Resource Circulation

In order for the TOTO Group to remain an organization that can continue to contribute widely to society and the global environment, we are promoting initiatives to reduce resource input and disposal to the environment at all stages, from product design to disposal after consumption while also leveraging societal mechanisms.

We are promoting initiatives to reduce our use of natural resources. These efforts include reducing resource use and product weight in the product design phase, as well as proactively adopting raw materials containing recycled materials.

･Utilization of recycled plastics

Since 2009, we have been using post-industrial recycled materials (PIR materials) made from manufacturing scraps as the raw material for our toilets’ internal tanks. In 2016, we further expanded the use of recycled plastics by adding post-consumer recycled materials (PCR materials) derived from used products. In 2023, the cumulative amount of recycled plastic used in key components, such as toilet’s internal tanks, exceeded 20,000 tons.

The cumulative amount of recycled plastic we have used exceeded 20,000 tons by 2023. Compared with a case in which we continued to use virgin materials (natural resources), this corresponds to a reduction in CO₂ emissions equivalent to the amount absorbed by about 2 million cedar trees in one year^*2.

*2 Based on data (one cedar tree absorbs approximately 8.8 kg of CO₂ per year) published on the webpage “Preventing Global Warming > How Much Carbon Dioxide Do Forests Absorb?” (in Japanese) by the Forestry Agency of Japan.

When using recycled plastics, it is important to ensure the quality necessary for achieving the durability and dimensional accuracy required for the product. Therefore, when we expanded the use of recycled materials from PIR to PCR, we established our own quality standards and proceeded with material development in cooperation with our suppliers, carefully examining various aspects, including securing raw materials and developing colors for component materials. We now have a supply chain that can provide a stable supply of PCR materials in terms of both quality and quantity by using plastics derived from end-of-life vehicles as raw materials. 

We will continue to explore the use of recycled plastics in white products and products with decorative designs so that we can employ recycled plastics in parts that are visible from the outside, thereby further promoting our use of recycled plastics.

･Plan for the Use of Recycled Plastics(Japan)

To accelerate resource recycling initiatives, we have set a target to achieve a 100% recycled plastic usage rate in toilet models that meet TOTO Sustainable Products Selection Criteria^*3 by fiscal year 2028.

*3 Sustainable Products Selection Criteria:
　Toilets with Tornade Flush and CeFiONtect specifications that use 4.8 liters or less per large flush
　for housing equipment use, and 6 liters or less per large flush for public use

For representative models of our main products, we have set targets for the "Ratio of recycled plastic by weight" and are promoting the use of recycled plastic that meets our proprietary quality standards.

We are reducing the resources used to produce our products by developing manufacturing technologies that reduce the generation of manufacturing scrap.

We are reducing the disposal of resources into the environmental system by promoting both internal and external recycling of generated manufacturing scrap and by ensuring the proper management of waste from our business activities through reduction and recycling based on the environmental management system.

･Initiatives to reduce manufacturing scrap through manufacturing technologies

We are reducing wasteful use of resources by utilizing ”the hot runner method”, a manufacturing technology that can reduce manufacturing scrap generated in the plastic injection molding process.

･Zero emission initiatives

We have achieved zero emissions^*4 at all manufacturing sites in Japan through waste reduction and recycling. We are also working to achieve zero emissions at overseas manufacturing sites by prioritizing the recycling of ceramic scrap, sludge, and mineral scraps.

*4 Definition of TOTO Zero Emissions
(Based on ideas put forward by the United Nations University in 1994)
To pursue virtually zero landfill (including simple incineration) of general and industrial waste from our plants.
(The target for "virtually zero waste" is a recycling rate of 99% or higher.)

We internally design packing materials that protect our products from the shipment to installation phases, ensuring high packaging quality while minimizing the resources required.

We also promote the effective use of resources by collecting packaging materials and installation scrap.

･Reduction of packaging materials
Packaging materials play an important role in protecting products from damage and scratches caused by impacts between the shipment and installation phases. By using corrugated cardboard as the cushioning material and integrating it into the box, the entire package is made from the same material, making it easy to sort. Moreover, by pursuing optimal shapes, our packaging can be made using reduced resources while ensuring packaging quality, including cushioning performance and workability. These material- and man-hour-saving packaging materials have been highly regarded both in Japan and abroad (received an award at a packaging contest^*5).

*5 Soft-touch corrugated cardboard cushioning material, packaging with a shock-absorption function for artificial marble counters, etc.

･Collection and recycling of packaging materials and installation scrap under the wide-area certification system

We collect^*6 packaging materials and installation scrap generated at construction sites and reuse or recycle them to reduce the amount of resources disposed of.

*6 We collect materials under the Wide-Area Certification System, a special exception to Japan's Waste Management and Public Cleansing Act.

With the aim of recycling end-of-life products as resources, we use the wide-area certification system and implement a system to collect used Washlets in some areas.

After collecting Washlets, they are washed, disassembled, sorted, and then used as recycled resources.

We will continue to advance our contributions to more advanced resource recycling by researching products designed for easy recyclability and by exploring recycling technologies and potential applications for recycled materials.

We participate in the Japan Partnership for Circular Economy (J4CE) led by the Ministry of the Environment and in Circular Partners (CPs) led by the Ministry of Economy, Trade and Industry to identify solutions to recycling and waste-processing challenges that are difficult to solve on our own, through collaboration with partners across diverse industries.