What does "investment-based carbon neutrality" mean?

It refers to achieving a net-zero carbon balance by investing in environmental values, such as non-fossil certificates and carbon credits, equivalent to the amount of GHGs emitted by the organization.

Why did HIOKI include Scope 3 in the third-party verification?

To improve the reliability and comprehensiveness of the company's total environmental footprint, ensuring that calculation methods for categories like 'Purchased Goods' and 'Use of Sold Products' meet international standards.

What is the difference between Market-based and Location-based Scope 2 emissions?

Market-based emissions reflect the specific electricity contracts and renewable energy certificates purchased, while Location-based emissions reflect the average carbon intensity of the local power grid.

AI News NQ Analysis

HIOKI Achieves "Sustainability Declaration" Goals: Investment-Based Carbon Neutrality (Scope 1 & 2) Verified by Third Party

NQ Score 76/100

AI Summary (NQ-processed)

HIOKI has announced the early achievement of its 2025 target for Scope 1 and 2 carbon neutrality, with transparency ensured through rigorous third-party verification.

AI analysis data is not yet available.

Frequently Asked Questions

Q: What does "investment-based carbon neutrality" mean?: A: It refers to achieving a net-zero carbon balance by investing in environmental values, such as non-fossil certificates and carbon credits, equivalent to the amount of GHGs emitted by the organization.
Q: Why did HIOKI include Scope 3 in the third-party verification?: A: To improve the reliability and comprehensiveness of the company's total environmental footprint, ensuring that calculation methods for categories like 'Purchased Goods' and 'Use of Sold Products' meet international standards.
Q: What is the difference between Market-based and Location-based Scope 2 emissions?: A: Market-based emissions reflect the specific electricity contracts and renewable energy certificates purchased, while Location-based emissions reflect the average carbon intensity of the local power grid.