Top Best Waste Power Plants in South Africa for 2024

South Africa has a large number of power plants that give the people of the country with an ample amount of energy. A range of energy sources, both conventional and renewable, are employed in South Africa to produce electricity and supply it to its people. The location, kind, owner, capacity, and status of each power plant in South Africa are listed here along with other pertinent details. For those interested in learning more about South Africa’s energy generation, this list is a valuable resource. It is broken up into segments that cover conventional sources, new power plants, and renewable sources. This list’s information is thorough and current, offering readers a precise picture of South Africa’s energy sources and production.

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

List of all Waste Power Plants in South Africa in table format

For the benefit of our readers, we have compiled a list of waste power plants in South Africa in the table below:

Powerplant Name PowerPlant Capacity(MW) Power Plant Location via to Latitude and Longitude Fuel Type- Primary Estimated Power Generation(GWH)
Dundee Biogas 2.22 -28.119, 30.3584 Waste N/A
Ferro Waste Heat Plant 2.2 -25.725, 27.6115 Waste N/A
Hernic Waste Heat Plant 25.47 -25.662, 27.837 Waste N/A
Mariannhill Landfill 2 -29.848, 30.8359 Waste N/A
PetroSA Biogas Plant 4.2 -34.145, 22.1045 Waste N/A

Informational Resources: GCPT, Wiki-Solar, WRI, Industry About

Best Waste Power Plants in South Africa in 2023

Below is information on the top waste power plants in South Africa:

Powerplant Bisasar Road Landfill Reviews

A 6.5 megawatt power station that burns landfill gas is located in the Bisasar Road Landfill in Durban, South Africa. Its position is at -29.813 degrees south and 30.9821 degrees east, and its potential power output is 6.5 megawatts, according to estimates. This power plant, which has been operational since 2000, uses trash as its main fuel.

The power plant that burns landfill gas is a renewable energy source and has a great impact on lowering greenhouse gas emissions. The trash produces methane gas, which is captured and then transformed into power. Additionally, this method stops the release of greenhouse gases, which fuel climate change on a worldwide scale. Additionally, the plant makes very little noise and has no negative environmental effects.

An efficient and dependable renewable energy source is the landfill on Bisasar Road. It is a terrific technique to produce clean electricity as well as lessen the amount of greenhouse emissions released into the sky. Since it began operating in 2000, this power plant has consistently and dependably provided electricity to the neighborhood.

Powerplant Dundee Biogas Reviews

Dundee Biogas is a cutting-edge 2.22 MW power plant that uses waste as its primary fuel. It is situated at Latitude -28.119 and Longitude 30.3584. Since its establishment in 2010, this plant is thought to have produced 2600 MWh of energy. Utilizing state-of-the-art technology, the power plant converts waste materials into useable energy that is then used for the benefit of the community and the environment.

Through the utilization of renewable energy sources like solar and wind, Dundee Biogas is dedicated to promoting sustainability and lowering its overall carbon dioxide emissions. Additionally, even during times of high demand, the power plant has been able to provide a steady flow of electricity to the neighborhood, guaranteeing a constant supply of energy. They have been able to make a big contribution to the socioeconomic development of the area because of this.

Powerplant Ferro Waste Heat Plant Reviews

A power facility called Ferro Waste Heat facility is situated at -25.725 latitude and 27.6115 longitude. It has been in service since its commencement date and has a capacity of 2.2 MW. It is largely powered by trash. Approximately 3,600 to 4,000 households can be powered by the energy the Ferro Waste Heat Plant generates. This renewable energy source aids in lowering the carbon emissions linked to the production of electricity, hence lowering air pollution and promoting a healthier environment.

Ferro Waste Heat Plant’s presence guarantees a cleaner and more sustainable energy source for the neighborhood. It is a dependable form of energy generation and is incredibly cost-effective. The plant’s supporting infrastructure also guards against any potential interruptions in the supply of energy. The facility has also been built to capture the heat produced by rubbish burning and transform it into power. This acts as a clean and effective way to handle the garbage while also saving a significant amount of money on electricity costs.

Powerplant Hernic Waste Heat Plant Reviews

At latitude 25.47 and longitude -25.662, the Hernic Waste Heat Plant is situated in an isolated area on the southwest coast of the nation. Its estimated power generation capacity is 27.837 MW, and the main fuel source is waste. Since its establishment in 2020, it has been producing energy for the neighborhood.

The Hernic Waste Heat Plant is outfitted with cutting-edge machinery and technology that contributes to the production of reliable, efficient, and clean energy. A combination of thermal, mechanical, and electrical systems keep the plant running. This enables the facility to make use of a variety of resources, including sewage, industrial waste, and municipal solid waste, all of which are processed before being delivered to the power plant for the production of electricity. This effective waste-to-energy method is what enables the facility to generate clean electricity without creating more waste.

Since it began operating in 2020, the waste heat plant has successfully provided the area with clean energy. This has proven crucial in assisting the neighborhood in lowering overall electricity expenses and improving the environment.

Powerplant Mariannhill Landfill Reviews

A 2 megawatt power station called Mariannhill Landfill Power station is situated in South Africa at coordinates -29.848 latitude and 30.8359 longitude. This power plant began operating in November 2018 and produces electricity from garbage. According to estimates, the landfill power plant will eventually be able to supply electricity to more than 4,000 families.

South Africa is progressing significantly in meeting its energy production requirements. This power plant is leading the way for the rest of the nation in terms of sustainability and the production of renewable energy. It not only generates electricity that is clean and renewable, but it also makes jobs available and stimulates the local economy.

It is hoped that additional power plants across the nation would soon follow the Mariannhill Landfill Power Plant’s lead as it has been a fantastic addition to South Africa’s portfolio of energy options. This power plant exemplifies the nation’s commitment to renewable energy and will give homes and businesses dependable, clean energy for many years to come.

Powerplant PetroSA Biogas Plant Reviews

The PetroSA Biogas Plant is situated in latitude and longitude -34.145 and 22.1045 in the South African province of the Western Cape. The plant was put into service in 2019 and has been running continuously since then. According to estimates, it will use renewable energy to produce about 4.2 MW of power. The plant uses trash as its major fuel source, which means that it runs on locally abundant organic stuff like animal and food waste.

Due to its many advantages, biogas energy production is gaining popularity. First off, waste-derived biogas is far cleaner and more efficient than conventional fossil fuels. Additionally, producing biogas is far less expensive than using fossil fuels.

Therefore, the PetroSA Biogas Plant is a welcome contribution to South Africa’s renewable energy industry. It has the ability to lessen the region’s carbon footprint while also offering a more environmentally friendly method of generating energy. It serves as a representation of what is possible when alternative fuels are used to meet the world’s rising energy needs.


Q. What is South Africas policy on Waste from power plants?

A. Zero waste from power plants is the country’s policy. Reducing and getting rid of waste from operations is the aim. This entails techniques for managing the resources produced by the process, as well as reducing pollutants and trash produced by the plant’s operation. This involves gathering, handling, moving, storing, or disposing of the waste materials in a way that reduces any dangers to the environment or public health.

Q. How do power plants dispose of their waste in South Africa?

A. South African power plants dispose of their trash in accordance with the laws and rules governing waste management. The garbage is handled, moved, held, and disposed of in accordance with the rules and laws established by regional, provincial, and federal authorities. This may involve processing at landfills or wastewater treatment facilities, as well as incineration.

Q. What are the environmental policies and regulations for waste from power plants in South Africa?

A. Waste from power plants is governed by a number of environmental rules and laws in South Africa. These are primarily concerned with the prevention, reduction, and disposal of hazardous materials as well as the management and handling of waste. In order to maintain the preservation of the environment and the general public’s health, regulations also encompass the monitoring of the quality of the air, water, and soil.

Q. What kind of monitoring is done to ensure compliance with South African waste policies and regulations?

A. Environmental monitoring is carried out to assess the effects of waste created by the plant in order to guarantee that power plants comply with South African waste rules and regulations. This includes gathering and analyzing data as well as monitoring of the air, water, and soil. Corrective measures are taken to resolve any non-compliance that is discovered.

Q. How is waste from power plants in South Africa treated?

A. South African wastewater treatment facilities, incinerator facilities, or landfills can all be used to treat waste from power plants. The kind of treatment selected is determined by the waste’s composition and the applicable laws and requirements. For instance, hazardous items need to be handled at different waste facilities.

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