We have been selling zirconium oxide products (zirconia) manufactured by Tosoh Corporation for several decades, primarily in Asia.
Tosoh succeeded in mass-producing zirconia in the 1980s, and maintains the world's top market share in the field of fine ceramics.
In 2021, they developed the Zgaia™ series of zirconia, which can be sintered at a lower temperature (1,250°C) than conventional zirconia (1,500°C), and can therefore be expected to reduce CO2 emissions by lowering sintering temperatures.
Tosoh has also succeeded—for the first time in the world—in the development of Zgaia™ 1.5Y-HT, a low yttria (Y2O3) grade, for which it was impossible to obtain as a sintered material with conventional zirconia, achieving both high strength and a high degree of toughness. This will result in the emergence of new functions, and is expected to be used in various applications in the future.
We will continue to remain close to the development of innovative technologies and expand applications and markets for zirconia.
Wine pomace is the name given to grape skin and other solid remains left over during the winemaking process. Over 10,000 tons of pomace are produced annually in Yamanashi Prefecture alone, but most of it is incinerated as industrial waste. At MORIMURA BROS., INC., we had been looking for ways to reuse that wine pomace.
Through a process of trial and error, and with the cooperation of our partner companies, we developed wine pomace extract (for flavoring applications), extracted by steam distillation of wine pomace, and have been proposing it as a product to beverage manufacturers since 2022.
When added as a flavoring, this extract has been found to enrich the flavor of wine, and enhance citrus flavors.
At the same time, it is difficult to ensure stable quality because the characteristics of the available wine pomace differ depending on the winery, grape variety, and various seasonal factors.
We will continue to make improvements, and aim for the adoption of wine pomace extract for use in both alcoholic and non-alcoholic beverages.
Since the 1980s, we have been importing and selling magnesium alloys used in die-casting, predominantly for the automotive industry. We encountered issues as the market grew, having been unable to recycle scrap generated during component manufacturing or offer disposal method suggestions for residues.
To solve these issues, we partnered with Onoda-Shoten to establish Onoda Morimura Magnesium Co, Ltd. in Toki, Gifu, to recycle magnesium alloys. This established a recycling and disposal flow in Japan.
Magnesium alloy ingot
Producing secondaly magnesium ingot uses less energy and generates lower CO2 than primary magnesium ingot production, leading to a reduced impact on the environment. We also established a magnesium recycle plant in the Chonburi province of Thailand in 2008, which also contributes creating new employment opportunities.
Our initiatives were published in Sustainable Development Goals & SHOSHA, published by the Japan Foreign Trade Council.
Author: Japan Foreign Trade Council, Inc.
"Initiatives by trading companies to achieve the SDGs" Special seminar
We sell metal powder used in 3D printers made by AP&C (Canada), a subsidiary of Colibrium Additive(Former GE Additive), in both Japan and South Korea.
The benefits of manufacturing with additive manufacturing (3D printing) are highly compatible with the SDGs.
Some examples include:
- 1) Reductions in waste material from the manufacturing process
- 2) Reductions in stock parts and local consumption of locally-produced goods
- 3) Contraction and simplification of the supply chain (reductions in costs and CO2)
- 4) Improvements and optimization of production efficiency (compatibility with DX)
- 5) Contributions to industrial and technological innovation by producing high-grade components that can only be made through additive manufacturing
Metallic materials are already on the market for the aerospace, medical, and die-cast industries and are being considered as a mass production technology for automobiles. Resin materials were greatly utilized to make up for the pandemic-induced lack of medical supplies, and initiatives to put the technology into practical use have been accelerating as a dominant technology in various fields for achieving a sustainable society.
▲A fuel nozzle for LEAP engines mass-produced by GE Aviation using additive manufacturing
We sell reclaimed resin for use in toiletry products, onboard automotive battery parts, writing utensils, and more. Reclaimed resin is shipped after molded plastic products undergo various processing, including pulverization, washing, separation, dehydration, combination, and extruding granulation. Because of these processes, it costs more than virgin materials made from crude oil, and it did not penetrate the market quickly. In recent years, however, demand has grown against the backdrop of increased environmental awareness and reductions in recycling costs.
We are now working to expand the market further, focusing on applications where reclaimed resin has not been utilized because of safety or other quality concerns, including detergent containers, outside air conditioning units, and washing machine pans.
We utilized a zero CO2 booth system while presenting a booth at the TCT Japan 2022 expo.
This system was first introduced in 2022 by expo organizer JTB Communication Design. In concrete times, this system utilizes carbon offsets using green power certificates to replace the electricity used in exhibit booths with next-zero CO2 emissions.
As we have many opportunities to host booths at expos, we will continue to promote our sustainability activities, which include our contributions to the SDGs and carbon neutrality, from familiar places by utilizing this system.