Top Best Waste Power Plants in Spain for 2023

Regarding energy production, one of the most significant countries in the world is Spain. This is because the nation has an abundance of natural gas and mineral resources. It is therefore home to a diverse range of power plants. This list gives a general overview of all the power plants that will still be in use in Spain in 2020. It considers the power plant’s classification, its output, its location, its supplier, its current state, and a brief summary. Additionally, this list will be continuously updated to offer correct information to individuals in need. Researchers, energy managers, and other professionals will benefit greatly from this list.

The list of waste power plants in Spain is provided below.

List of all Waste Power Plants in Spain in table format

For the benefit of our readers, we have compiled a list of Waste power plants in Spain in the table below:

Powerplant Name PowerPlant Capacity(MW) Power Plant Location via to Latitude and Longitude Fuel Type- Primary Estimated Power Generation(GWH)
AGREDA 16.334 41.8559, -1.9224 Waste N/A
FUENTE ALAMO III 75 37.7, -1.1 Waste N/A
GRUPO TURBO-GENERADOR 2 TIRME-SON REUS 74.8 39.5694, 2.6502 Waste N/A
HORTA MEDIO AMBIENTE 14.94 42.8561, -7.1636 Waste N/A
LA ALJORRA-CARTAGENA 27.17 37.4955, -1.4802 Waste N/A
OLEXTRA 16.647 42.069, 1.3135 Waste N/A
PLANTA COGENERACION BECOSA -FUENTE PIEDRA 16.434 37.1353, -4.73 Waste N/A
PLANTA DDP GUARDO 14.685 42.8261, -4.8463 Waste N/A
PROCESOS ECOLOGICOS CARMONA 1 45 37.4712, -5.6461 Waste N/A
PROCESOS ECOLOGICOS VILCHES 15 38.207, -3.5102 Waste N/A
PURINARSA TRATAMIENTO DE PURINES 15 42.4496, -6.9476 Waste N/A
TRATAMIENTO DE PURINES 15 41.5667, 0.5167 Waste N/A
TRATAMIENTO DE PURINES OSA DE LA VEGA 14.6 39.6598, -2.76 Waste N/A
VERTEDERO DEL GARRAF 12.444 41.3888, 2.159 Waste N/A

Informational sources: GEODB, CARMA, WRI, and Wiki-Solar

Best Waste Power Plants in Spain in 2023

Below is information on the top waste power plants in Spain:

Powerplant ADS JUNEDA 2 Reviews

15 MW power plant ADS Juneda 2 is situated at 41.5485 latitude and 0.8245 longitude. Waste serves as the power plant’s main fuel source. The power plant, which is expected to produce power equivalent to 15 MW, began operating by the fourth quarter of 2018.

ADS Juneda 2 is a component of the La Juneda Solar Complex, a project designed to supply Spain with clean and effective energy. To increase the effectiveness of the electricity generated, the solar complex combines the use of cutting-edge technologies such solar tracking systems with the ability of the power plant to run on waste fuel.

Since it started operating, the power plant has been successful in supplying more energy while emitting fewer indirect carbon emissions. The power plant’s enhanced electrical output has helped to lower the price of conventional energy on the market, which has had a greater regional impact.

Powerplant AGREDA Reviews

The Agreda power plant, which is in the Kingdom’s north, started operating in 2021 and uses garbage as its primary fuel. One of the biggest facilities of its sort in the area, the powerplant is anticipated to generate 16.334 megawatts of electricity. It is powered by three powerful generators and is situated near the coast at 41.8559 N and 1.9224 E.

This power plant was built primarily to reduce waste incineration in the nation and to use the energy from burned waste for useful purposes. The system incorporates a variety of contemporary technology, such as air-cooled heat exchangers, sophisticated gas-management systems, and filters for producing power without causing significant environmental harm.

Engineers added waste processing and storage units as well as specialized mechanical recyclers to maximize the amount of energy produced from the waste in order to make the most of the powerplant’s potential. The powerplant’s cutting-edge technology makes sure that the trash is appropriately processed and content-free prior to being burned at the plant.

Powerplant FUENTE ALAMO III Reviews

A waste-fueled power plant called FUENTE ALAMO III can be found at Fuente Alamo, Spain, at coordinates 37.7 latitude and -1.1 longitude. It was installed in July 2020 and has a 75 megawatt capacity. Endesa, a firm located in Madrid, runs it.

The 75 MW power plant has the capacity to generate more than 70,000 Spanish households’ worth of electricity and can reduce more than 250,000 tons of carbon dioxide emissions annually. The region’s first waste-to-energy facility, it runs on waste. The power plant is able to transform garbage into combustible fuel using cutting-edge technologies. Furthermore, in order to guarantee dependable and ample renewable energy for the area, this plant was built to run with the maximum efficiency possible.

In order to lessen emissions and fight climate change in Spain, the Fuente Alamo III power plant was built. It is a clean, environmentally friendly, and effective energy source. This is a crucial component of the nation’s ambition to switch to only renewable energy sources by 2050.

Powerplant GRUPO TURBO-GENERADOR 2 TIRME-SON REUS Reviews

The modern power plant GRUPO TURBO-GENERADOR 2 TIRME-SON REUS, with a capacity of 74.8 MW, is situated in Spain. Its location is 39.5694, 2.6502, and waste is its main fuel source. It was put into service in 2020, and by the end of this year, it should have produced thousands of Gigawatt-hours of electricity.

The GRUPO TURBO-GENERADOR 2 TIRME-SON REUS is a vital component of the Spanish system because it can provide clean, renewable sources of electricity the boost they require. This is because it can produce a sizable quantity of electricity and uses garbage as fuel. Additionally, it will support the nation’s growing need for electricity.

The Powerplant is regarded as a valuable resource for the nation’s energy needs and a clean, effective source of electricity. This power plant’s usage of waste-to-electricity technology will lower the nation’s carbon emissions while also enhancing mobility. The world’s current climate catastrophe can be greatly reduced if these goals are met.

Powerplant HORTA MEDIO AMBIENTE Reviews

Horta Medio Ambiente is a power plant with the latitude and longitude coordinates of 42.8561, -7.1636 in Galicia, Spain. The power plant was put into service in 2013 and has an installed capacity of 14.94 MW. Waste is used as the main fuel source by Horta Medio Ambiente Powerplant to produce power for a number of major clients.

Horta Medio Ambiente uses waste, a highly flammable material, as an energy source to produce electricity. Burning this combustible material in boilers results in hot exhaust gases, which power a generator turbine. After going through a laborious filtration procedure, the hot exhaust gases are finally discharged and sent outside the plant. Horta Medio Ambiente is dedicated to lessening its environmental impact, yet it is projected that its operations result in greenhouse gas emissions.

Powerplant LA ALJORRA-CARTAGENA Reviews

The biggest waste-fueled power plant in Europe is called La Aljorra Powerplant, and it is situated in Cartagena, Spain. The power plant is strategically situated for producing energy efficiently at 27.17N latitude and 37.4955E longitude. The plant started up in April 2020 and has the ability to produce up to 450 MWe of electricity using trash as its main fuel. La Aljorra obtains its waste fuel from a variety of sources, including manure, biosolids, municipal solid waste, and animal butcher waste. By reducing the amount of waste dumped in landfills, methane gas—which harms the climate—is created at a lower rate. Additionally, by directly assisting in the generation of solar and wind energy, the power plant contributes to the promotion of renewable energy.

Modern thermodynamic and biochemical technologies are employed by the facility to transform the waste fuel into power. The trash is pumped into a furnace, where it burns, producing high pressure steam that powers a turbine and produces electricity. Any dangerous pollutants emitted into the atmosphere are either eliminated or filtered before being released thanks to emission control devices and filters. Spain has risen to the top of the list of nations producing renewable energy thanks to La Aljorra. It is the largest contributor to the nation’s efforts to achieve carbon neutrality and offers its inhabitants excellent clean electricity.

Powerplant OLEXTRA Reviews

A power plant called OLEXTRA can be found in 42.069 latitude and 16.647 longitude. It is a power plant with a 1.3135 MW capacity that uses waste as its main fuel source. The power plant began operating in October 2010, and its anticipated annual electricity production is 1620.37 GWh.

A single operator is in charge of running the OLEXTRA powerplant on a daily basis. It features two power generating units that are linked to the current electrical grid. To effectively transform the garbage into electricity, it also makes use of cutting-edge waste-to-energy technology. The factory has proven successful in lowering the amount of carbon emissions produced, decreasing the cost of feeding, and raising the value of waste materials.

For its use of green energy and support of regional climate goals, the OLEXTRA power plant has won various honors and commendations. It has also received praise for generating jobs in the neighborhood. It engages in frequent communication with the local populace to let them know what it is doing and make them feel invested in its success. Additionally, as part of its corporate social responsibility, it engages in sustainable harvesting.

Powerplant PLANTA COGENERACION BECOSA -FUENTE PIEDRA Reviews

With a 16.434 MW capacity, the Planta Cogeneracion Becosa – Fuente Piedra is a power plant in Fuente Piedra, Spain. The location of the power plant is 37.1353 latitude and -4.73 longitude. The main fuel utilized to produce electricity is waste. According to estimates, the power plant began producing electricity in 2009 and now produces an average of 16.4 MW of electricity per hour.

An important source of electricity for Fuente Piedra and the areas around it is the Planta Cogeneracion Becosa. The power plant is a sustainable and eco-friendly source of energy since it produces clean energy from the waste fuel it consumes. The power plant is outfitted with cutting-edge technology that guarantees minimal pollution emissions, saving the environment. Usually running at full capacity, the power plant assists in supplying the region’s energy needs.

Powerplant PLANTA DDP GUARDO Reviews

A power plant called DDP Guardo is located in Guardo, Spain. It began operations in 2007 with a 14.685 MW capacity. The plant’s main source of fuel for electricity production is waste. The plant’s precise coordinates are 42.8261 latitude and -4.8463 longitude. An estimated 10.75 GWh of power may be produced by the facility annually.

The DDP Guardo power plant is seen as a healthy substitute for conventional fossil fuels. It has cutting-edge technology that is powered by a generator and a turbine. The facility also features a combustion chamber, a basic filter, and other environmental safety measures. Advanced emission-control measures, like an integrated gas collecting system and a dust filtering system, are installed at the factory.

The DDP Guardo power plant has helped Spain’s transition to renewable energy. 11.8% of the nation’s overall output of renewable energy is represented by its power output. This facility plays a significant role in the regional grid and offers the neighborhood a dependable supply of renewable energy. Reduced amounts of garbage in the local ecosystem, car emissions, and air pollution are some other advantages.

Powerplant PROCESOS ECOLOGICOS CARMONA 1 Reviews

Spain’s Carmona 1 power plant is a waste energy facility that can be found there at Latitude 37.4712 N Longitude 5.6461 W. This plant, with a 45 megawatt capacity, began operating in early 2018 and runs primarily on trash. The Carmona 1 plant has been credited with producing up to 54 gigawatt hours of electricity annually since it opened.

It is both environmentally responsible and economical to use garbage to power the Carmona 1 plant because it lessens the quantity of waste that is dumped in landfills. The garbage converted into energy also aids in lowering local electricity costs, expanding access to energy for people’s homes and workplaces. Additionally, Carmona 1 is good for the environment because it almost entirely eliminates carbon emissions.

The Carmona 1 power station is one of the many environmentally friendly steps Spain has taken to lessen its reliance on conventional energy sources. The country’s dedication to a cleaner future and use of renewable resources to meet its energy demands is demonstrated by this plant.

Powerplant PROCESOS ECOLOGICOS VILCHES Reviews

A 15 MW power plant called Procesos Ecologicos Vilches may be found in Vilches, Spain, at coordinates 38.207 N 3.5102 W. Since 2010, the power plant has been in operation and uses waste as its main fuel. An estimated 18.5 GWh of energy are produced by this power plant each year.

The Acciona Renewable Energies and Natural Elements Project, which was started in 2005 and has been running effectively, includes Procesos Ecologicos Vilches. The goal of the project is to provide alternative energy sources that are sustainable for the environment and the areas where plants are put. This dedication to sustainability is demonstrated by Procesos Ecologicos Vilches, which creates electricity from waste in a renewable way.

It is anticipated that the power plant will continue to produce clean energy for many years to come, particularly if further waste diversion initiatives and incinerator facilities are put into place over the next few years. Procesos Ecologicos Vilches’ effective operation is a crucial step in the direction of a more ecologically friendly, sustainable energy system.

Powerplant PURINARSA TRATAMIENTO DE PURINES Reviews

A 15 kW waste-based power plant called PURINARSA TRATAMIENTO DE PURINES may be found at coordinates 42.4496 latitude and -6.9476 longitude. The power plant reportedly started operating on an unspecified date and is capable of producing enough electricity for 15 people.

The facility is run on garbage, a sustainable energy source that emits no greenhouse gases and maintains a clean atmosphere. It can effectively turn waste into energy thanks to the use of cutting-edge technology including anaerobic digestion, waste-to-energy systems, and combustible power systems.

The location of the plant around its surrounding area is optimal for utilizing its natural resources. It generates up to 15 kW of electricity for the neighborhood using biomass, hydropower, solar energy, wind energy, and other sources of energy. Additionally, PURINARSA TRATAMIENTO DE PURINES is run by a group of professionals who routinely check on its operations to guarantee that it is operating well.

Powerplant TRATAMIENTO DE PURINES Reviews

The waste-fueled 15 MW TRATAMIENTO DE PURINES power plant is situated at 41.5667 N and 0.5167 W. It is anticipated that this power plant, which began operating in October 2019, will produce roughly 21.85 GWh of electricity annually.

Modern technology is used at the TRATAMIENTO DE PURINES power plant to transform solid waste into thermal energy. Because it generates waste with significantly less harmful pollutants than conventional coal-fired and nuclear power plants, this technology is efficient and economical. The facility also takes a variety of steps to lessen its environmental impact. This covers the use of energy efficiency programs, the use of renewable energy sources, and the capture and storage of CO2.

One of the best examples of how garbage may be used to generate clean, effective electricity is the TRATAMIENTO DE PURINES power plant. It is the ideal illustration of how nations may adopt clean energy options and lessen their reliance on fossil fuels. The factory has played a significant role in lowering pollution levels and enhancing the environment.

Powerplant TRATAMIENTO DE PURINES OSA DE LA VEGA Reviews

The geographical coordinates of the TRATAMIENTO DE PURINES OSA DE LA VEGA Powerplant in Spain are 39.6598 Latitude and -2.76 Longitude. The Powerplant, which has a 14.6 MW total capacity, started operating in May 2016 and has reportedly produced more than 320 GWh of electricity thus far. Waste is mostly used as primary fuel in the power plant to produce electricity.

One of the most recent contributions to Spain’s energy environment is TRATAMIENTO DE PURINES OSA DE LA VEGA. One of the nation’s cleanest sources of electricity is the Powerplant since it uses waste. It generates 14.6 MW of electricity daily to satisfy Spain’s expanding population. The Powerplant has generated an estimated 320 GWh since its debut in May 2016.

The country’s energy mix must include TRATAMIENTO DE PURINES OSA DE LA VEGA because it has helped it become less dependent on non-renewable resources. The Powerplant also helps to keep the environment cleaner because it burns waste, which emits significantly fewer greenhouse gases than other forms of electricity. This Powerplant contributes to a healthier environment by helping Spain adhere to its pledges to reduce emissions.

Powerplant VERTEDERO DEL GARRAF Reviews

The VERTEDERO DEL GARRAF, a 2.159 MW power plant with waste as its principal fuel type, is situated in the Vilanova i la Geltr municipality. Its coordinates are 12.444 latitude and 41.3888 longitude. Since it began operating in July 2017, the plant is expected to produce 3.927 GW-h of electricity annually.

Waste is a renewable energy source that is seen as being favorable to the environment because it doesn’t release any pollutants or greenhouse gases, such carbon dioxide (CO2). The VERTEDERO DEL GARRAF power plant is trying to lessen the negative environmental effects of conventional energy sources since it is an effective and sustainable method of energy production. Additionally, the plant’s functioning creates jobs in the area, which helps the economy of the area.

FAQ

Q1. What are the Spain’s regulations concerning the disposal of radioactive waste from power plants?

A. The correct storage and disposal of radioactive waste from nuclear power stations is required by Spanish regulations. For this reason, a set of guidelines and norms have been established by the Spanish government. The government’s established regulations must be followed when identifying, classifying, packaging, labeling, and transporting any waste that is produced. The government also mandates the establishment of storage facilities and collecting facilities to guarantee proper disposal of the garbage.

Q2. What kind of waste is generated by the power plants in Spain?

A. Solid waste, hazardous waste, and radioactive waste are among possible waste types produced by power plants in Spain. Burning fossil fuels like coal and oil is the most prevalent source of solid trash, whereas hazardous waste is made up of poisons as well as dangerous chemicals. Uranium and plutonium isotopes are among the radioactive waste that mostly results from the usage of nuclear fuel.

Q3. How is the waste from Spain’s power plants safely managed?

A. The Spanish government manages the waste produced by power plants in compliance with the rules that are in place. Transported to authorized locations, the trash is disposed of in accordance with accepted protocols. While radioactive waste is often buried at deep underground disposal sites or disposed of in specialized repositories, non-radioactive garbage is typically transported to landfills, incineration plants, or other processing facilities.

Q4. What are the long-term effects of improper disposal of waste from power plants in Spain?

A. In Spain, improper waste management from power plants can have detrimental long-term effects on the environment and human health. The improper disposal of hazardous waste can result in the contamination of water, soil, and air, which can have a variety of negative effects on human health, including neurological illnesses, digestive problems, and respiratory problems. Additionally, inappropriate radioactive waste disposal can cause soil and water contamination, which is harmful to plant, animal, and human life.

Q5. What measures are taken to protect the public from accidents at the power plants in Spain?

A. A number of safety procedures have been put in place by the Spanish government to protect the general people from any potential power plant mishaps. Regular inspections, required safety training for all employees, and the installation of safety tools including gas detectors, fire alarms, and emergency ventilation systems are some of these. In the case of an incident at a power plant, the government has also put emergency contingency procedures into place.

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