Question 1 of 30
Solaris Energy, a company manufacturing solar panels, is undertaking a water footprint assessment according to ISO 14046:2014. The assessment reveals that the production of silicon wafers, a key component of solar panels, is highly water-intensive. The executive board is discussing strategies to mitigate this impact, keeping in mind the principles of ISO 14046:2014. Which of the following options represents the MOST comprehensive and effective approach for Solaris Energy to reduce its water footprint associated with silicon wafer production, aligning with the guidelines of ISO 14046:2014?
Invest in research and development to identify alternative materials for solar panel production that require less water during manufacturing, while simultaneously implementing water recycling systems in the silicon wafer production process and engaging with suppliers to promote water-efficient practices.
Outsource the silicon wafer production to a region with abundant water resources, regardless of the environmental regulations or water management practices in that region, to minimize the impact on water-scarce areas.
Implement a water pricing mechanism within the company to encourage water conservation across all departments, without specifically targeting the water-intensive silicon wafer production process.
Purchase water offsets from unrelated water conservation projects in other sectors to compensate for the water used in silicon wafer production, without making any changes to the manufacturing process itself.

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