ESG

Water Resource Management

Because of influence of climate change in recent years, the distribution and utilization of water resources have become challenges that must be addressed. Especially, factories of the company are located in the southern region with distinct rainy and dry seasons, making water resource management and countermeasures against water conservation and water scarcity even more critical. The company has made water conservation a primary policy and put it into action.
All employees are committed to cherishing every drop of water. Additionally, we are planning to actively promote water recycling measures and conduct assessments of our water usage in the future to make JLT an excellent company in water resource management.
J
LT is actively engaged in water resource management. In addition to implementing water-saving measures for domestic use, the company introduced a wastewater recycling system(TMF) in the plating process of our third factory construction project to recycle the wastewater generated during production in 2021. In November 2024, the company completed the installation of a reclaimed water recovery system at second factory to recycle wastewater from the acid cleaning process. However, since the system had only been in operation for about one month, the amount of water saved was limited to 103 metric tons. Overall, the water reuse rate in 2024 decreased from 23.43% in the previous year to 16.64%, primarily due to adjustments in plating capacity at third factory, which led to a reduction in reclaimed water volume. As a result, the total volume of recycled water within the plant dropped from 45,489 metric tons in 2023 to 25,744 metric tons in 2024.

Water Resource Improvement Plan

Water Savings
(Metric Tons/Year)

The water consumption in the cooling water tower for RO-A concentrated wastewater recycling at second factory

103

Water recycling in the plating process and acid cleaning processes at third factory

25,041

The water replenished in the M01 and M02 rinsing towers for RO-A concentrated wastewater recycling at second factory

600

Total

25,744

 

JLT is located in the Nanzih Technology Industrial Park (Formerly Nanzih Export Processing Zone) in Kaohsiung, and the water resource risk in this area is considered low. The water consumed in our factories is sourced mainly from the Cheng Ching Lake Reservoir. In 2024, the total water intake was 128,939 million metric tons, which is a decrease of approximately 4.9% compared to the total water intake of 135,583 million metric tons in 2023. The main reason for this reduction is a slight decrease in production. The water use is as shown in the table below:

JLT water usage

Item/Year

2022

2023

2024

Water Intake Volume(Metric Tons)

147,685

135,583

128,939

Discharge Volume
(Metric Tons)

128,690

114,833

97,703

Water Consumption(Metric Tons)

18,995

20,750

31,236

In-house Recycled Water Volume(Metric Tons)

50,950

45,489

25,744

Water Recycling and Reuse Rate(%)

25.65

23.43

16.64

Specific Measurement
(unit)

Revenue
(Thousand NTD)

Revenue
(Thousand NTD)

Revenue
(Thousand NTD)

Specific Measurement

2,621,367

2,115,459

1,885,056

Water use density

0.056

0.064

0.068

Remark:

● Water consumption = Water intake - water discharge.

● Water recycling and reuse rate =( In-house recycled water volume)/(Water intake +In-house recycled water volume) * 100%.

● The calculation method for water use density is(Water intake in metric tons)/(Specific measurement).

● The specific measurement includes only the revenue of JIH LIN (including headquarters, factory 1, factory 2, and factory 3). 

 

Discharge of Wastewater

JIH LIN ensures that all wastewater produced within the factory is treated with appropriate sewage facilities to ensure that the discharged water complies with current process zone’s rule and regulation. Regular third-party inspections are commissioned to monitor water quality from an external perspective. The company gradually strengthens or replaces wastewater treatment equipment to effectively enhance the efficiency of wastewater treatment. Comprehensive wastewater treatment training is provided also to staffs. 
JIH LIN commissions qualified testing organizations every six months to collect samples and inspect the discharged water, and then duly review and enhance wastewater treatment work on facilities. Those ensure that the water quality exceeds the current environmental regulatory discharge standards and reduces environmental pollution impact. In 2023, factory 1 was affected by a fire incident at a neighboring factory and ceased wastewater treatment operations, resulting in no monitoring records. However, the effluent water quality at factories 2 and 3 complied with regulatory discharge standards. The company's wastewater discharge standards are as follows:
 

Wastewater Discharge Standards in each factory

Factory

Item

Effluent standards (ppm)

2022

2023

2024

Average

Monitoring Values(ppm)

Average

Monitoring Values(ppm)

Average

Monitoring Values(ppm)

FAB1

pH Value

6~9

7.7

-

-

COD (mg/L)

100

N. D.

-

-

SS Concentration (mg/L)

30

18.6

-

-

Copper ion concentration (mg/L)

1.5

0.04

-

-

Nickel ion concentration (mg/L)

0.7

0.26

-

-

FAB2

pH Value

6~9

7.9

7.8

8.2

COD (mg/L)

100

15.1

17.4

27.0

SS Concentration (mg/L)

30

6.3

8.4

6.2

Copper ion concentration (mg/L)

1.5

0.17

0.33

0.13

Nickel ion concentration (mg/L)

0.7

0.16

0.10

0.18

FAB3

pH Value

6~9

8.2

7.9

7.9

COD (mg/L)

100

33.7

15.4

32.2

SS Concentration (mg/L)

30

8.2

6.8

8.5

Copper ion concentration (mg/L)

1.5

0.6

0.25

0.08

Nickel ion concentration (mg/L)

0.7

0.28

0.15

0.13

Remark: N.D(NOT DETECTED)The concentration is lower than the detection limit.

 

 

 



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