Our Products
We are committed to producing high-performing appliances at affordable prices while reducing energy and water consumption and enhancing durability and recyclability. This focus allows us to create innovative, reliable and efficient appliances that benefit both consumers and the planet.
Management Approach
Our approach to product development centers on Design for Sustainability (DfS), integrating environmental responsibility throughout the product development process from material selection and product design to consumer use and end of life (EOL) management.
Life Cycle Assessments
We use Life Cycle Assessments (LCAs) to analyze the environmental impacts of our products across all stages: materials, transportation, manufacturing, use and end of life. We have performed numerous LCAs spanning our product portfolio, conducting at least one representative full or simplified LCA for more than half of our product platforms, including KitchenAid small appliances.
The LCA process enables us to:
- Understand the environmental impacts of our products throughout their entire life cycle, aligned with our commitment to circular economy principles.
- Utilize insights to guide product design and strategy, supporting a cohesive approach to circularity and informing our commitment to innovation and DfS.
- Identify key impact areas, the largest of which is energy consumption of our major appliances when products are in use (Scope 3, Category 11).
- Assess specific products and categories to analyze environmental impacts, often using a single product as a representative example for its category.
- Set robust performance benchmarks, providing data to accurately measure our environmental footprint and drive improvement. For example, the LCA conducted on the KitchenAid stand mixer specifically determined that it led the category in the areas of material selection and material sourcing, electricity consumption and climate impact during product life.
Whirlpool Corporation’s LCA Approach:
Every LCA we conduct has a clearly defined goal and scope, whether it be to baseline, benchmark, improve or compare product performance. All full LCAs are modeled cradle-to-grave, including product use and EOL, to align with our DfS approach. Some simplified LCAs are also cradle-to-grave while others home in on specific life cycle stages.
Since 2022, our full LCAs have leveraged the Environmental Footprint (EF) v3.0, now EF v3.1, method. While most results focus on climate change, we also calculate and weigh tradeoffs with additional impact categories and indicators, including resource use of minerals and metals, resource use of fossil fuels, ionizing radiation, particulate matter, acidification and water use.
Our LCAs follow International Organization for Standardization (ISO) 14040:2026 and 14044:2026 guidelines, which outline the principles, framework and phases of an LCA.
Product Life Cycle
Using LCA insights as guidance, we bring our sustainable management practices to life throughout the product life cycle and product value chain.
Our Products
- Innovation and DfS: Designing quality products that are good for our consumers and for the planet
- Product Safety: Leading product safety practices industrywide through proactive, robust testing and swift response to uncovered issues
- Product Quality: Striving for excellence at every level of product performance — durability, craftsmanship, reliability, delivery, installation and service
- Circular Economy: Repairing, refurbishing and recycling products to reduce waste and contribute to a circular economy
Our Suppliers
- Materials Use and Impact: Responsibly sourcing safe and sustainable materials
- Responsible Sourcing: Choosing suppliers that align with Whirlpool values and abide by our high ethical and compliance standards
- Supply Chain Transparency: Increasing transparency around the materials used in our products, including by releasing an annual conflict minerals report
Our Operations
- Sustainable Operations: Managing our operational footprint, including water and energy use, carbon emissions, waste streams and impact on biodiversity