All products and services
1～30 item / All 49 items
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Local production and consumption energy visualization AI. Expanding interest in decarbonization through signage displays.
For municipalities that want to appeal to residents about regional decarbonization! Visualize power generation data and immediately repurpose it for signage throughout the town and educational materials for elementary and middle schools.
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Battery Automatic Control AI | Reducing Power Costs through Demand Forecasting and Charge/Discharge Optimization
For factories struggling with rising electricity costs and peak power overload! AI predicts the overall demand of the facility and automatically adjusts the charging and discharging of batteries and EVs.
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Visualizing the buried renewable energy value! Circulating the local economy with the created credits.
For those struggling with utilizing the environmental value of their own renewable energy! We solve this through visualization and J-Credit certification, achieving decarbonization appeal and the establishment of a new revenue stream.
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Observation Tour: "Practical Implementation and Co-Creation of Environmental Management"
We offer hints that lead to the next actions, from the concept of environmental management to concrete implementation!
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Regional Circular Platform Service "Resource Circulation Navigation"
Providing material identification, information visualization, matching between businesses, joint collection, and resource recycling as a single system!
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[Case Study] For Recycling Product Plastics! M.M. Plastic Co., Ltd.
We will introduce a case where it became easier to identify mixed PVC, resulting in improved purity of PP and PE products!
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[Case Study] Utilized for the identification of waste plastics! Mazda
We will introduce a case that has gained a foothold in achieving material recycling through changes in materials!
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[Case Study] Visualizing the Value of Waste Plastics! LIXIL
We will introduce a case where efforts towards valuable transactions and waste reduction have rapidly accelerated!
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[Case Study] Utilizing Sensors for the Valorization of Waste Plastics! Fuji Kasei Co., Ltd.
We will introduce a case where the material identification cost was significantly reduced, allowing for the collection of small amounts of waste plastic!
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[Case Study] Significant Improvement in Material Identification Accuracy! Meiwa Packs Co., Ltd.
Regardless of the location, anyone can easily and accurately identify plastic materials, improving the recycling collection rate to 90%!
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[Case Study] Aiming for Zero Waste of Label Backing! Nichiei Shinka Co., Ltd.
We will introduce a case where it has become easy and efficient to identify the material of the collected "recycling-only backing paper"!
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[Case Study] Cost Reduction through the Valorization of Waste Plastics! Etria Co., Ltd.
We will introduce a case where it became possible to identify the material of waste plastics, leading to reduced processing costs and the creation of profits from the sale of valuable materials!
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[Case Study] Utilizing Sensors for Material Inspection! Val Corporation
Utilizing sensors for material inspection of a wide range of products to achieve shorter delivery times and cost reduction!
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[Case Study] Halving Sorting Work Time! Toho East Japan Recycling Systems
The introduction of the compact and lightweight RICOH handheld sensor has halved the sorting work time and contributed to reducing the workload!
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"Support for Obtaining Certification of CO2 Reduction Achievements" Offering Model
Regardless of the size of the company, the 'first step' towards GX management innovation necessary for 'valuing data that contributes to the environment.'
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Material identification at recycling sites
If anyone can identify items at the recycling site, we can increase personnel and expand processing capacity!
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How about capturing the hearts of the younger generation through experiential environmental learning utilizing technology?
Learn actively and joyfully so that you can apply it to your daily actions! Here are some suggestions for utilizing our sensors.
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Material identification for purchasing waste plastic.
If purchasing decisions can be made on-site, it will reduce inspection costs and increase opportunities for resource acquisition!
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Resin Identification Handheld Sensor - Features of the Sensor
It is possible to calculate the mixing ratios of plastics (up to 3 types) such as blended and laminated resins!
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[Case Study] Utilizing Grants to Introduce "Handy Sensors"! Yodo Commerce Co., Ltd.
Utilizing subsidies to introduce the "RICOH Handy Sensor"! High-precision identification accelerates the high value-added recycled plastic manufacturing business.
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[Case Study] Achieving Waste Plastic Separation at Construction Sites! Nishimatsu Construction Co., Ltd.
The introduction of the RICOH handheld sensor has made it possible to sort waste plastic at construction sites! We aim to improve the material recycling rate through diligent sorting activities.
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[Case Study] Successful "Monetization" of Waste Plastics through Sensor Utilization! Japan Special Ceramics Co., Ltd.
The introduction of the RICOH handheld sensor has successfully converted about 20% of waste plastic into "valuable materials."
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[Case Study] Strengthening Quality Control with Sensor Utilization! Takeda Corporation
Enhancing quality control quickly and without increasing costs through the use of the RICOH resin identification handheld sensor! A case where speed has dramatically improved.
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Separate and recycle the waste plastic generated from construction sites!
Easily identifiable even at construction sites! Promoting recycling by sorting materials.
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Handheld Sensor Column for Resin Identification: Tips for Measurement - Transparent Resins and Films
Introducing tips for measuring transparent resin and film in a column format!
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[Resin Identification Handy Sensor Column] Tips for Measurement: Black Resin Edition
The principle of discrimination is a spectral method using near-infrared light! A column introducing tips for measuring black resin.
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Column on Resin Identification Handheld Sensor: What is Plastic Recycling?
An easy-to-understand explanation of the current state and future of plastic recycling efforts!
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Column on Handheld Resin Identification Sensor: What is Plastic?
A detailed explanation in column format about the types and characteristics of plastics!
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Column on Resin Identification Handy Sensor: What is the Circular Economy?
A detailed explanation of the differences with 3R and initiatives in Japan and overseas in a column format!
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Resin Identification Handy Sensor × Business Improvement Subsidy
Utilize the business improvement subsidy before the minimum wage increase! Cost reduction, efficiency enhancement.
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