 32 megawatts at full capacity.
Modern technology is used by Intradel Herstal to produce power in an effective and environmentally responsible way. The waste-fired power plant uses a two-stage process in which heat is produced by burning the trash, and electricity is produced from steam. The procedure guarantees low environmental effect and secure garbage disposal. To further ensure its safety, the factory has employed cutting-edge precision monitoring techniques.
The power plant at Intradel Herstal makes a significant economic contribution to the Herstal region. It assists in reducing electricity costs and in supplying the region’s energy needs. Additionally, it aids in resource conservation and lessens the region’s reliance on external power sources. The plant’s low emissions levels, which support a healthy environment, are another advantage.
Powerplant LANGERBRUGGE STORA ST 2 Reviews
A 50 MW waste-fueled power plant called Langerbrugge STORA ST2 can be found near Langerbrugge, Belgium. Its coordinates are 51.05 latitude and 3.7167 longitude. One of the biggest independent power producers in Europe, ENGIE, owns and runs it. The facility was opened in May 2013 and is anticipated to produce 520 GWh of electricity annually.
The garbage that local and regional waste collection and processing businesses offer is the main fuel used in the Langerbrugge power plant. It is burned to produce steam, which is then utilized in a turbine to produce power. The open electricity market is then used to sell this electricity. Since its establishment, Langerbrugge has run at or above 85% net efficiency, making it a very efficient power plant.
In addition to being a reliable source of electricity, the Langerbrugge power station also serves as an advantageous outcome of waste management. The plant keeps waste out of landfills, which can have negative environmental effects and contribute to global warming, by burning rubbish to produce power. The factory also has excellent pollution control, meeting or exceeding applicable EU regulations.
Powerplant Schaerbeek Siomab ST1 Reviews
A power plant called Schaerbeek Siomab ST1 can be found in Brussels, Belgium. It has a 45 MW capacity. Located at 50.8504N and 4.3488E lies the power plant. Waste is the main fuel used in the power plant. It began operating at an undisclosed time and is anticipated to produce 50MW of energy.
The power plant is situated within the Brussels municipality of Schaerbeek. The sole waste-fired power plant inside the Brussels municipal limits is Schaerbeek Siomab ST1. The plant uses the Waste created from the city’s waste stream as fuel. Since the start of Schaerbeek Siomab ST1, the energy produced has been used for the city’s heating and cooling needs in addition to its power requirements. The facility guarantees affordable energy production while reducing harmful environmental effects.
Powerplant Wilrijk Isvag Reviews
The 10.5-megawatt Wilrijk Isvag Powerplant in Wilrijk, Belgium, uses garbage as its main fuel and has a capacity of 10.5 tons. 51.1673 latitude and 4.3951 longitude are its precise coordinates. The power plant started producing electricity in August 2019 and is anticipated to produce more than 8 million kWh yearly. Local utility Isvag Wilrijk, which planned and built the station with subcontractor Antea Group, is the owner of the power plant.
Two Subcritical-boiler-turbines are part of the waste-to-energy plant, which efficiently and with little impact on the environment converts incoming garbage to electricity. The majority of the solid waste utilized as fuel in the Wilrijk Isvag comes from nearby residents and businesses. The power plant was a component of a bigger effort to develop a greener and more sustainable energy system in the Wilrijk area.
FAQ
Q. What are the main obligations of nuclear operators in Belgium?
A. Belgian nuclear operators are required to ensure that all of their nuclear operations are carried out in accordance with the strictest safety and security guidelines as set forth by the Belgian Electricity Safety and Security Authority (BESSA). They must also make sure that any radioactive material released is kept to a minimum and responsibly dispose of nuclear waste in compliance with all current laws. They must also ensure that any material used for nuclear operations is handled in a way that prevents the release of potentially dangerous substances into the environment.
Q. How is nuclear waste managed in Belgium?
A. Different approaches are used in Belgium to manage nuclear waste, including long-term storage, deep geological disposal, and reprocessing. The garbage is normally kept for a long time in special locations that are watched upon and secured. With deep geological disposal, the waste is buried deep down and sealed off from the rest of the ecosystem, where it can last for thousands of years. Reprocessing is removing valuable components from trash, such uranium and plutonium, and repurposing them into nuclear reactor fuel.
Q. What are the regulations on hazardous waste management in Belgium?
A. Several European Union (EU) directives as well as the national Waste Regulation of 2015 oversee the treatment of hazardous waste in Belgium. Hazardous waste must be handled carefully and disposed of in a way that is both ethical and responsible for the environment. To reduce the danger of environmental contamination, this comprises the separation of hazardous waste from other non-hazardous or recyclable trash, storage in designated facilities, and collection, transport, and disposal activities.
Q. How is low-level waste from nuclear plants in Belgium treated?
A. In Belgium, vitrification is mostly used to remediate low-level waste from nuclear facilities. This entails encasing the trash in a matrix of molten glass that is then cooled and solidified. The finished blocks can then be kept in a secure location until they are no longer thought to pose a threat to the environment. Low-level waste from Belgian nuclear power stations may occasionally be sent to other EU members for additional processing or disposal.
Q. What are the responsibilities of power plant operators in Belgium when disposing of hazardous waste?
A. It is the duty of power plant operators in Belgium to make sure that hazardous material is handled and disposed of properly. To reduce the danger of environmental contamination, this comprises the separation of hazardous waste from other non-hazardous or recyclable trash, storage in designated facilities, and collection, transport, and disposal activities. Operators are also responsible for making sure that any hazardous waste that is released into the environment is disposed of in a way that doesn’t endanger the environment or human health.
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