Environmental Responsibility
Water Security
Our Approach
FY2024 Highlights
-
0.7% reduction YoY
of water withdrawal Intensity
-
5,073 m3
of rainwater harvested
Responsible Water Resource Management
Our Performance
FY2022 * | FY2023 ** | FY2024 | ||
Total water withdrawal by source (m3) | ||||
Total Water Withdraw | Per Thousand Cubic Meter, 000 m3 | 2,924.59 | 2,980.76 | 3,085.93 |
Source from Municipal Water | 000 m3 | 1,932.30 | 2,056.44 | 2,169.35 |
Source from Groundwater | 000 m3 | 539.60 | 548.99 | 549.87 |
Source from River Water | 000 m3 | 416.23 | 342.25 | 327.90 |
Source from Rainwater | 000 m3 | 36.46 | 33.08 | 38.81 |
Water Withdrawal Intensity | m3/ RM Mil Revenue | 815.21 | 697.05 | 692.18 |
Alternative water withdrawal solutions | ||||
Source from Rainwater | 000 m3 | 4.03 | 6.75 | 5.07 |
Number of Sites Operated in Water-Stressed Areas | Number | 0 | 0 | 0 |
** Restated with revised calculation or recategorisation
15,860
m3 of rainwater treated-
Sustainable Environmental Solutions Enabler
In line with QL’s business and sustainability objectives, QL has broadened our business scope by investing in BM Greentech Berhad, a company specialising in solar and biomass renewable energy engineering, as well as water treatment systems and emission control. This strategic expansion allows us to provide a wider array of clean energy solutions to both our Group and customers. In the reporting year, we facilitated the installation of 21 new water treatment systems at customers’ facilities with an approximate treatment capacity of 1.6 million m3 raw water.
View Our Water Security Section in the Integrated Annual Report
Explore More Environmental Impact Stories
Rainwater Harvesting
Rainwater Harvesting In line with our efforts to conserve water by capturing rainwater that would otherwise runoff into sewers, we
Renewable Energy
Renewable Energy QL is actively adopting renewable energy technologies to reduce the consumption of fossil fuel-based energy. As we are