Botany Cogeneration Plant, New South Wales
SUEZ is proposing to build and operate a cogeneration plant to provide steam and electricity to power the Opal Paper and Recycling Mill, located in the existing Botany industrial area.
With Opal, SUEZ is continuing its proposal to develop a more than $250 million cogeneration plant at the Opal Paper and Recycling Botany Mill which would reduce waste to landfill, reduce net CO2 emissions, create local jobs and increase local economic development.
The plant would use advanced and proven safe technology similar to what’s been used for decades in many European cities and would meet the highest international standards for air quality.
By diverting waste from landfill, the plant would offset 80,000 tonnes of CO2 emissions per year, equivalent to removing 27,800 cars off the road (based on preliminary greenhouse gas emissions calculations).
See the outcomes
Engaging with SUEZ to construct and operate a cogeneration facility onsite would be a safe and effective way for the Botany Mill to meet its obligation to responsibly manage the waste generated from the recycling and paper-making process.
Fewer fossil fuels;
more energy recovery
In addition to steam generation needed to operate the mill, the plant would also generate 64,000MW of baseload electricity – enough to power more than 12,000 homes per year (based on 5000kWh/year usage for each home). This means the Botany Mill would require less energy from the natural gas network.
Less waste to landfill;
165,000 tonnes of waste materials that cannot practically be recycled would be diverted annually from landfill. That’s equivalent to the weight of the Sydney Opera House.
The cogeneration plant would offset 80,000 tonnes of CO2 emissions per year, equivalent to removing 27,800 cars off the road (based on preliminary greenhouse gas emissions calculations).
More benefits for people and the planet
The plant would utilise state-of-the-art technology and adhere to the highest international standards for air quality as set out in the European Industrial Emissions Directive.
More local jobs and support for local manufacturing industry
The plant would be a more than $250 million infrastructure investment. It would create 400 direct construction jobs as well as 30 direct ongoing operational jobs.
Cogeneration is the production of two forms of energy, generally electrical and thermal.
The fit-for-purpose cogeneration plant at Botany would use safe, non-recyclable materials that would otherwise go to landfill as fuel to create steam and electricity for use in running the Paper and Recycling Mill.
In the same way as a boiler works, the fuel would be directed into a turbine to create energy, with the steam produced used to turn a turbine and create energy to run the mill. This whole process would be completely enclosed.
The fuel would include some carefully sorted and processed materials from a SUEZ processing centre in Chullora that has already undergone recycling, combined with materials from the recycled paper-making process on site that simply can’t be recycled further. These materials would otherwise be transported offsite to landfill.
Using non-recyclable materials as fuel is part of the energy recovery process. Energy recovery technology is sustainable, safe, proven and widely used across the United Kingdom and greater Europe. The technology is also approved for use in Australia.
The proposed Botany Cogeneration Plant would be built entirely on the existing recycled paper mill site, in the location where a disused paper manufacturing facility currently stands and within the existing industrial area.
Community Information Centre
We have now opened our Community Information Centre at 492 Bunnerong Rd in Matraville (the old Commonwealth Bank site). We invite you to visit the centre where you can learn more about energy from waste, speak with people involved with the project and help separate some of the myths from the facts.
For example, you may have heard the claim that, if approved, the plant would incinerate disposable nappies and medical waste. In fact, no material from household red-lid bins would be used to produce the fuel (known as processed engineered fuel or PEF) for the plant.
Our centre has a great display on the types of waste that will be used and the types that won’t, so please be sure to come and visit during the following days;
In response to the NSW Health advice, the Community Information Centre will not be opening from 24 June until further notice.
Feel free to contact us via the telephone number and email below.
Please call or email us to arrange an information session if the Community Information Centre is closed. This can be done by emailing a suitable time through to email@example.com or leave a message to arrange an appointment by calling 1800 577 318.
October 2019 – SEARs (Secretary’s Environmental Assessment Requirements) – Completed
February 2021 – Botany Cogeneration Plant Community Reference Group – First meeting
March 2021 – Botany Cogeneration Plant Community Reference Group – Second meeting
March 2021 – Botany Cogeneration Plant Community Reference Group – Third meeting
March 2021 – Community Information Centre opens at 492 Bunnerong Road, Matraville
May 2021 – Botany Cogeneration Plant Community Reference Group – Fourth meeting
Late 2021 – Submission of the Environmental Impact Statement (EIS)
Environmental Impact Statement (EIS) public exhibition for community comment
We look forward to sharing more information with you and hearing your views as we develop the proposal for the plant.
We will provide updates on this dedicated project website. If you have a specific question about the project that’s not answered in the FAQs below, please email us at firstname.lastname@example.org. Alternatively, you may leave a message for us by calling 1800 577 318. We’ll try to get back to you as soon as possible.
Community Reference Group
SUEZ and Opal have established a Community Reference Group (CRG) for the Botany Cogeneration Plant. The CRG comprises representatives from the community, council and government agencies, as well as from SUEZ and Opal. It is drawing on representatives’ local knowledge and perspective to shape project planning and design. The CRG is an opportunity to share ideas and discuss key topics critical to the environmental impact assessment process. This includes emissions and monitoring, traffic and parking, design and visual amenity of the proposed plant. Minutes of the meetings will be available here once approved by members.
Waste collection vehicles discharge their waste into a bunker where the waste is mixed to ensure an even burn in the furnace. Water sprays and induction fans are used in the reception hall to reduce levels of dust and smell.
The waste is loaded by crane into a feed hopper, then travels down the feed chute into the furnace.
Inside the furnace, a series of rollers move the waste through the furnace where it is dried and burned at temperatures of around 1000°C.
Burning waste in the furnace creates hot flue gases which travel through a boiler, transferring heat to water that runs through the boiler pipes.
The hot water creates steam. The steam drives a turbine which then generates electricity.
Ash created by burning the waste drops into a quench tank, then along a conveyor. Ferrous and non-ferrous metals are separated within the ash treatment plant. The remaining product can be used in the construction industry.
The gases from the burned waste are thoroughly cleaned to neutralise acid gases and remove dioxins and heavy metals. The gases are then passed through a fine fabric filter to capture particles before being released through a chimney, which is continuously monitored.
Cogeneration is the production of two forms of energy, generally electrical and thermal. The proposed plant would produce steam and electricity.
The proposed fit-for-purpose cogeneration plant at Botany would use safe, non-recyclable materials that would otherwise go to landfill as fuel to create steam and electricity for use in running the mill.
In the same way as a boiler works, the fuel would be used to heat water, with the steam produced used to turn a turbine and create energy to run the mill. This whole process would be completely enclosed.
The fuel would include materials from the recycled paper-making process on site that simply can’t be recycled further, together with some carefully sorted and processed non-recyclable materials from a SUEZ processing centre in Chullora. These materials would otherwise be transported offsite to landfill.
Using non-recyclable materials as fuel is part of the energy recovery process. Energy recovery technology is sustainable, safe, proven and widely used across Europe and the United Kingdom. The technology is also approved for use in Australia.
The proposed Botany Cogeneration Plant would be built entirely on the existing Paper and Recycling Mill site, in the location where a disused paper manufacturing facility currently stands and within the existing industrial area.
The fuel would include some carefully sorted and processed materials from the SUEZ processing centre in Chullora. It would also include materials from the recycled paper-making process on site that cannot be recycled further and would otherwise be transported to landfill. This material is called processed engineered fuel (PEF) and comprises dry waste materials, such as non-recoverable timbers and textiles. PEF is created under controlled and carefully monitored conditions at the site in Chullora to make sure fuel consists of acceptable material. There may be residual plastic from the paper mill process, but plastic content overall will be minimal.
No materials from red-lid household bins would be used as fuel.
The benefits to the community include a reduction in waste to landfill, a reduction in net CO2 emissions, the creation of local jobs and an increase in local economic development. For example, preliminary calculations suggest the plant would offset 80,000 tonnes of CO2 emissions per year which is equivalent to removing almost 28,000 cars from the road.
No. The Botany Cogeneration Plant would be what’s known as an energy recovery plant. The cogeneration process would capture energy generated from burning materials (including residual materials from the recycled paper-making process) and use it to power the mill. It is similar to a bagasse plant that uses sugar cane as a fuel to make energy.
Yes. Energy recovery technology is a proven and safe technology that is already used by countries extensively across the United Kingdom and greater Europe. The technology is also approved for use in Australia and continues to grow here.
The environmental impact assessment for the project will include an independent human health risk assessment. The assessment will consider risks presented to humans from any exposure (inhalation, ingestion, skin contact) to pollutants relevant to the project. The report will be available to the community.
The plant would remove 165,000 tonnes of materials from landfill annually in order to power the mill. This is the same weight as the Sydney Opera House.
Furthermore, initial calculations suggest that the plant would offset approximately 80,000 tonnes of CO2 emissions per year – the equivalent of removing close to 28,000 cars from our roads.
The plant will use processed engineered fuel (PEF) which comprises dry waste materials, such as non-recoverable timbers and textiles. The PEF process would be designed to remove plastics – recyclable and non-recyclable. There may be residual plastic from the mill process, but plastic content overall will be minimal.PEF is created under controlled and carefully monitored conditions to make sure only the acceptable material is contained in the fuel.
PEF excludes household rubbish of any type (processed or not).
We understand noise is a concern for the local community and a noise study will be undertaken when looking at potential environmental impacts. We will share results with the community and work through the plant design to minimise noise. This will help ensure that approval and operating conditions can be met.
An example of design considerations is that the fuel would be received in a completely enclosed hall. Noise limiting materials would also be incorporated into the building design to limit background equipment noises.
Development approval conditions apply to the construction and operation of the project. There would be specific noise management, monitoring and mitigation requirements throughout the whole project.
Emissions from the plant would not adversely affect the quality of air in a typical urban environment.
The proposed plant would use the world’s best available technology to clean, measure and monitor air emissions.
Air emissions from the plant would include steam, oxygen, nitrogen and carbon dioxide, all of which exist in the atmosphere naturally. Before being released out of the plant, these compounds would go through a multi-stage cleaning process to make sure they are neutralised.
The Botany Cogeneration Plant would be designed by an industrial architect to make sure it would be the most appropriate design for the site and location. The plant would be located on the eastern side of the existing mill site, closest to Botany Road. We are aware the site is visible from some residential homes and make a commitment to the community that the design would not have a negative impact on visual amenity for the surrounding neighbourhood.
No. It is proposed that the plant be constructed within the boundaries of the existing site and located where the decommissioned B8 paper mill currently sits.
Our initial research indicates there would not be a significant change to truck movements to and from the site. In fact, the net increase in truck movements would be less than 10% of what they are now.
The Opal Paper and Recycling Botany Mill currently transports mill rejects to landfill outside Sydney. Once the cogeneration plant is operational, these truck movements would cease as the mill rejects will be used as fuel – this is around five to seven truck movements per day.
It is anticipated that there would be approximately 30 daily truck movements required for the Botany Cogeneration Plant. Most of the truck movements would relate to the provision of additional fuel, which would be used to supplement the material generated onsite and create energy.
The transportation trucks would follow existing approved routes, not accessing residential streets.
A traffic study will be prepared to further investigate transportation truck requirements, routes and how potential impacts would be managed and minimised.
The Boral Cement Works at Berrima in the Southern Highlands uses similar fuel feedstock for cement production works and Visy operates a similar plant in Tumut, NSW.There are hundreds of energy recovery facilities across the United Kingdom, greater Europe, the US and Japan. These countries would not have met their respective waste recovery and landfill diversion targets – particularly stringent European Union regulations – without significant investment in energy recovery technology.
In Europe, these energy recovery facilities are built in the middle of major cities, such as Paris, London, Copenhagen and Monaco and are regularly constructed to provide heat energy to adjacent residential neighbourhoods.
The NSW Department of Planning, Industry and the Environment will assess the proposal as a State Significant Development.
The Secretary’s Environmental Assessment Requirements (SEARs) outline the work that SUEZ must undertake in the development of the environmental impact statement (EIS). The EIS will be placed on public exhibition before the final decision on the project is made.
SUEZ is committed to ensuring the community and other stakeholders are informed about the proposed plant throughout the planning process and we welcome input to the project. We have already conducted a number of engagement activities including focus groups, written communications and direct door knocks as well as making email and phone contact and providing briefings to multiple stakeholder groups. Community consultation is an integral part of the project over the coming months.
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