WATER MANAGEMENT 

 

Long term target: In 2032 reduce 15% of water consumption per revenue from base year (2021)

 

The attention to effective water management remains to be an importance influence amongst businesses decision-making throughout 2022, as water resources remains to be one of the world’s most valuable resources, consumed and used by consumers and businesses alike throughout the value chain in the production of products and services. In 2022, climate change is continually affecting water availability worldwide, leading to more frequent and severe droughts, floods, and water scarcity in certain regions. This has heightened the urgency of effective water management and conservation to cope with changing climate patterns. Addressing water challenges requires a collective effort from governments, businesses, communities, and individuals to ensure the responsible use, protection, and equitable distribution of this precious resource.

 

BJC sincerely acknowledge the severity and urgency to effective water management, since water is a fundamental resource to sustain life, and essential to business operations. A lack of effective water management not only pose physical risks to companies, affecting operations and value chains, but also reputational risks, as media and publics become more aware of some company’s contribution to unsustainable water consumption. Reputational risk is further intensified for companies located in water-stress areas, since companies risk imposing the human rights to water and sanitation of surrounding communities, especially during 2021-2022, as water is an essential aspect to safeguard employees and surrounding societies against the spread of COVID-19.

 

The prioritization of effective water management remains in place, despite the appearance that water scarcity is not a material issue in Thailand. Yet, in reality, water related issues such as flooding and droughts are important considerations and are actively integrated in strategic planning to ensure sufficient access to clean water resources for consumption. As such, water remains to be a critical challenge to Thailand and BJC to develop long-term plans to achieve efficient and sustainable water utilization and consumption. For these reasons, BJC continued to identify, developed and implement diverse water management programs to assess BJC’s exposure to water related risks, whilst identifying potential opportunities, in order to actively manage and optimized water resource utility throughout the value chain.

 

 

Water Indicators

 

BJC remains committed to effective water utilization, aiming to efficiently withdrawal, consume and discharge water resources in a responsible manner, in accordance with applicable environmental standards, laws, and regulations, in addition to the corporate-wide environmental policy.

 

Water Consumption (Million cubic meters)	FY2019	FY2020	FY2021	FY2022	Target for FY2022
A. Withdrawal: Total municipal water supplies	10.85	9.58	8.40	8.22
B. Withdrawal: Fresh surface water (lakes, rivers, etc.)	0.08	0.02	0.13	0.12
C. Withdrawal: Fresh ground water	0.18	0.18	0.07	0.16
D. Discharge	5.17	5.23	4.70	4.35
TOTAL NET FRESH WATER COMSUMPTION	5.94	4.55	3.84	4.15	4.23
Data Coverage (as % of denominator)	87.69	87.58	89.98	91.37

                         

                        

Water Related Risk Assessment and Results

 

To assess water-related risks and foster awareness and effective management of water-related risk throughout all operations, BJC has integrated water-related risk considerations such as flooding and water stress into the corporate-wide strategy, driving BJC to actively identify potential water-related risks  in different operating locations. Assessments are conducted through 2 primary approaches. For operations with production and manufacturing activities, water-related risks are assessed under compliance with international standards such as ISO 14001:2015, while other operations such as headquarter and office-based activities are assessed by the internal audit department, in accordance with internal standards, based on ISO 14001 criteria. To accurately identify operations located in water stress areas, BJC employs the open source data tool Aqueduct Water Risk Atlas, developed by World Resources Institute (WRI) to identify areas of water stress where suppliers operate, and the areas are mapped by inputting BJC operation site locations and supplier locations into the tool. Assessment results have enabled BJC to develop a comprehensive Business Continuity Plans (BCP) which emphasis on the efficient management and actions during flood and drought situation, to ensure business resilience during different situations. Furthermore, assessment results permit BJC to determine the overall impacts water-related risks imposed on operations.

(I)   Assess and Interpret & Prioritize

BJC Group identify the most material impacts on natural resources by referring to Corporate Environmental Policy which mentioned about protected areas, including the World Heritage areas in accordance with the criteria of UNESCO, and protected areas according to The International Union for Conservation of Nature (IUCN) category 1-4. BJC Group use these areas as the target protected areas for business units to verify if BJC’s and critical suppliers’ operational activities are close by.

BJC also use Aqueduct™ tools to identify and evaluate current water risks in all Thailand’s provinces (baseline water stress level). The tools belong to World Resources Institute (WRI), which can map water risks such as floods, droughts, and stress, using open-source, peer reviewed data.

In 2022, BJC assessed water risk at sourcing locations of key agricultural commodities such as Palm oil, and Sugar, which is the main raw materials in the production process through the analysis from the Aqueduct Water Risk Atla tool.  For palm oil, 6 sourcing provinces have been assessed, which included Chumphon, Krabi, Surat Thani, Chon Buri, Prachuap Khiri Khan and Trat.  For sugar, 7 sourcing provinces have been assessed, which included Chaiyaphum, Kalasin, Khon Kaen, Loei, Phetchabun, Sukhothai and Uttatadit.   

 

(II)    Measure & Set

In 2022, BJC utilizes the ‘Aqueduct’ tool developed by the World Resource Institute (WRI) to assess own and supplier’s operation locations to determine if they are operating in water stress areas. The assessment demonstrates that the majority of our critical tier-1 suppliers (5%) are located in the low water risk area, while 2% of our critical tier-1 suppliers are located in the low-medium water risk area, 48% are located in the medium-high water risk area and 45% of our critical tier-1 suppliers are located in the high water risk area. We consider critical suppliers located in high water risk area to have water-related risks and prepare mitigation plans.

 

 

(III)    Mitigation Plan

Berli Jucker Foods Co., Ltd. (BJF)

Berli Jucker Foods Co., Ltd. (BJF)’s own operation takes place at 2 operational sites, located in the industrial parks of Samut Prakan province and Phra Nakhon Si Ayutthaya province.   Regarding to the current water risks in Thailand, Phra Nakhon Si Ayutthaya province has a high-water stress level.

Mitigation Plan

BJF’s operational site in Phra Nakhon Si Ayutthaya province is located in Rojana Industrial Park, which is a high-quality industrial park guaranteed by international standard ISO9000.  The industrial park provides international standard infrastructure network to conserve water including high quality industrial water, sanitary sewer and high technology wastewater treatment plant.

Not only the high-quality industrial park that mitigates the water risks, BJF itself also gives special attention to water management practice by implementing Recycle Water Management in order to reduce consumption and preserve the limited water resources available in the area. BJF’s primary water consumption dominates at the potato chip processing, where water is used in 3 stages of the potato chip processing; peeling, slicing and washing potatoes. To minimize waste water, the water from washing process is filtered by filtering machine and recycled as a supply to potato chip processing once again. This management approach has resulted in a reduction of waste water by 15% annually.

 

Berli Jucker Foods Co., Ltd. (BJF) - Critical suppliers

• There are 5 critical suppliers supplying potatoes to BJF, 1 of them is located in a high-water stress level province and 3 of them are located in extremely high-water stress level provinces.
• For palm oil, 6 sourcing provinces have been assessed and 1 is located in extremely high-water stress level province.
• For sugar, there is no critical supplier located in high-water stress level province.

Mitigation Plan

BJF has given all suppliers a strict operational guideline to conserve water which have been well agreed upon and followed by the suppliers.  The guideline includes the following instructions;

1. Suppliers must grow potato in farmland with sufficient water sources such as dams or irrigation systems.
2. Farmers must be well trained on how to properly utilize water at potato plots and to avoid over watering.
3. Farmers' practices must be advised and closely controlled to use water cost-effectively. Farmers who have already utilized water in their own plots will release the water to the next farmer until the last plot, and drain it back to natural water sources for cost-effective use and for conserving the water resources. 
4. Farmers must be advised to build natural or wastewater reservoirs in their own areas or plantations. This is to reduce the negative impact to the water resources in the area.

 

Berli Jucker Cellox Co., Ltd. (CPC) - Critical suppliers

Berli Jucker Cellox Co., Ltd. (CPC) has 1 critical supplier that the operational site is located in Prachin Buri province, which is an extremely high-water stress level province.

Mitigation Plan

The supplier strictly abides by the laws, rules and regulations. According to their policy, they are committed to operating better standards which are friendly to the environment, society and community. The supplier also conducts the Environmental Impact Assessment (EIA) and Health Impact Assessment (HIA) to ensure that the performance has met the accepted-standard.  Moreover, to mitigate water risks, the supplier has been conducting the following environmental measures;

1. Supplier consumes water from its own reservoir and manages raw water and water for industrial use by pumping overflowing water around the reservoir and raw water from the nearby river into the reservoir, pumping the stored raw water into the water treatment plants.
2. Supplier treats waste water from electricity generation better than the standards. The treated waste-water is used to water the trees and garden around the power plants.

 

Thai Beverage Can Co., Ltd. (TBC)

Thai Beverage Can Co., Ltd. (TBC) has an operational site located in Saraburi, which is a high-water stress level province. The operational site is located in WHA Saraburi Industrial Land.

Mitigation Plan

WHA Saraburi Industrial Land provides 785 million cubic meters of ample water supply from Pasak Cholasith Dam, and wastewater treatment to every factory in its area. Water is provided through WHA Utilities and Power Public Company Limited (WHAUP), Thailand’s largest private provider of industrial water production and distribution. WHAUP ensures that the used water is treated in accordance with applicable standards imposed by the Ministry of Industry before being discharged into the center wastewater treatment of each industrial estate. The treated wastewater can be discharged into natural sources of water or be recycled into the production process, aiming to conserve water in the area. Moreover, in 2020 WHA Saraburi Industrial Land has built reservoir reserves to support the drought crisis, which has increased by about 300,000 m3.

 

Thai Malaya Glass Co., Ltd. (TMG)

Similar to TBC, Thai Malaya Glass Co., Ltd. (TMG) also has an operational site located in WHA Saraburi Industrial Land.

Mitigation Plan

WHA Saraburi Industrial Land provides 785 million cubic meters of ample water supply from Pasak Cholasith Dam, and wastewater treatment to every factory in its area. WHA has built extra reservoir reserves to support the drought crisis, which has increased by about 300,000 m3. TMG has also implemented a plan to mitigate the water risks and the plan includes the following items;

1. TMG has built artesian wells, which can supply enough water for daily use.  The artesian wells are reserve wells, which will be utilized only when WHA Saraburi Industrial Land fail to supply water.
2. TMG is already working on using ozone in coolant treatment in the cooling tower.
3. TMG is in a process of hiring an outsource for Integrated Water Resources Management, which includes the management of raw water, tap water, industrial water, waste water and water recycle.

(IV)   Track

          All business units and their critical suppliers monitor and validate their mitigation plans and actions annually, with a disclosure through BJC Annual Sustainability Report or the company website. The mitigation plans and actions are reviewed for their accuracy, efficiency and effectiveness, as well as for the next year planning.  For the operational sites located in the industrial estates, the industrial estates also have their water risks mitigation plans reviewed and updated regularly. This is to maintain their quality of utilities service excellence for all sites operating in their areas.

 

 

 

Wastewater Management

 

BJC consumes water from various sources, depending on the accessibility and availability of water resources in each location. These water sources include municipal water, which is the primary source and is underground, consumed at factories and some upcountry Big C stores. Recognizing the impacts of effluent discharge from operations such as factories on surrounding ecosystem and communities, BJC is committed to continuously monitor water quality to ensure that all water discharged from operations are treated in accordance with national best standards. To uphold this commitment, BJC has developed an internal wastewater treatment procedures which provide a clear guideline to wastewater treatment prior to discharge in accordance with relevant natural resource industrial regulation best-practices. BJC emphasizes on the compliance with the most stringent industrial best-practice regulations such as the Ministry of Industry’s water discharge regulations. This includes periodically reporting and monitoring water quality, and quality of effluent treated by the internal wastewater treatment systems. These are conducted by external inspectors certified by the Department of Industrial Work. To accurately implement relevant standards at each facility, an environmental supervisor are trained and certified in accordance with the Ministry of Industry’s requirements and the Thai Environment Institute to monitor the properties of treated wastewater and to ensure that it is safe to be discharged into municipal wastewater treatment systems for additional treatment, or to be reused within the facility such as cleaning and watering green spaces.

 

Furthermore,ฺ BJC engages with local communities on a regular basis to listen and address any concerns they may have. Grievance channels including websites, telephone number are available at all BJC’s facilities. Additionally, communities can directly raise their concerns to human resource department or environmental committee at each facility, as well as government authorities. The department holds the responsibility to record and mediate concerns raised. BJC endeavors to protect and preserve this natural resource for future generations.

 

Highlight Activities