Biodiversity
Why is it important
Our development activities, particularly land clearing and construction, may directly or indirectly impact biodiversity and local ecosystems. Responsible biodiversity management reduces risks of habitat loss, soil and water degradation, and reputational concerns, while also supporting long-term township liveability.
For a developer primarily focused on landed residential projects, biodiversity management is closely linked to compliance with environmental requirements and the provision of landscaped open spaces that meet local authority conditions.
Our approaches
We address biodiversity through compliance and progressive improvements in project design and delivery. Current and emerging practices include:
Regulatory compliance
For projects that require an Environmental Impact Assessment (EIA), we ensure compliance with Department of Environment (DOE) guidelines and conditions of approval before proceeding.
Landscaping and buffers
All new projects incorporate landscaped green areas and buffer zones as part of local authority planning requirements, which contribute to biodiversity preservation and community well-being.
Tree retention and replanting
Where feasible, we aim to retain existing trees during construction and supplement with replanting programmes to enhance township greenery.
Integration with sustainable design
Biodiversity considerations are factored into broader sustainability efforts, including the provision of parks, retention ponds, and natural drainage features that also mitigate flood risks, where required.
Forward direction
We recognise growing regulatory and market attention to nature-related disclosures, including developments under the IFRS Sustainability Disclosure Standards (SDS) and global workstreams on nature-based reporting (aligned with the Taskforce on Nature-related Financial Disclosures, TNFD).
While these frameworks are not yet mandatory locally, we anticipate that future Bursa Malaysia requirements may evolve in this direction, and we are strengthening our capacity to disclose biodiversity-related risks and opportunities over time.
Our Performance
Regulatory compliance
No fines or penalties were incurred in FYE 2025 for non-compliance with environmental regulations.
|
FYE 2025 |
FYE 2024 |
FYE 2023 |
| Number of non-compliances with environmental and biodiversity related laws |
Nil |
Nil |
Nil |
Green and landscaped spaces
All new projects included provision of green and open spaces in line with local authority requirements.
Pollution Management
Why is it important
Construction and development activities can generate air, noise, and water pollution, as well as dust and solid waste, which affect surrounding communities and the environment. Effective pollution management reduces health and safety risks, prevents regulatory non-compliance, and strengthens community trust.
Our Approach
Our strategy focuses on site-level controls to minimise air, water, and noise impacts. Key initiatives include:
- Complying with Department of Environment and local authority requirements for scheduled waste management, site discharge, and operating hours.
- Applying dust and air quality measures such as water-spraying, covered transport of loose materials, and site hoardings.
- Reducing noise and vibration through machinery maintenance and restricted work hours.
- Installing sediment traps, silt fences, and drainage control to prevent water pollution, where required.
- Using eco-friendly materials such as low-VOC paints and adhesives to limit emissions and site-level pollution.
Our Performance
During the reporting period, zero cases of non-compliance with environmental laws were reported across our active project sites.
|
FYE 2025 |
FYE 2024 |
FYE 2023 |
| Number of non-compliances with pollution-related requirements and fines |
Nil |
Nil |
Nil |
Waste Management
Why is it important
We recognise that our construction activities generate significant amounts of waste. Improper waste management can lead to environmental harm, increased operational costs, and non-compliance risks.
Reducing waste and promoting resource efficiency is not only vital for minimising our environmental footprint but also essential for cost control, regulatory compliance, and sustainable project delivery.
Our Approaches
We manage waste through careful resource planning, optimising resource use, and ensuring responsible disposal. Our approach is guided by the principles of reduction, reuse, and recycling:
Demand-Based Procurement
We purchase raw materials based on actual project needs to avoid over-ordering and minimise surplus on-site.
4Rs: Reduce, Reuse, Recycle, Recover
Excess materials are sorted into reusable and non-reusable categories. Reusable items are retained for future use, while non-reusable items are either recycled, sold as scrap, or recovered where feasible helping to reduce the amount of waste sent to landfills.
Leveraging Technology and Prefabrication to Reduce Waste
We will consider the adoption of advanced construction methods to further improve efficiency and reduce waste. This includes:
- Building Information Modelling (BIM): A digital design tool that enables accurate material planning and better coordination across project teams, helping to minimise rework and surplus use.
- Industrialised Building System (IBS): Prefabricated components manufactured in controlled environments, which can reduce material wastage and enhance build precision.
The feasibility of these approaches will be assessed based on project scale, cost-benefit considerations, internal capability, and supply chain readiness.
Responsible Disposal
We manage all waste in compliance with the environmental regulations. Waste is collected by licensed third-party service providers and sent to government-approved landfills or incineration facilities.
Our Performance
Our Waste Generated
The following is a summary of the total waste generated by our Group, which consists of waste diverted from disposal and directed to disposal.
| Category |
FYE 2025 (Tonnes) |
FYE 2024 (Tonnes) |
FYE 2023 (Tonnes) |
| Waste directed to disposal: |
| Hazardous Waste |
Nil |
Nil |
Nil |
| Non-Hazardous Waste |
367.38 |
325.35 |
191.02 |
| Total Waste diverted from disposal: |
40.00 |
44.43 |
36.02 |
| Paper |
13.10 |
10.50 |
5.90 |
| Plastic |
10.30 |
5.60 |
4.40 |
| Metal Scraps |
5.50 |
14.13 |
21.52 |
| Electrical Items |
8.10 |
9.20 |
4.20 |
| Aluminium |
3.00 |
5.00 |
Nil |
| Total Waste Generated |
407.38 |
369.78 |
227.04 |
1. Waste diverted from disposal includes waste that is reused, recycled, or subject to other recovery positions.
2. Recovery refers to operation wherein products, components of the products or materials that have become waste are prepared to fulfil a purpose in place of new products, components, or materials that would otherwise have been used for that purpose.
3. This data above is limited to BCB’s Batu Pahat, Kluang, Kota Kemuning, and Iskandar Puteri construction sites and BCB’s Prime City Hotel.
Water Management
Why is it important
Water is essential for construction, property maintenance, and daily operations. While our operations are currently located in areas classified as low water stress by the Aqueduct Water Risk Atlas, we recognise that climate change may alter rainfall patterns, increase drought risk, and place additional pressure on local water infrastructure in the future.
Responsible water management helps us minimise operational risks, reduce costs, and ensure the resilience of our projects. It also demonstrates accountability to stakeholders concerned with the sustainability of shared natural resources.
Our Approach
Our strategy focuses on monitoring, conservation, and efficiency measures across operations and project delivery. Key initiatives include:
- Monitoring water consumption across our operations to detect inefficiencies and ensure responsible use.
- Preventive maintenance of water infrastructure to minimise losses and leakages.
- Implementing Rainwater Collection and Utilisation Systems (SPAH) in selected residential projects, where stored water is used for landscaping and irrigation.
- Applying water efficiency measures, such as dual-flush sanitary systems in newer developments, to reduce water usage by end users.
Our Performance
We report water withdrawal as equivalent to total consumption, as we have zero water discharge into the environment. Our water use has no significant impact on availability in the areas where we operate.
The table below shows our total water consumption over the past three years.
| Water Withdrawn, Consumed, & Discharged |
Unit |
FYE 2025 |
FYE 2024 |
FYE 2023 |
| Total Water Withdrawal: This includes |
ML |
76.64 |
69.47 |
64.64 |
| Water Withdrawal from: Public water supply |
ML |
69.47 |
Nil |
Nil |
| Water Withdrawal from: Surface water (rivers lakes, natural ponds) |
ML |
7.13 |
Nil |
Nil |
| Water Withdrawal from: Rainwater Harvested |
ML |
0.04 |
Nil |
Nil |
1. The data above covers Elysia Park Residence sales gallery, Versis @ Batu Pahat office, Versis @ Medini office, HomeTree show units, sales gallery and office, Kluang office, Prime City Hotel, and Kluang, Batu Pahat, Kota Kemuning, and Iskandar Puteri constructions sites.
2. Wastewater from our premises is channelled into municipal sewerage systems in compliance with regulatory requirements.
Energy Management
Why is it important
Rising energy costs, driven by higher tariffs and reduced subsidies, are increasing our operating expenses. At the same time, occupants are becoming more conscious of utility costs and environmental impact, influencing their preference for energy-efficient properties.
Managing our energy use helps reduce operating costs, improve cost predictability for project delivery, and meet market expectations, while also supporting emissions reduction.
Our Approach
Our strategy focuses on efficiency across construction sites, sales galleries, property assets, and offices. Key initiatives include:
- Adopting energy-efficient lighting and appliances across our offices and show units.
- Maintaining building systems and equipment, including air-conditioning, lifts, and pumps, to avoid unnecessary energy wastage.
- Applying passive design strategies such as natural ventilation and daylighting in our building designs.
- Encouraging energy-conscious practices among staff and contractors, such as switching off idle equipment.
Our Performance
The table below presents a breakdown of our total energy consumption for the reporting period.
| Total of Energy Consumption |
FYE 2025 |
FYE 2024 |
FYE 2023 |
| Purchased Electricity (GJ) |
9,712 |
8,654 |
6,872 |
| Fuel Consumption – Gen Set (GJ) |
6,053 |
5,731 |
1,686 |
| Fuel Consumption – Transportation (GJ) |
| Total (GJ) |
15,765 |
14,385 |
8,558 |
| Total (MWh) |
4,379 |
3,996 |
2,376 |
1. The energy conversion factor used for fuel litre consumption is derived from the UK Government GHG Conversion Factors for Company Reporting 2024 and 2023 based on petrol/diesel which is 100% mineral oil.
2. This covers diesel and petrol used in company-owned vehicles.
3. The data for purchased electricity above includes BCB’s Elysia Park Residence sales gallery, Versis @ Batu Pahat office, Versis @ Medini office, Hometree show units, sales gallery and office, Kluang office, Prime City Hotel, and Kluang, Batu Pahat, Kota Kemuning, and Iskandar Puteri constructions sites.
4. The data above excludes BCB’s U-Mall and unsold property units under the Group.
5. Conversion factor for energy consumption of 0.2778 (GJ to MWh) in MWh is derived from UK Government GHG Conversion Factors for Company Reporting.
Emissions Management
Why is it important
Our activities contribute to greenhouse gas (GHG) emissions, particularly through energy use, transportation, and construction materials. Reducing emissions is essential to support Malaysia’s aspiration of achieving net-zero by 2050 and to strengthen our long-term business resilience.
By managing emissions across our operations and value chain, we reduce exposure to rising carbon costs, maintain compliance readiness, and meet the growing expectations of regulators, investors, and customers.
Our Approaches
Scope 1 and 2 (Direct and Indirect)
We focus on fuel use and purchased electricity, which are managed through energy efficiency initiatives, equipment servicing, and promoting energy-saving behaviours.
In line with Bursa Malaysia’s requirements, these disclosures will, in time, be subject to reasonable assurance to provide confidence to stakeholders on accuracy and reliability.
Scope 3 (Value Chain)
We recognise that a significant share of emissions comes from materials, supply chain activities, and end-user impacts. While comprehensive quantification remains a work in progress, we are progressively enhancing our disclosure to align with Bursa Malaysia’s phased requirements on Scope 3 reporting (mandatory by FYE 2027). Our current approach for each category is as follows:
| Scope 3 Emission Categories |
Description |
| Purchased Goods & Materials (e.g. cement, steel) |
Not yet quantified but recognised as material given sector benchmarks. Eco-friendly alternatives (e.g., composite cement, recycled steel) are considered through Sustainable Design & Materials practices. |
| Employee Commuting |
Estimated via staff commuting survey. |
| Business Travel (Land and Air) |
Land emissions estimated from mileage claims; Air emissions calculated using the ICAO Carbon Emissions Calculator. |
| Waste Generated in Operations |
Not yet quantified; managed under Waste Management practices. Future integration into Scope 3 reporting is planned. |
| Upstream Transportation & Distribution |
Recognised as material based on industry practice. Currently managed through procurement planning; quantification pending. |
| Downstream Leased Assets (Tenant Energy Use) |
Relevant to BCB’s role as a property manager for leased assets. While tenant electricity and utilities are not currently measured, this category is recognised as material and will be progressively incorporated into Scope 3 reporting. |
| Downstream Use of Sold Properties |
Recognised as an emerging category. Although homeowners’ energy use are outside BCB’s direct control, design decisions (e.g., natural ventilation, green spaces, water-saving fittings) influence long-term tenant and buyer emissions. |
Our Performance
During the reporting period, our emissions profile is as follows.
| Emission Type |
FYE 2025 (tCO2e) |
FYE 2024 (tCO2e) |
FYE 2023 (tCO2e) |
| Scope 1 – Direct GHG Emission |
Fuel Consumption |
439 |
391 |
118 |
| Scope 2 – Indirect GHG Emission |
Purchased Electricity |
2,088 |
1,861 |
1,477 |
| Scope 3 – Indirect GHG Emission |
| Employee Commute |
478 |
320 |
Nil |
| Business Travel (Land) |
12 |
28 |
| Business Travel (Air) |
|
15 |
Nil |
Nil |
| Total GHG Emissions |
3,032 |
2,600 |
1,595 |
1. Scope 1 Emissions are direct greenhouse gas (“GHG”) emissions that occur from sources that are owned or controlled by the Group. The emission Conversion factor for Scope 1 is derived from the UK Government GHG Conversion Factors for Company Reporting 2025, 2024 and 2023 based on petrol/diesel which are 100% mineral oil. For 2025, the conversion factor is 2.66 for 100% mineral diesel and 2.34 for 100% mineral petrol.
2. Scope 2 emissions are indirect GHG emissions arising from the generation of purchased electricity consumed by the Group. The emission conversion factor used for purchased electricity for Malaysia is derived from the Malaysia Energy Information Hub: Grid Emission Factor (GEF) in Malaysia, 2017-2022, using the peninsular grid emission factor of 0.774 GgCO2e/GWh.
3. With respect to employee commuting, we have estimated the total emissions based on our employee commuting survey.
4. We have commenced tracking of Scope 3 emissions – Business Travel (Air) for FYE 2025.
5. For business travel (land), distance travelled is estimated from total mileage claims (RM) and BCB’s mileage claim policy. Subsequently, we estimated the emissions using an average petrol car size emissions factor of 0.00016204 tCO₂e/KM from UK Government GHG Conversion Factors for Company Reporting 2025.
6. For business travel (air), emissions were estimated using the ICAO Carbon Emissions Calculator, the official UN tool for quantifying CO₂ emissions based on the departure and destination airports, number of passengers, type of cabin class, and type of flight.
Looking ahead, we are committed to progressively expanding the scope and transparency of our emissions disclosures in line with Bursa Malaysia’s regulatory requirements. We will also explore further emission reduction opportunities across our value chain, particularly through supplier engagement and operational enhancements, where practical and commercially feasible.
These efforts are closely linked to the climate-related risks and opportunities facing our business, which are outlined in the following Climate Report.
Climate Report
Our climate report is prepared with reference to the International Financial Reporting Standards Sustainability Disclosure Standards (IFRS), specifically IFRS S1 and IFRS S2, which are embedded within Bursa Malaysia’s sustainability reporting requirements through the National Sustainability Reporting Framework (NSRF).
While we are not yet fully aligned with all the requirements under IFRS S1 and S2, we recognise there is room for improvement. Guided by the phased and developmental approach promoted under the NSRF, we are committed to progressively improving our internal capabilities and reporting practices in line with evolving expectations and IFRS S1 and S2 standards.
Our current disclosures are presented on a best-effort basis, grounded in what is practical and relevant to our operations and data maturity.
a) Governance:
The Board of Directors has overall responsibility for overseeing climate-related risks and opportunities. The Sustainability Steering Committee (SSC) supports the Board, while the Sustainability Working Committee (SWC) manages operational aspects.
Climate change is considered as part of wider sustainability oversight and is integrated into project planning, risk reviews, and strategic discussions. Management implements practical measures at the site level, such as monitoring weather risks, enforcing safety policy, and improving drainage and heat management practices.
b) Strategy:
We continue to assess how climate-related risks and opportunities may influence BCB Berhad’s business strategy, operations, and financial planning. Guided by IFRS S2, our climate strategy considers actual and potential climate impacts across short, medium, and long-term horizons.
While we have not yet undertaken a detailed quantification of financial impacts, we acknowledge the material relevance of both physical and transition risks, along with the need to strengthen our resilience and align with evolving market expectations.
i. Climate-related risks and opportunities:
We categorise climate-related risks into two main types: physical risks and transition risks.
Physical Climate Risks - Direct impacts of climate change on construction activities and built assets:
- Acute risks: Short-term, event-driven occurrences such as flash floods, heavy rainfall, or extreme heat that can delay construction work, damage materials and machinery, and pose safety risks to workers.
- Chronic risks: Long-term changes like rising temperatures that may reduce productivity, increase cooling and maintenance needs, and shorten the lifespan of building materials and infrastructure.
Transition Risks – Arising from the global shift to a low-carbon and climate-resilient economy:
- Includes evolving building regulations (e.g., energy efficiency standards, green building codes), increased stakeholder expectations for sustainable developments, and pressure to reduce embodied carbon in construction materials.
We define climate risk time horizons aligned with strategic planning:
- Short-term: 0 -12 months
- Medium-term: 1- 5 years
- Long-term: Beyond 5 years
ii. Scenario Analysis
Scenario analysis is a tool we use to understand the range of possible climate outcomes and test the resilience of our operations. These scenarios are not forecasts, but they provide us with a spectrum of potential impacts across short-, medium-, and long-term horizons.
- For physical risks, we reference both a baseline scenario (SSP2–4.5), reflecting current policy trajectories, and a high-emissions scenario (SSP5–8.5), which assumes continued fossil fuel reliance and limited global climate action.
- For transition risks, we reference the IEA Net Zero by 2050 (NZE2050) scenario, which assumes rapid decarbonisation, stricter building codes, and high carbon pricing.
Our adaptation measures, however, are anchored in our current operating environment and regulatory requirements.
They are designed to address today’s material risks while being flexible enough to evolve as risks become more prominent and as data and regulatory expectations improve.
Physical Risks
| Type |
Physical Risk |
Potential Financial Impact |
Our Adaptation Measures |
| Acute Physical Risk |
Safety and Security of People and Property Exposure to extreme weather events such as flash floods, heatwaves, and strong winds increases the risk to construction workers, tenants, and site infrastructure |
- Higher repair and maintenance costs for damaged buildings and infrastructure
- Operational delays due to restricted access to project sites and compromised security systems
- Increased labour and insurance costs due to worksite injuries and heat-related illnesses
|
- Regular inspections and preventive maintenance across construction and operational sites
- Monitor weather forecasts and activate contingency protocols (e.g., work stoppages, safety briefings)
- Maintain site safety measures (e.g., shelter areas, drainage improvements)
|
Supply Chain Disruption Disruptions in sourcing construction materials, labour, or essential utilities due to extreme weather or logistical breakdowns |
- Revenue loss from project delays and liquidated damages
- Higher procurement costs for alternative materials or express delivery
- Reputational risks due to failure to meet delivery timelines
|
- Diversify supplier base and establish contingency sourcing channels
- Maintain buffer stock of critical materials and reallocate manpower where needed
- Maintain close communication with contractors and clients to manage expectations and timelines
|
| Chronic Physical Risk |
Rising Average Temperature Higher average temperatures may increase heat-related risks to workers and accelerate wear and tear of building materials, equipment, and infrastructure. |
- Higher medical costs and absenteeism due to heat-related illnesses, affecting workforce productivity
- Increased maintenance and replacement costs for equipment and building systems exposed to prolonged heat
- Higher electricity usage to maintain safe and comfortable indoor conditions, particularly in site offices and show units
|
- Conduct regular inspection and maintenance of cooling systems and equipment exposed to heat
- Ensure compliance with legal and safety requirements for all facilities, especially those prone to temperature-induced hazards
- Apply heat risk management practices including shaded rest areas, scheduled cooling breaks, and hydration access for site workers
|
Transition Risks
| Type |
Transition Risk and Opportunity |
Potential Financial Impact |
Our Strategy |
| Policy/Regulatory Risk |
Stricter Environmental Regulations Emerging national or local regulations on energy efficiency, green building standards, and carbon emissions |
- Increased compliance costs from the need to upgrade designs, materials, and systems to meet green building or low-carbon requirements
- Potential penalties or reputational damage from non-compliance
|
- Monitor evolving regulations and incorporate compliance requirements into project planning
- Engage consultants or authorities early in the development process to ensure timely approvals
|
Introduction of Carbon Pricing (e.g. removal of fuel subsidies, carbon taxes on construction materials such as cement and steel, and higher electricity tariffs) |
- Increase in operating costs due to higher material, energy, and logistics expenses
|
- Monitor climate-related regulatory changes to ensure timely compliance and strategic planning
- Optimise construction processes and site logistics to reduce energy consumption and waste
- Where feasible, prioritise use of lower-emission materials such as green-certified cement and steel
- Factor anticipated cost increases into pricing strategies for new developments
|
| Market Risk |
Market Preference Shift Clients and property buyers increasingly favour sustainable, energy-efficient, and climate-resilient buildings |
- Decline in sales or rental appeal of conventional developments
|
- Integrate sustainable design features (e.g., natural ventilation, solar-ready roofs, energy-efficient lighting)
- Promote sustainability credentials in marketing and project positioning
- Explore green certifications (e.g., GBI) where viable
|
c) Risk Management
We have integrated climate-related risks into our enterprise-level risk management framework, ensuring they are identified, assessed, and managed alongside other business risks. Our process includes:
- Ongoing monitoring of climate-related factors such as extreme weather events, water availability, and regulatory developments.
- Assessing adaptation and mitigation measures, including asset upgrades, energy and water efficiency efforts, and procurement planning.
- Regularly reviewing control measures to ensure our climate response remains effective under changing conditions.
d) Metrics and Targets
To effectively manage climate-related risks and opportunities, we are establishing a foundation for measuring and disclosing relevant metrics. These metrics allow us to assess exposure, track progress, and support informed decision-making.
Our immediate focus is on building internal capacity, while progressively aligning with emerging standards such as IFRS S1 and S2 and Bursa Malaysia’s phased disclosure requirements.
| Area |
Metrics |
Performance and Target |
| Health and Safety |
Lost Time Injury Rate (LTIR), number of fatalities, and monitoring of heat-related or weather-related incidents. |
- Maintained zero fatalities and lost-time injuries during FYE 2025, with no heat-related incidents recorded.
- Continued focus on preventive measures such as shaded rest areas, cooling breaks, and contingency protocols during extreme weather.
|
| Greenhouse Gas (GHG) Emissions |
Scope 1 (fuel use), Scope 2 (purchased electricity), Scope 3 (employee commuting, business travel, and materials). |
- Scope 1 and 2 baselines established and disclosed annually.
- Scope 3 reporting commenced with commuting and travel; expansion to materials and supply chain to align with Bursa Malaysia’s phased requirements (mandatory by FYE 2027).
- No formal reduction targets have been set at this stage, reflecting BCB’s current scale and data availability. Future targets will be considered once a more comprehensive baseline is established.
- Scope 1 and 2 disclosures will, in time, be subject to reasonable assurance.
|
| Sustainable and Green Design |
Projects certified against recognised green building standards; proportion of new projects with sustainable features. |
- Lumina Commercial Park is provisionally certified under GreenRE.
- Future large-scale projects will consider certification where commercially viable, subject to cost-benefit analysis and market demand.
|
| Sustainable Materials |
- Spend and volume of eco-friendly or certified materials procured.
- Linkage to embodied carbon exposure in construction.
|
- In FYE 2025, RM3.9million or approx 9,000 tonne of eco-friendly materials were procured. This consist of low carbon cement, RC pile and Skim Coat of key project sites.
- Procurement choices support compliance with emerging green building standards (e.g., GreenRE) and help mitigate exposure to future carbon pricing on high-emission materials.
- No formal targets have been set due to supply chain readiness and cost considerations. Future adoption levels will be considered progressively.
|
| Climate-Related Business Costs |
Monitoring of insurance premiums, procurement costs for carbon-intensive materials, and carbon pricing. |
- No material adverse financial impacts identified in FYE 2025.
- Continued monitoring of insurance, material costs, and potential carbon pricing that may affect project profitability.
|