Climate change is a material topic for Bracell’s sustainability management, encompassing planning, policies and actions for mitigating greenhouse gas (GHG) emissions, operating in a low-carbon economy and adapting to a world with higher average global temperatures (see GRI 201-2 for related risks and opportunities).

Bracell’s Sustainability Steering Committee is responsible for making decisions regarding climate business and initiatives and presenting the company’s overall strategic planning for the short, medium, and long term in this area. Bracell is advancing its climate journey by creating a corporate GHG inventory and environmental targets and planning actions for its operations, all integral to the Bracell 2030 commitment and goals.

In 2023, Bracell announced its set of long-term sustainability targets and commitments titled “Bracell 2030”, which includes specific Climate Action targets:

75% reduction in carbon emissions per ton of product

25 MtCO₂e removed from the atmosphere between 2020 and 2030

Our 2030 climate goals were developed based on an analysis of the risks and impacts – both positive and negative – that Bracell’s operations have on climate change. Our operations emit scope 1, 2, and 3 GHGs, but also capture CO₂ from the atmosphere by growing and preserving forest areas managed by Bracell, including planted eucalyptus forests and native forests set aside for conservation.

We will begin monitoring the progress of our 2030 climate goals in 2024 and report the progress in our Sustainability Report.  Bracell also carries out operational practices that positively impact the climate agenda.  The key initiatives include:

Climate action	Self-sufficient generation capacity – we have on-site generation capacity for the full electricity requirement of our two flexible lines in Lençóis Paulista, São Paulo. We also produce a surplus of 150-180 MW which we feed back into the grid, enough to supply power to a city of 3 million people or 750,000 homes.
	Transition from fossil fuels to renewable fuels – At our Lençóis Paulista site, we use biomass from sustainably managed forests to produce syngas in biomass gasifiers. This renewable energy source is fed to our lime kilns as replacement of traditional fossil fuels.
	Oil-to-natural gas retrofit – using advanced engineering and technology, we have initiated a project to replace oil with natural gas in the oldest production line at our Lençóis Paulista site.
	Electric forklifts and trucks – our operations are deploying electric forklifts running on renewable electricity produced on-site in Lençóis Paulista. In addition, we are expanding our fleet of electric trucks—the first electric heavy-haul vehicles (40+ tons) to be deployed in this type of operation—to further reduce GHG emissions.
	Ongoing climate-focused improvements – our dedicated continuous improvement team employs agile methodologies (Kaizen) to drive climate-related projects. Reducing greenhouse gas emissions is a key focus of our current Kaizen initiatives. We also participate in decarbonization forums to explore and deploy new technologies and best practices across the company.
	Research on carbon and water flux in eucalyptus plantations – as part of the Eucflux-IPEF Cooperative Program, we conduct research on carbon and water flux in eucalyptus plantations in Brazil.  This research is enhancing our understanding of these processes in a Bracell-managed eucalyptus plantation in Itatinga, São Paulo, where we have set up a flux tower equipped with advanced monitoring technology.
	Investment in carbon and water flux towers – in line with our Bracell 2030 commitments, we are installing five additional monitoring towers in both eucalyptus plantations and native forests across São Paulo, Mato Grosso do Sul, and Bahia.
	Participation in the CEBDS Net Zero Platform– we are actively involved in the CEBDS program to accelerate climate action within the corporate sector.
	GHG Protocol – our greenhouse gas emissions inventories are published on the Brazilian GHG Protocol Public Emissions Registry platform.
	External verification of GHG Inventories – our greenhouse gas emissions inventories, covering Scopes 1, 2, and 3, undergo external audits and verification.

GHG Inventory reporting

In 2023, Bracell garnered important accolades for its sustainability performance:

GHG Protocol Gold reporting status: this distinction is awarded to organizations that demonstrate high levels of accuracy and transparency in their greenhouse gas inventory submissions to the Brazilian GHG Protocol. Program’s Public Emissions Register (RPE). Bracell is a member of the PBGHG (Brazilian GHG Protocol Program) and discloses the company GHG Inventory data in the Public Emissions Registry. The PBGHG aims to promote the recognition of participating organizations for the voluntary transparency initiative, among stakeholders who are increasingly attentive to corporate socio-environmental responsibility.

Learn more at About Bracell.

 

Forestry R&D, risk management and climate change impacts

Our forest research and development department operates in two strategic areas that strengthen the management of climate change risks and impacts, which could jeopardize business and operational continuity.

Classical genetic improvement

Through classical genetic improvement, we develop non-genetically modified clones, aiming to sustain and expand the productivity of our planted eucalyptus forests and make our nurseries more efficient in seedling production.

Clones are developed to improve the IMA (average annual increment), which are measured in cubic meters of wood per hectare per year.

Forestry research

This entails the studying of soil, nutrition and protection of forests. The production of natural enemies to combat plant pests and diseases is an example of our work here.

Forest R&D initiatives focused on mitigating climate change risks and impacts
Biological control using natural enemies	We employ biological control as a sustainable alternative to chemical pesticides, significantly reducing N2O emissions. In 2023, we produced 65 million natural enemies.
Climate zoning studies	We continuously conduct climate zoning studies using historical climate data such as precipitation, temperature, and latitude. This analysis helps us identify optimal areas for eucalyptus planting and make climate region-specific technical recommendations, including clone allocation and fertilization strategies.
Carbon balance	We updated our carbon balance estimation database.  This information was used to develop our 2030 carbon removal goal.  The carbon removal estimation study was conducted by the Forestry R&D department in conjunction with Forest Planning and Sustainability (see about our carbon balance in GRI disclosure 305).

Carbon and water flux monitoring

As part of our Bracell 2030 goals, we are installing five flux monitoring towers in eucalyptus plantations and native forests. Three towers will be installed in the short term—one in São Paulo and two in Bahia.

Through our Forestry R&D department, we are actively participating in the Eucflux-IPEF Cooperative Program, which monitors these environmental phenomena. One of these flux towers is located in a Bracell eucalyptus plantation in Itatinga, São Paulo. The program, led by the Brazilian Institute for Forest Research and Studies (IPEF) and Centre de Coopération Internationale en Recherche Agronomique pour le Développement (CIRAD), was launched in 2007. It includes various affiliated companies in the pulp sector, including Bracell, and academic institutions such as the Federal University of Lavras (UFLA), São Paulo State University (UNESP), and the University of São Paulo (ESALQ/USP).

Clean-energy logistics

In 2023, we conducted tests with electric trucks to transport pulp from our mill in Lençóis Paulista (SP) to the Intermodal Terminal in Pederneiras (SP). This initiative is unprecedented in Brazil for heavy vehicles weighing over 40 tons and will ease GHG emissions from this operation.

At the Port of Santos in São Paulo, we also made investments to intensify the use of renewable energy in our energy matrix.  The new Bracell terminal features electric gantry cranes – used for moving large loads. They are not powered by fossil fuels and have a static capacity of 126,000 tons, representing about half of the volume produced in São Paulo state in a month.

Energy efficiency is a material topic for Bracell, encompassing efficient energy consumption from clean (renewable) sources.

We invest in processes and technologies to ensure the efficient use of energy in our operations, prioritizing renewable sources of generation. The company has targets for reducing greenhouse gas emissions by 2030 and policies and actions to mitigate this impact, aiming to establish low-carbon production.

Reducing energy intensity, efficient energy use, and investing in a low-carbon matrix are Bracell initiatives to ease its greenhouse gas emissions (see more in GRI Content 305). 

Bracell’s plants in Bahia and São Paulo are energy self-sufficient. The company has recovery boilers that produce the steam fed to turbine-generator sets to generate electricity.

In the mills, national grid energy is only used occasionally during general maintenance stoppages.  Energy is also purchased for forestry operations and nurseries, where diesel also fuels power generators.

Renewable generation

The new flexible lines in Lençóis Paulista (SP) are equipped with a biomass boiler that generates renewable energy from eucalyptus biomass, composed of trimmings from the plant and other substances originating from the production of dissolving pulp, including black liquor.

These lines were developed to operate free of fossil fuels and to generate clean energy for the Brazilian market, which receives the surplus from Bracell’s mill.

The site has a 440kV substation with an installed capacity of 409 MW, enough to supply electricity to the mill and a surplus of approximately 150 to 180 MW that is sold to the national grid, enough to supply clean renewable electricity to around 750,000 homes or approximately 3 million people.

In 2023, Bracell received International Renewable Energy Certificates (I-RECs) as proof that the electricity sold from its on-site generation facilities in Lençóis Paulista (SP) is renewably sourced.

Waste management is a material topic for Bracell’s sustainability management, encompassing circular aluminum, reducing waste generation and minimizing landfilling.

In 2023, Bracell announced its set of long-term sustainability targets and commitments titled “Bracell 2030”, which includes specific Delivering Sustainable Growth targets:

90% reduction in industrial solid waste sent to landfills per ton of product;

97% chemical  recovery in  our operations

Bracell’s approach to waste management is based on three circular bioeconomy principles:

• Reduce waste generated in the process;
• Re-utilize materials whenever possible; and
• Recycle waste in partnership with third parties where waste reduction or reuse is not possible.

Our Waste Management Policy aligns with the Brazilian National Waste Management Policy (PNRS). We ensure compliance at all times with our Environmental Policy and Waste Management Plan (PGRS). Waste is among the KPIs that is tracked within our Integrated Management System and reported to employees throughout the year so they can keep up to date on our performance.

 

Water and effluents are a material topic for Bracell encompassing strategies, policies and programs to preserve water and watersheds, reduce water consumption, increase reuse, avoid water-related conflicts, impacts on water availability and/or shortages (whether in our forestry or mill operations), and manage wastewater.

In 2023, Bracell announced its set of long-term sustainability targets and commitments titled “Bracell 2030”, which includes specific Delivering Sustainable Growth target:

47% reduction in water consumption per ton of product

Water and effluents are managed within a Water Resource Monitoring Program that is governed by requirements in our Sustainability Policy. Through this program, we implement measures to monitor and continuously improve water resource efficiency.

The Bahia mill maintains an internal tool to guage issues and impacts associated with its activities, certified in ISO14001/2015. This tool identifies critical water consumption points in the mill, defining specific controls such as consumption limits and reuse/reduction strategies.

The water sourced in the São Paulo milling operation comes from six deep cased wells and from the Tietê River, located 22 km from the mill, as well as the release of treated effluents. Bracell has a Water Resources Monitoring Plan with records of volumes withdrawn in order to comply with the environmental licenses and permits. The industrial operation has a system to reuse as much water as possible in its process, so as to reduce the need for water withdrawal to a minimum.

Membership of watershed committees

We are active members of watershed committees the regions where we operate, where we discuss ways to use water resources more sustainably. We are currently members of the:

• North Recôncavo and Inhambupe Watershed Committee (Bahia);
• Paranapanema Watershed Committee (CGBH-RL);
• São Paulo State Watershed Modeling and Monitoring Program (PROMAB), run by the Forest Research Institute (IPEF);
• PROMAB, a 25-year monitoring program in Bahia.

We also implement initiatives in partnership with stakeholders, especially local communities and suppliers, to preserve and restore headwater areas and improve water resource efficiency.

Bracell climate-change risks include those directly linked to our activities, such as those associated with climate patterns – physical risks like rising temperatures, lower water availability due to lower rainfall levels and extreme weather events that impact Bracell’s operations.  Regulatory risks, such as the enactment of legislation, technical standards and other regulatory norms that may affect the business, are also considered.

Due to confidentiality reasons, Bracell does not disclose financial information regarding the calculation of financial costs involved or projections of revenue for mitigating these risks.

In 2023, the historical energy consumption data within the organization’s São Paulo operations were reviewed.  In 2022, grid energy was consumed despite industrial energy generation. Calculation standards were rectified for 2021 data.

HISTORICAL ENERGY CONSUMPTION WITHIN THE ORGANIZATION¹ (GJ)
	2021	2022	2023
Bahia1	1,561,590.00	1,579,433.51	1,541,824.41
São Paulo	1,955,354.26	5,828,717.43	6,248,231.36
Total	3,516,944.26	7,408,150.94	7,790,055.77

1. The total consumption of non-renewable fuel sources includes consumption of natural gas and liquefied petroleum gas (LPG). The total consumption of renewable sources includes Black Liquor.

Generation Output (GJ)
	2021	2022	2023
Bahia	1,429,909.20	1,262,907.28	1,066,178.70
São Paulo	1,784,658.89	8,896,430.99	9,387,409.61
Bracell	3,214,568.09	10,159,338.27	10,453,588.31

 

Purchased Energy (GJ)
	2021	2022	2023
Bahia	204,426.00	348,790.00	486,127.30
São Paulo	608,902.91	112,990.60	367,038.00
Bracell	813,328.91	461,780.60	853,165.30

 

Electricity Sold (GJ)
	2021	2022	2023
Bahia	72,745.20	32,263.77	10,481.59
São Paulo	438,207.54	3,180,704.16	3,506,216.24
Bracell	510,952.74	3,212,967.93	3,516,697.83

In 2022, the energy consumption outside of Bracell’s operation was 856,165.30 GJ.

Energy consumption outside of the organization (GJ)	2021	2022	2023
São Paulo	204,426.00	348,790.00	367,038.30
Bahia	608,902.91	112,990.60	486,127.30
Total	813,328.91	461,780.60	853,165.30

Note: the data regarding Scope 3 emissions is reported in GRI Disclosure 305-2.

The energy intensity of our industrial operation in Bahia state in 2023 was 3.27 Gj/adt and 2.07 GJ/adt São Paulo state. These values consider the total production of 471,817 tons in Bahia and 3,012,404 tons in São Paulo.  Only the electricity consumption by milling was included in the calculation.

Energy intensity (GJ/adt)
Operation	2021	2022	2023
Bahia	3.32	3.29	3.27
São Paulo	2.39	1.99	2.07
Bracell	2.73	2.17	2.24

 

Bracell’s energy consumption in 2023 was 7,790,055.77 GJ, an increase of 4.9% over 2022. In Bahia operations, energy consumption fell by 37,609 GJ, while there was an increase of 419,514 GJ in São Paulo operations.

The energy intensity including industrial consumption increased from 2.17 GJ/adt in 2022 to 2.24 Gj/adt (see more in GRI Disclosure 302-3).

Comparison between energy consumption in 2023 and 2022
Operation	GJ	%
Bahia	-37,609.10	-2.4
São Paulo	+ 419,513.93	+ 6.7
Total	+ 381,904.83	+ 4.9

Bracell’s energy consumption in 2023 was 7,790,055.77 GJ, an increase of 4.9% over 2022. In Bahia operations, energy consumption fell by 37,609 GJ, while there was an increase of 419,514 GJ in São Paulo operations.

The energy intensity including industrial consumption increased from 2.17 GJ/adt in 2022 to 2.24 Gj/adt (see more in GRI Disclosure 302-3).

Comparison between energy consumption in 2023 and 2022
Operation	GJ	%
Bahia	-37,609.10	-2.4
São Paulo	+ 419,513.93	+ 6.7
Total	+ 381,904.83	+ 4.9

Bracell operates mills in the Camaçari Industrial Park in Bahia and the Lençóis Paulista Industrial Park in São Paulo. The forestry operations supplying pulpwood to our mills are located in the states of São Paulo, Bahia and Sergipe. Water withdrawals are measured and potential risks and impacts are monitored within Bracell’s Integrated Management System, in accordance with applicable regulations (learn more in GRI 3-3 Management of the material topic Water and effluents and GRI 303).

Operations in São Paulo

• Effluents from our production process are monitored for compliance with the discharge standards issued by the Brazilian Environmental Council (Conama 430/2011), State Decree no. 8,468/1976 and other environmental regulators.
• To ensure compliance with applicable requirements, in our São Paulo operations we have classified recipient water bodies to ensure water discharges are within specifications under our discharge permits from the Department of Water and Electrical Energy (DAEE).
• Bracell is the first company in the pulp industry in São Paulo to implement three-stage effluent treatment: water is sourced from the Tietê River, from an intake located 22 km from our Lençóis Paulista (SP) mill, and is then returned into the same river.
• After it is used in the production process, wastewater flows through a three-stage treatment system. The first stage removes fibers, the second treats organic matter and the third filters the effluent before it returns to the Tietê River.
• Bracell is one of the only companies to use tertiary treatment. Approximately 95% of water withdrawals are returned to the Tietê River as treated effluent.

Operations in Bahia

• To ensure our water discharges meet quality requirements in our Bahia operations, we regularly monitor physical, chemical and biological parameters, including chemical oxygen demand (COD). This indicator is used to evaluate the performance of our wastewater treatment system, which comprises an on-site treatment plant at our Camaçari mill (settling or primary treatment) and another treatment plant operated by Cetrel, a company c0-located in the Camaçari Industrial Park that is responsible for secondary treatment (activated sludge) of Bracell’s effluents.
• Continuous monitoring of our industrial wastewater ensures our dissolving pulp production process is eco-efficient. We also use indirect methods to measure the quality of our chemical recovery system, loss of fibers from the mill process, and solid retention efficiency in the on-site primary treatment system.
• Our wastewater treatment system processes two primary wastewater streams:
  • a) Organic effluents: wastewater from the mill and stormwater system containing varying amounts of byproducts from the production process. This accounts for the bulk of the effluents generated at the mill. Organic effluents are pumped to the on-site primary treatment system and then to the Cetrel-operated secondary treatment system;
  • b) Inorganic effluents: also referred to as non-contaminated wastewater, this stream is generated by the site’s stormwater system and other non-contaminated sources, such as flush water from cooling towers and heat exchangers.
• Both streams are monitored in accordance with Inema Ordinance 16,507/2018. The specifications for water discharges depend on the recipient water body as outlined in the relevant federal regulations (Conama Resolution 357) and requirements issued by the state environmental authority, Inema.
• Effluents are collected and pumped to a wastewater treatment system comprising a preliminary treatment stage (screening and pH adjustment) and primary treatment (conventional settling and sludge removal).
  • This process mechanically removes settable solids—essentially cellulose fibers extracted in the form of primary sludge.
  • Following on-site treatment, the organic effluent is pumped to the Cetrel plant. Following secondary treatment, the treated effluent is discharged into the ocean via a submarine outfall.
• Effluents from seedling nurseries are monitored to avoid alterations in soil quality.
• Wastewater from the washing station at our workshop in Alagoinhas (BA) is monitored to avoid alterations in the quality of the recipient water body, the Fonte dos Padres River.

Bracell continuously addresses climate zoning studies, based on the analysis of historical climate data such as precipitation indexes, temperature and latitude. Data analysis also identifies the most suitable areas for planting eucalyptus and also support technical recommendations  such as clone allocation and fertilization use.

Withdrawal
Surface water (m³)
Operation	2021	2022 (1)	2023
Bahia	29,456.00	4,811.00	64,927.00
São Paulo	13,275,929.24	48,436,589.17	52,474,268.60
Bracell	13,305,385.24	48,441,400.17	52,539,195.60
Groundwater (m³)
Operation	2021	2022	2023
Bahia	15,431,917.30	15,997,357.83	16,613,292.62
São Paulo	7,466,921.06	6,925,779.91	4,898,803.24
Bracell	22,898,838.36	22,923,137.74	21,512,095.86
Total water withdrawal (m³)
Operation	2021	2022	2023
Bahia	15,461,373.30	16,002,168.83	16,678,219.87
São Paulo	20,742,850.30	55,362,369.08	57,373,071.84
Bracell	36,204,223.60	71,364,537.91	74,051,291.71

Notes about the 2023 data:

1. Surface water withdrawal volumes in our Forestry operations in São Paulo (457,789.24 m3) include withdrawals from 248 points under permits for use in forestry management.
2. Includes withdrawals from a well at the Lençóis Paulista (SP) site, used for irrigating seedlings at an on-site nursery (555,240.00 m3), and water withdrawals for human consumption (1,117.06 m3).
3. All water withdrawals described for our forestry operations were measured directly at surface withdrawal points. Withdrawal volumes are recorded in an internal database that is managed in accordance with applicable regulations, covering all operational fronts.
4. In Bahia, Bracell has 37 surface withdrawal points covered by permits awarded by the relevant environmental authority. These points are distributed along six different rivers throughout our forestry operations: Pojuca, Subaúma, Itariri, Inhambupe, Sauípe and Imbassaí. Withdrawal points are periodically monitored in accordance with license requirements. The environmental monitoring network in our forestry operations comprises 24 stations for monitoring surface (river) water quality, 8 stations for monitoring groundwater quality (artesian wells), 13 fixed stations for analyzing water potability (fitness for human consumption), 5 mobile stations for analyzing water potability (fitness for human consumption) at operations fronts, 37 flow metering stations at permitted surface water withdrawal points along rivers, 2 stations at locations where effluents are discharged from seedling nurseries, 1 station where effluents are discharged from a water and oil separator, and 15 stations where effluents are discharged from septic tanks.
5. In our operations in Bahia, our total water consumption/withdrawals of 16,678,219.87 m³ include 939,389.25 m³ consumed in forestry operations.
6. For additional data on withdrawals, consumption and discharge, see GRI 304.

Discharge
Surface water (m³)
Operation	2021	2022	2023
Bahia	312,809.04	366,035.94	97,614.84
São Paulo	15,745,505.07	51,451,819.67	49,309,676.20
Bracell	16,058,314.11	51,817,855.61	49,407,291.04
Groundwater (m³)
Operation	2021	2022	2023
Bahia	0	0	0
São Paulo	0	0	0
Bracell	0	0	0
Seawater (m³)
Operation	2021	2022	2023
Bahia	12,209,740.00	12,601,858.08	13,313,281.40
São Paulo	0	0	0
Bracell	12,209,740.00	12,601,858.08	13,313,281.40
Municipal outfall (m³)
Operation	2021	2022	2023
Bahia	0	0	0
São Paulo	0	0	0
Bracell	0	0	0
Total water withdrawal (m³)
Operation	2021	2022	2023
Bahia	12,522,540.00	12,755,009.04	13,410,896.24
São Paulo	15,745,505.07	51,451,819.67	49,309,676.20
Bracell	28,268,045.07	64,206,828.71	62,720,572.44

Note: in our mill operations in Bahia, only one effluent stream is discharged into the river, namely inorganic effluent or stormwater, which is directed to the CETREL inorganic effluent flume, where it is mixed with other inorganic effluents from the Industrial Park before being discharged into the river.

Consumption
Total water consumption (m³)
Operation	2021	2022	2023
Bahia	3,251,633.3	3,400,310.8	3,364,938.47
São Paulo	4,997,345.2	3,910,549.4	8,063,395.64
Bracell	8,248,978.5	7,310,860.2	11,428,334.11

Note: Water consumption is calculated as the difference between water withdrawals and water discharge.

Bracell’s Greenhouse Gas Inventories follow guidance provided in the latest edition of ISO 14.064, the GHG Protocol, and the quantification methodologies published by the Intergovernmental Panel on Climate Change (IPCC).

Inventories are conducted at the corporate level, covering our production sites in São Paulo and Bahia and forestry operations in São Paulo, Mato Grosso do Sul, Bahia, and Sergipe.

Emissions (tCO2e)	2021	2022	2023
Scope 1	365,172.00	614,673.00	597,454.00

Carbon Balance

Bracell’s carbon balance totaled 4,355,619 tCO₂e in 2023. Of this total, 3,940,391 tCO₂e were biogenic emissions related to Land Use, Land-Use Change and Forestry (LULUCF), and specifically eucalyptus harvesting.

Despite a reduction in Stationary Combustion and Waste emissions, Scope 1 emissions increased by 3% due to expanded use of fertilizers and mobile combustion linked to forestry expansion.

Scope 1 emissions from land-use changes amounted to 4,432 tCO₂e due to fires. Read more about our fire prevention and response practices under GRI 304-3.

In terms of Scope 2 emissions, our reported emissions from purchased electricity increased in the year due to the inclusion of water intake pumps at our São Paulo pulp mill in the inventory. In addition, in Bahia, Scope 2 emissions rose due to a strategy to purchase electricity at lower prices, reducing natural gas consumption in the power boiler.

With regard to Scope 3 data, the 17% increase in these emissions is mainly related to the Downstream category, due to the increase in the transportation of pulp for export and a revision in the scope of waste. As a result, part of the emissions previously classified in Scope 1 were transferred to Scope 3.

In 2023, Bracell removed -1,286,441 tCO₂e from the atmosphere through protected areas hosting native forests.

CARBON BALANCE (tCO2e)
Emissions	2021	2022	2023
Total (S1 + S2 + S3)	636,549	1,555,114	1,701,669
Scope 1	365,172	614,673	597,454
Scope 2	35,283	5,258	9,611
Scope 3	236,094	935,183	1,094,603
Biogenic LULUCF emissions	0	3,793,831	3,940,391
Removals (tCO2e)	-5,970,852	-1,309,842	-1,286,441
Balance	-5,334,303	4,039,103	4,355,619

 

Bracell’s Greenhouse Gas Inventories follow guidance provided in the latest edition of ISO 14.064, the GHG Protocol, and the quantification methodologies published by the Intergovernmental Panel on Climate Change (IPCC).

Inventories are conducted at the corporate level, covering our production sites in São Paulo and Bahia and forestry operations in São Paulo, Mato Grosso do Sul, Bahia, and Sergipe.

Emissions	2021	2022	2023
Scope 2	35,283.00	5,258.00	9,611.00

Carbon Balance

Bracell’s carbon balance totaled 4,355,619 tCO₂e in 2023. Of this total, 3,940,391 tCO₂e were biogenic emissions related to Land Use, Land-Use Change and Forestry (LULUCF), and specifically eucalyptus harvesting.

Regarding our Scope 1 emissions, we reduced total emissions by 3%, due to the reduction in stationary combustion and revision in the waste category. We had an increase in the fertilizer and mobile combustion categories, explained by forestry expansion.

Scope 1 emissions from land-use changes amounted to 4,432 tCO₂e due to fires. Read more about our fire prevention and response practices under GRI 304-3.

In terms of Scope 2 emissions, our reported emissions from purchased electricity increased in the year due to the inclusion of water intake pumps at our São Paulo pulp mill in the inventory. In addition, in Bahia, Scope 2 emissions rose due to a strategy to purchase electricity at lower prices, reducing natural gas consumption in the power boiler.

With regard to Scope 3 data, the 17% increase in these emissions is mainly related to the Downstream category, due to the increase in the transportation of pulp for export and a revision in the scope of waste. As a result, part of the emissions previously classified in Scope 1 were transferred to Scope 3.

In 2023, Bracell removed -1,286,441 tCO₂e from the atmosphere through protected areas hosting native forests.

CARBON BALANCE (tCO2e)
Emissions	2021	2022	2023
Total (S1 + S2 + S3)	636,549	1,555,114	1,701,669
Scope 1	365,172	614,673	597,454
Scope 2	35,283	5,258	9,611
Scope 3	236,094	935,183	1,094,603
Biogenic LULUCF emissions	0	3,793,831	3,940,391
Removals (tCO2e)	-5,970,852	-1,309,842	-1,286,441
Balance	-5,334,303	4,039,103	4,355,619

 

Bracell’s Greenhouse Gas Inventories follow guidance provided in the latest edition of ISO 14.064, the GHG Protocol, and the quantification methodologies published by the Intergovernmental Panel on Climate Change (IPCC).

Inventories are conducted at the corporate level, covering our production sites in São Paulo and Bahia and forestry operations in São Paulo, Mato Grosso do Sul, Bahia, and Sergipe.

Emissions (tCO2e)	2021	2022	2023
Scope 3	236,094.00	935,183.00	1,094,603

Carbon Balance

Bracell’s carbon balance totaled 4,355,619 tCO₂e in 2023. Of this total, 3,940,391 tCO₂e were biogenic emissions related to Land Use, Land-Use Change and Forestry (LULUCF), and specifically eucalyptus harvesting.

Regarding our Scope 1 emissions, we reduced total emissions by 3%, due to the reduction in stationary combustion and revision in the waste category. We had an increase in the fertilizer and mobile combustion categories, explained by forestry expansion.

Scope 1 emissions from land-use changes amounted to 4,432 tCO₂e due to fires. Read more about our fire prevention and response practices under GRI 304-3.

In terms of Scope 2 emissions, our reported emissions from purchased electricity increased in the year due to the inclusion of water intake pumps at our São Paulo pulp mill in the inventory. In addition, in Bahia, Scope 2 emissions rose due to a strategy to purchase electricity at lower prices, reducing natural gas consumption in the power boiler.

With regard to Scope 3 data, the 17% increase in these emissions is mainly related to the Downstream category, due to the increase in the transportation of pulp for export and a revision in the scope of waste. As a result, part of the emissions previously classified in Scope 1 were transferred to Scope 3.

In 2023, Bracell removed -1,286,441 tCO₂e from the atmosphere through protected areas hosting native forests.

CARBON BALANCE (tCO2e)
Emissions	2021	2022	2023
Total (S1 + S2 + S3)	636,549	1,555,114	1,701,669
Scope 1	365,172	614,673	597,454
Scope 2	35,283	5,258	9,611
Scope 3	236,094	935,183	1,094,603
Biogenic LULUCF emissions	0	3,793,831	3,940,391
Removals (tCO2e)	-5,970,852	-1,309,842	-1,286,441
Balance	-5,334,303	4,039,103	4,355,619

 

In 2023, Bracell increased its scope 1, 2 and 3 GHG emissions intensity by 6.0% compared to 2022 due to the expansion of our operations, especially increased pulp transportation for export (Downstream) as well as intensified agricultural activities and fertilizer use in our forest operations.

Emissions (tCO2e/t)	2021	2022	2023
Scope 1, 2 and 3	0.4932	0.4551	0.4822

Note: Bracell’s Greenhouse Gas Inventories follow guidance provided in the latest edition of ISO 14.064, the GHG Protocol, and the quantification methodologies published by the Intergovernmental Panel on Climate Change (IPCC). Inventories are conducted at the corporate level, covering our production sites in São Paulo and Bahia and forestry operations in São Paulo, Mato Grosso do Sul, Bahia, and Sergipe.

 

Bracell registered a 3% reduction in Scope 1 emissions which, in 2023, totaled 597,454 ton CO2e, explained by the reduction in stationary combustion and a revision in the waste category. In Scope 1, although our Stationary Combustion and Waste emissions decreased, we had an increase in the Fertilizer and Mobile Combustion categories due to forestry expansion.

In our Bahia operations, 85% of waste materials are recycled (either sold or donated) and the remainder is reprocessed. We sell bark, short logs and chipping residues as a renewable fuel to generate electricity in replacement of fossil fuels, helping to reduce greenhouse gas (GHG) emissions. All waste materials from forestry operations (nurseries, cultivation, harvesting, fleets, R&D, roads, loading, etc.) are transported and temporarily stored at Waste Depots located at our headquarters in Alagoinhas and at the Quatis (Entre Rios) and Salgado (Inhambupe) farms. Waste materials are then compliantly disposed of according to the type of waste, as follows:

1. Recycling cooperatives: for paper, plastic and wood;
2. Reverse logistics: for pesticide packaging;
3. Sale: for metal scrap, lubricants and bags;
4. Class I landfills: for hazardous waste;
5. Class II landfills: four regular waste;
6. Autoclave: for other waste.

In São Paulo, waste generated in forestry operations is sorted and locally disposed of in each municipality. In areas near our Lençóis Paulista mill, waste materials are collected and sent to the mill and from there to their intended disposal locations depending on the type of waste.

There were no significant waste-related impacts identified in 2023.

Potential impacts associated with waste materials generated in our pulp production process include the use of land for landfills. To minimize potential land-use impacts, Bracell seeks to reduce the amount of waste it generates in its operations through practices to improve eco-efficiency (read more in GRI 3-3).

At our mill in São Paulo, in 2023 we expanded our research efforts to develop new circular models and reduce the amount of waste generated in our operations, especially with the expansion of production output following the commissioning of our two new flexible lines.

In our forestry operations, our Waste Management Plan establishes requirements for classifying, segregating, collecting, storing and transporting waste materials generated in forestry operations, ensuring compliance with applicable legal requirements while improving sustainability performance. Our forestry machinery is equipped with environmental emergency kits to contain any oil leaks. Preventive maintenance checklists include environmental requirements on managing waste. Bracell also has practices in place for reducing the amount of waste we generate.

Repurposing bark and sawdust

Bark and sawdust can be repurposed as fuel for furnaces in replacement of fossil fuels (natural gas). It can also reduce our waste storage footprint (landfills). Waste materials left over from this process, for which alternative applications are not currently available, are disposed of in an environmentally safe manner depending on their hazard class.

Woodchip preparation

Appropriate clone selection and forest management and harvesting techniques help to ensure that our pulpwood logs have minimal bark and can be optimally used in production. This reduces waste in the woodchip preparation stage and the screener stage of the fiber line.

Use of lime mud

Lime mud generated in the chemical recovery process is re-utilized in the lime kiln, which also helps to reduce the amount of inputs consumed in this process.

In 2023, Bracell generated a total of 439,435.02 tons of waste in its operations – total of 314,559.68 tons were generated in São Paulo and 124,875.34 tons in Bahia. The waste generation includes forestry and industrial operations. Regarding hazardous waste (class I), Bracell generated 563.48 tons, corresponding to 0.83%. Considering non-hazardous waste (class II), Bracell generated the total of 80,269.62 tons, corresponding to 99.17% of waste generation in 2023.

Mill and Forestry – São Paulo
2023
Waste	Class	Volume generated (t)
Wood scrap	Class II	46.312,15
Used lubricants	Class I	145,40
Big bags (discarded)	Class II	9,29
General packaging – Plastic carboys and containers	Class II	3,26
General packaging – Drums	Class II	86,17
Rubber (tires, etc.)	Class II	297,75
Construction waste	Class II	976,15
Scrap Wood (Jazida Sul)	Class II	2.324,88
Miscellaneous scrap metal	Class II	487,59
Light bulbs	Class I	3.106,00
Batteries (Miscellaneous)	Class I	27,85
Electronics	Class I	1,00
PPE / Miscellaneous recyclables	Class II	58,29
Segregated Recyclables	Class II	329,09
Laboratory Waste (DQO solution)	Class I	0,49
Class I General (Maintenance / Other)	Class I	246,61
Lime mud	Class II	62.102,56
Class II General / Unsalvageable	Class II	373,98
Sludge (wastewater treatment)	Class II	113.220,70
Mixed waste (Dregs, Grits, Knots, Shives, Ash and Sand)	Class II	83.816,55
Fiberglass and Rock Wool	Class II	10,71
Organic waste	Class II	492,05
Class II General / Unsalvageable	Class II	131,16
Total		314.559,68

 

Mill – Bahia
2023
Waste	Class	Volume generated (t)
Healthcare Waste	Class I	0.02
Used lubricants	Class I	22.55
Contaminated empty metal drums	Class I	5.01
Miscellaneous oil- and grease-contaminated materials	Class I	24.03
Light bulbs	Class I	0.29
Lime Mud	Class II	7,176.56
Lime Residue	Class II	2,493.92
Grits	Class II	3,507.64
Dregs	Class II	7,515.87
Knots and shives	Class II	17,452.57
Sawdust	Class II	27,683.00
Non-Recyclable Waste	Class II	287.18
Paper and Cardboard	Class II	168.25
Bark	Class II	40,490.52
Yard Waste	Class II	664.40
Plastic Scrap	Class II	41.78
Wood Scrap	Class II	160.04
Empty 1,000 Liter Tanks	Class II	1.41
Industrial Waste	Class II	988.00
Primary Sludge	Class II	10,991.64
Plastic Carboys	Class II	0.13
Scrap metal	Class II	840.69
Batteries	Class II	0.53
Screening solids	Class II	10.08
Glass	Class II	38.50
Tires	Class II	6.11
Emergency Pond Sludge	Class II	4,045.00
Total		124,615.72
Forestry – Bahia
2023
Waste	Class	Volume generated (t)
Lubricants	Class I	16.60
Contaminated filters	Class I	5.72
Contaminated hoses	Class I	8.35
Other contaminated materials	Class I	4.88
Pesticide packaging	Class I	16.29
Paper and Plastic	Class II	18.26
Scrap metal	Class II	75.68
Regular Waste	Class II	14.76
Machinery tires	Class II	14.50
Empty Drums	Class II	3.26
Contaminated Soil	Class I	3.36
Wood	Class II	9.16
Laboratory waste	Class I	0.41
Bags	Class II	6.98
PPE and used uniforms	Class II	2.58
Construction Waste	Class II	53.60
Grease Trap Residue	Class I	4.27
Fluorescent Lamps	Class II	0.10
Batteries	Class II	0.05
Conventional tires	Class II	0.82
Total		259.62

Note: waste materials generated at Bracell are not managed by third parties. Only internal waste collection and handling processes are managed by a contractor. Waste disposal proper is carried out by Bracell. The information used to track waste generation is compiled by monitoring waste movements (number of trips) and via sampling-based weighing by type of waste and department within the production process. To compile recycling data, all shipments are weighed prior to issuing delivery notes, and data is compiled from a consolidated weighbridge control report as a source of information on waste disposal. For any environmental impacts, Bracell has operational controls in place as part of its Waste Management Plan to prevent and mitigate impacts. This plan describes the types of waste generated within the organization, the departments responsible for monitoring and managing waste streams, and procedures for compliant storage, transportation and disposal.

Bracell São Paulo – Mill and Forestry
2023
Waste	Class	Disposed of (t)	Landfill (t)	Reuse (t)	Recycling (t)	Co-processing (t)	Incineration (t)	Other recovery
Wood scrap	Class II	46,312.15	0.00	0.00	46,312.15	0.00	0.00	Not applicable
Used lubricants	Class I	145.40	0.00	0.00	145.40	0.00	0.00	Not applicable
Big bags (discarded)	Class II	9.29	0.00	0.00	9.29	0.00	0.00	Not applicable
General packaging – Plastic carboys and containers	Class II	3.26	0.00	0.00	3.26	0.00	0.00	Not applicable
General packaging – Drums	Class II	86.17	0.00	0.00	86.17	0.00	0.00	Not applicable
Rubber (tires, etc.)	Class II	297.75	0.00	0.00	297.75	0.00	0.00	Not applicable
Construction waste	Class II	976.15	0.00	0.00	976.15	0.00	0.00	Not applicable
Scrap Wood (Jazida Sul)	Class II	2,324.88	0.00	0.00	2,324.88	0.00	0.00	Not applicable
Miscellaneous scrap metal	Class II	487.59	0.00	0.00	487.59	0.00	0.00	Not applicable
Light bulbs	Class I	3,106.00	0.00	0.00	3,106.00	0.00	0.00	Not applicable
Batteries (Miscellaneous)	Class I	27.85	0.00	0.00	27.85	0.00	0.00	Not applicable
Electronics	Class I	1.00	0.00	0.00	1.00	0.00	0.00	Not applicable
PPE / Miscellaneous recyclables	Class II	58.29	0.00	0.00	58.29	0.00	0.00	Not applicable
Segregated Recyclables	Class II	329.09	0.00	0.00	329.09	0.00	0.00	Not applicable
Laboratory Waste (DQO solution)	Class I	0.49	0.00	0.00	0.00	0.00	0.49	Not applicable
Class I General (Maintenance / Other)	Class I	246.61	0.00	0.00	0.00	246.61	0.00	Not applicable
Lime mud	Class II	62,102.56	62,102.56	0.00	0.00	0.00	0.00	Not applicable
Class II General / Unsalvageable	Class II	373.98	373.98	0.00	0.00	0.00	0.00	Not applicable
Sludge (wastewater treatment)	Class II	113,220.70	113,220.70	0.00	0.00	0.00	0.00	Not applicable
Mixed waste (Dregs, Grits, Knots, Shives, Ash and Sand)	Class II	83,816.55	83,816.55	0.00	0.00	0.00	0.00	Not applicable
Fiberglass and Rock Wool	Class II	10.71	10.71	0.00	0.00	0.00	0.00	Not applicable
Organic waste	Class II	492.05	492.05	0.00	0.00	0.00	0.00	Not applicable
Class II General / Unsalvageable	Class II	131.16	131.16	0.00	0.00	0.00	0.00	Not applicable
Total		314,559.68	260,147.71	0.00	54,164.87	246.61	0.49	–

 

São Paulo 2023
Waste by type	Mill and Forestry
Hazardous Waste – Directed to disposal	0.00
Hazardous Waste – Diverted from disposal	3,527.35
Total hazardous waste	3,527.35
Non-Hazardous Waste – Directed to disposal	260,147.71
Non-Hazardous Waste – Diverted from disposal	50,884.62
Non-Hazardous Waste – Temporary storage for sale	0.00
Total non-hazardous waste	311,032.33
Total consolidated	314,559.68

 

Industrial waste – Bahia 2023
Waste	Class	Disposed of (t)	Landfill (t)	Reuse (t)	Recycling (t)	Co-processing (t)	Incineration	Other recovery
Healthcare Waste	Class I	0.02	0.020			0.002
Used lubricants	Class I	22.55			22.55
Contaminated empty metal drums	Class I	6.08		3.59	2.49
Miscellaneous oil- and grease-contaminated materials	Class I	24.03	18.05			5.98
Light bulbs	Class I	0.29	0.29
Lime Mud	Class II	10,903.02		7,268.12	3,634.90
Grits	Class II	2,083.29	1,831.56		251.73
Dregs	Class II	7,515.87	7,515.87
Knots and shives	Class II	8,506.91			8,506.91
Sawdust	Class II	30,840.38			30,840.38
Non-Recyclable Waste	Class II	287.18	287.18
Paper and Cardboard	Class II	168.25			168.25
Bark	Class II	21,507.01			21,507.01
Yard Waste	Class II	664.40	664.40
Plastic Scrap	Class II	41.78			41.78
Wood Scrap	Class II	160.04			160.04
Empty 1,000 Liter Tanks	Class II	1.41		1.41
Industrial Waste	Class II	988.00	988.00
Primary Sludge	Class II	3,217.64			3,217.64
Plastic Carboys	Class II	0.51		0.51
Scrap metal	Class II	840.69			840.69
Screening solids	Class II	10.08	10.08
Total		87,789.43	11,315.45	7,273.63	69,194.37	5.98	0.00	–

 

Forestry waste – Bahia 2023
Waste	Class	Disposed of (t)	Landfill (t)	Reuse (t)	Recycling (t)	Co-processing (t)	Incineration	Other recovery
Lubricants	Class I	16.60						Refining
Contaminated filters	Class I	4.60	4.60
Contaminated hoses	Class I	8.08	8.08
Other contaminated materials	Class I	4.64	4.64
Pesticide packaging	Class I	16.29						Reverse Logistics
Paper and Plastic	Class II	18.26			18.26
Scrap metal	Class II	75.68			75.68
Regular Waste	Class II	14.76	14.76
Machinery tires	Class II	6.16						Sold for resale
Empty Drums	Class II	2.10			2.10
Contaminated Soil	Class I	2.41	2.41
Wood	Class II	9.16						Fuel for energy and recycling
Laboratory waste	Class I	0.41						Autoclave
Bags	Class II	6.98			6.98
PPE and used uniforms	Class II	2.58	2.58
Construction Waste	Class II	53.60	53.60
Grease Trap Residue	Class I	4.27						Wastewater treatment
Fluorescent Lamps	Class II	0.07						Decontamination
Batteries	Class II	0.05	0.05
Conventional tires	Class II	0.82
Total		247.51	90.71	0.00	103.02	0.00	0.00	52.96

 

Bahia 2023
Waste by type	Forestry	Mill
Hazardous Waste – Directed to disposal	19.73	18.360
Hazardous Waste – Diverted from disposal	37.57	34.61
Total hazardous waste	57.30	52.97
Non-Hazardous Waste – Directed to disposal	70.99	11,297.09
Non-Hazardous Waste – Diverted from disposal	119.23	76,439.37
Non-Hazardous Waste – Temporary storage for sale	0.00	36,807.93
Total non-hazardous waste	190.22	124,544.39
Total consolidated	247.51	124,597.36

Bracell São Paulo – Mill and Forestry
2023
Waste	Class	Disposed of (t)	Landfill (t)	Reuse (t)	Recycling (t)	Co-processing (t)	Incineration (t)	Other recovery
Wood scrap	Class II	46,312.15	0.00	0.00	46,312.15	0.00	0.00	Not applicable
Used lubricants	Class I	145.40	0.00	0.00	145.40	0.00	0.00	Not applicable
Big bags (discarded)	Class II	9.29	0.00	0.00	9.29	0.00	0.00	Not applicable
General packaging – Plastic carboys and containers	Class II	3.26	0.00	0.00	3.26	0.00	0.00	Not applicable
General packaging – Drums	Class II	86.17	0.00	0.00	86.17	0.00	0.00	Not applicable
Rubber (tires, etc.)	Class II	297.75	0.00	0.00	297.75	0.00	0.00	Not applicable
Construction waste	Class II	976.15	0.00	0.00	976.15	0.00	0.00	Not applicable
Scrap Wood (Jazida Sul)	Class II	2,324.88	0.00	0.00	2,324.88	0.00	0.00	Not applicable
Miscellaneous scrap metal	Class II	487.59	0.00	0.00	487.59	0.00	0.00	Not applicable
Light bulbs	Class I	3,106.00	0.00	0.00	3,106.00	0.00	0.00	Not applicable
Batteries (Miscellaneous)	Class I	27.85	0.00	0.00	27.85	0.00	0.00	Not applicable
Electronics	Class I	1.00	0.00	0.00	1.00	0.00	0.00	Not applicable
PPE / Miscellaneous recyclables	Class II	58.29	0.00	0.00	58.29	0.00	0.00	Not applicable
Segregated Recyclables	Class II	329.09	0.00	0.00	329.09	0.00	0.00	Not applicable
Laboratory Waste (DQO solution)	Class I	0.49	0.00	0.00	0.00	0.00	0.49	Not applicable
Class I General (Maintenance / Other)	Class I	246.61	0.00	0.00	0.00	246.61	0.00	Not applicable
Lime mud	Class II	62,102.56	62,102.56	0.00	0.00	0.00	0.00	Not applicable
Class II General / Unsalvageable	Class II	373.98	373.98	0.00	0.00	0.00	0.00	Not applicable
Sludge (wastewater treatment)	Class II	113,220.70	113,220.70	0.00	0.00	0.00	0.00	Not applicable
Mixed waste (Dregs, Grits, Knots, Shives, Ash and Sand)	Class II	83,816.55	83,816.55	0.00	0.00	0.00	0.00	Not applicable
Fiberglass and Rock Wool	Class II	10.71	10.71	0.00	0.00	0.00	0.00	Not applicable
Organic waste	Class II	492.05	492.05	0.00	0.00	0.00	0.00	Not applicable
Class II General / Unsalvageable	Class II	131.16	131.16	0.00	0.00	0.00	0.00	Not applicable
Total		314,559.68	260,147.71	0.00	54,164.87	246.61	0.49	–

 

São Paulo 2023
Waste by type	Mill and Forestry
Hazardous Waste – Directed to disposal	0.00
Hazardous Waste – Diverted from disposal	3,527.35
Total hazardous waste	3,527.35
Non-Hazardous Waste – Directed to disposal	260,147.71
Non-Hazardous Waste – Diverted from disposal	50,884.62
Non-Hazardous Waste – Temporary storage for sale	0.00
Total non-hazardous waste	311,032.33
Total consolidated	314,559.68

 

Industrial waste – Bahia 2023
Waste	Class	Disposed of (t)	Landfill (t)	Reuse (t)	Recycling (t)	Co-processing (t)	Incineration	Other recovery
Healthcare Waste	Class I	0.02	0.020			0.002
Used lubricants	Class I	22.55			22.55
Contaminated empty metal drums	Class I	6.08		3.59	2.49
Miscellaneous oil- and grease-contaminated materials	Class I	24.03	18.05			5.98
Light bulbs	Class I	0.29	0.29
Lime Mud	Class II	10,903.02		7,268.12	3,634.90
Grits	Class II	2,083.29	1,831.56		251.73
Dregs	Class II	7,515.87	7,515.87
Knots and shives	Class II	8,506.91			8,506.91
Sawdust	Class II	30,840.38			30,840.38
Non-Recyclable Waste	Class II	287.18	287.18
Paper and Cardboard	Class II	168.25			168.25
Bark	Class II	21,507.01			21,507.01
Yard Waste	Class II	664.40	664.40
Plastic Scrap	Class II	41.78			41.78
Wood Scrap	Class II	160.04			160.04
Empty 1,000 Liter Tanks	Class II	1.41		1.41
Industrial Waste	Class II	988.00	988.00
Primary Sludge	Class II	3,217.64			3,217.64
Plastic Carboys	Class II	0.51		0.51
Scrap metal	Class II	840.69			840.69
Screening solids	Class II	10.08	10.08
Total		87,789.43	11,315.45	7,273.63	69,194.37	5.98	0.00	–

 

Forestry waste – Bahia 2023
Waste	Class	Disposed of (t)	Landfill (t)	Reuse (t)	Recycling (t)	Co-processing (t)	Incineration	Other recovery
Lubricants	Class I	16.60						Refining
Contaminated filters	Class I	4.60	4.60
Contaminated hoses	Class I	8.08	8.08
Other contaminated materials	Class I	4.64	4.64
Pesticide packaging	Class I	16.29						Reverse Logistics
Paper and Plastic	Class II	18.26			18.26
Scrap metal	Class II	75.68			75.68
Regular Waste	Class II	14.76	14.76
Machinery tires	Class II	6.16						Sold for resale
Empty Drums	Class II	2.10			2.10
Contaminated Soil	Class I	2.41	2.41
Wood	Class II	9.16						Fuel for energy and recycling
Laboratory waste	Class I	0.41						Autoclave
Bags	Class II	6.98			6.98
PPE and used uniforms	Class II	2.58	2.58
Construction Waste	Class II	53.60	53.60
Grease Trap Residue	Class I	4.27						Wastewater treatment
Fluorescent Lamps	Class II	0.07						Decontamination
Batteries	Class II	0.05	0.05
Conventional tires	Class II	0.82
Total		247.51	90.71	0.00	103.02	0.00	0.00	52.96

 

Bahia 2023
Waste by type	Forestry	Mill
Hazardous Waste – Directed to disposal	19.73	18.360
Hazardous Waste – Diverted from disposal	37.57	34.61
Total hazardous waste	57.30	52.97
Non-Hazardous Waste – Directed to disposal	70.99	11,297.09
Non-Hazardous Waste – Diverted from disposal	119.23	76,439.37
Non-Hazardous Waste – Temporary storage for sale	0.00	36,807.93
Total non-hazardous waste	190.22	124,544.39
Total consolidated	247.51	124,597.36

Bracell registered a 3% reduction in Scope 1 emissions which, in 2023, totaled 597,454 ton CO2e, explained by the reduction in stationary combustion and a revision in the waste category. In Scope 1, although our Stationary Combustion and Waste emissions decreased, we had an increase in the Fertilizer and Mobile Combustion categories due to forestry expansion.

In 2023, we announced a set of long-term targets as part of our Bracell 2030 roadmap, including:

• 75% reduction in carbon emissions per metric ton of product; and
• 25 MtCO₂e removed from the atmosphere between 2020 and 2030.

Read more in GRI 3-3 Management of the material topic Climate change.

Bracell began tracking its NOx, SO2, and particulate matter emissions in 2023, now reported due to their materiality.

SASB RR-PP-120a.1: Air emissions for the following pollutants
Material	Site	São Paulo			Bahia			Bracell
		2021	2022	2023	2021	2022	2023	2021	2022	2023
NOx	t	NAv	NAv	2847.74	NAv	NAv	528.12	NAv	NAv	528.12
SO2	t	NAv	NAv	139.89	NAv	NAv	30.47	NAv	NAv	30.47
VOCs	t	NA	NA	NA	NA	NA	NA	NA	NA	NA
PM	t	NAv	NAv	643.26	NAv	NAv	197.3	NAv	NAv	197.3
HAPs	t	NA	NA	NA	NA	NA	NA	NA	NA	NA

Note: The reduction in air emissions in Bahia in 2023 is due to various planned and emergency shutdowns as well as lower production levels compared to 2022.

Total emissions across the organization – Operational control approach
GHG emissions in metric tons of CO2 equivalent (tCO2e) in 2023
GHG	Scope 1	Scope 2 Location-based approach	Scope 2 Market-based approach	Scope 3 (where applicable)
CO2	491,323	9,484	0	1,033,889
CH4	50,660	0	0	1,561
N2O	88,604	0	0	16,988
HFCs	5,199	0	0	0
PFCs	0	0	0	0
SF6	0	0	0	0
NF3	0	0	0	0
TOTAL	635,787	0	9,484	1,052,438
Biogenic CO2	10,825,950	0	0	22,830

 

In 2023, Bracell’s energy consumption was 7,790,055 GJ. Purchased energy stood at 11% or 853,165 GJ.

Regarding the energy generated from eucalyptus biomass, the total value generated for the year was 10,453,588 GJ.  Bracell also consumes diesel oil in generators for forestry operations (see more in GRI Content 302).

HISTORICAL ENERGY CONSUMPTION WITHIN THE ORGANIZATION¹ (GJ)
	2021	2022	2023
Bahia	1,561,590.00	1,579,433.51	1,541,824.41
São Paulo	1,955,354.26	5,828,717.43	6,248,231.36
Total	3,516,944.26	7,408,150.94	7,790,055.77

NB: ¹Forestry Unit only. “purchased energy” + “generated energy” – “energy sold” was counted.

Bracell continuously addresses climate zoning studies, based on the analysis of historical climate data such as precipitation indexes, temperature and latitude. Data analysis also identifies the most suitable areas for planting eucalyptus and also support technical recommendations  such as clone allocation and fertilization use.

Withdrawal
Surface water (m³)
Operation	2021	2022 (1)	2023
Bahia	29,456.00	4,811.00	64,927.00
São Paulo	13,275,929.24	48,436,589.17	52,474,268.60
Bracell	13,305,385.24	48,441,400.17	52,539,195.60
Groundwater (m³)
Operation	2021	2022	2023
Bahia	15,431,917.30	15,997,357.83	16,613,292.62
São Paulo	7,466,921.06	6,925,779.91	4,898,803.24
Bracell	22,898,838.36	22,923,137.74	21,512,095.86
Total water withdrawal (m³)
Operation	2021	2022	2023
Bahia	15,461,373.30	16,002,168.83	16,678,219.87
São Paulo	20,742,850.30	55,362,369.08	57,373,071.84
Bracell	36,204,223.60	71,364,537.91	74,051,291.71

Notes about the 2023 data:

1. Surface water withdrawal volumes in our Forestry operations in São Paulo (457,789.24 m3) include withdrawals from 248 points under permits for use in forestry management.
2. Includes withdrawals from a well at the Lençóis Paulista (SP) site, used for irrigating seedlings at an on-site nursery (555,240.00 m3), and water withdrawals for human consumption (1,117.06 m3).
3. All water withdrawals described for our forestry operations were measured directly at surface withdrawal points. Withdrawal volumes are recorded in an internal database that is managed in accordance with applicable regulations, covering all operational fronts.
4. In Bahia, Bracell has 37 surface withdrawal points covered by permits awarded by the relevant environmental authority. These points are distributed along six different rivers throughout our forestry operations: Pojuca, Subaúma, Itariri, Inhambupe, Sauípe and Imbassaí. Withdrawal points are periodically monitored in accordance with license requirements. The environmental monitoring network in our forestry operations comprises 24 stations for monitoring surface (river) water quality, 8 stations for monitoring groundwater quality (artesian wells), 13 fixed stations for analyzing water potability (fitness for human consumption), 5 mobile stations for analyzing water potability (fitness for human consumption) at operations fronts, 37 flow metering stations at permitted surface water withdrawal points along rivers, 2 stations at locations where effluents are discharged from seedling nurseries, 1 station where effluents are discharged from a water and oil separator, and 15 stations where effluents are discharged from septic tanks.
5. In our operations in Bahia, our total water consumption/withdrawals of 16,678,219.87 m³ include 939,389.25 m³ consumed in forestry operations.
6. For additional data on withdrawals, consumption and discharge, see GRI 304.

Bracell operates mills in the Camaçari Industrial Park in Bahia and the Lençóis Paulista Industrial Park in São Paulo. The forestry operations supplying pulpwood to our mills are located in the states of São Paulo, Bahia, Sergipe, Minas Gerais and Goiás. Water withdrawals are measured and potential risks and impacts are monitored within Bracell’s Integrated Management System, in accordance with applicable regulations (learn more in GRI 3-3 Management of the material topic Water and effluents and GRI 303).

Water and effluents are a material topic for our business, and this is reflected in our Bracell 2030 commitments and targets. Among these targets, we have committed to reduce water consumption per metric ton of product by 47%.

Water and effluents are managed within a Water Resource Monitoring Program that is governed by requirements in our Sustainability Policy. Through this program, we implement measures to monitor and continuously improve water resource efficiency.