Every product, process, and organization leaves a measurable mark on the environment through the gases it emits and the water it consumes. These marks are captured as "footprints" — quantitative indicators that help individuals, businesses, and policymakers understand, compare, and reduce their environmental impact. The two most widely used footprint indicators are the carbon footprint and the water footprint.
A carbon footprint totals up the greenhouse gases — carbon dioxide, methane, nitrous oxide and others — that are released because of an individual's, organization's, event's, or product's activities. Together these gases drive global warming and climate change.
It is calculated by adding up emissions across every stage of a product or service's life — from raw material production and manufacturing, through use, and finally end-of-life disposal or recycling.
Released straight from an activity — burning fuel for transport, heating, or on-site manufacturing. Driving a car or cooking with natural gas both emit CO₂ directly.
Tied to the goods and services we produce and consume — the electricity powering a home, or the manufacturing behind everyday products.
Water is essential to human survival and development, yet population growth, rapid urbanization and industrialization are placing freshwater resources under mounting pressure — leading to depletion and degradation in many regions.
This is where the water footprint becomes a vital indicator. It accounts for both the direct and indirect water used by consumers and producers, quantifying the total freshwater volume required to deliver the goods and services people rely on.
Water consumed straight from a process — production, washing, cooling and cleaning within a facility's own operations.
Water embedded upstream in the supply chain — growing raw materials, generating the energy used, and manufacturing components.
Understanding your carbon and water footprint gives you the data needed to make conscious, meaningful choices that reduce environmental impact.
Managing water use responsibly supports a more water-efficient, resilient future as freshwater resources come under increasing strain.
Robust footprint data, built on LCA methodology, underpins credible ESG disclosures, net-zero targets, and regulatory reporting such as CBAM and GHG Protocol filings.
Most conventional footprint tools lean on generic databases, industry averages and broad assumptions — which weakens accuracy, especially for Scope 3 emissions. SIPL builds customized GHG and water footprint models using supplier-specific, process-level, and company-specific operational data under LCA methodology, aligned with ISO 14064, ISO 14067, and the GHG Protocol, for decision-grade results.
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