10th ILS Time Table

Tue, November 29, - Fri, December 2, 2022
Toranomon Hills *Some of the programs are available online.
11/29 tue
11/30 wed
12/1 thu
12/2 fri
Pitches
Tokyo Green Impact Challenge Startup Pitch

Open

2nd Dec. 13:00 | 13:40
2nd Dec. 13:00 - 13:40
Toranomon Hills 5F Hall A2
Online: Channel1
  • Startup Pitch
Tokyo Green Impact Challenge Startup Pitch -Renewable Energy-
  • Tokyo Green Impact Challenge Startup Pitch
The Tokyo Green Impact Challenge is a startup competition that presents a vision of the city's future to the world. Twenty-four promising startups active in the field of green tech, selected from a large number of applications, will be speaking at this year's event. After the event, there will be time to exchange business cards and meet the companies who will be speaking at the event.
\ NOW ON STAGE /

ISOP system to generate energy on-site from combustible waste and CO2

We have developed a system that docks a device that converts combustible waste into energy feedstock with steam and a device that generates synthetic fuel from CO2 and water at room temperature and pressure at low cost. The system can be used to generate decarbonized energy on-site anywhere.

ISOP system to generate energy on-site from combustible waste and CO2

We have developed a system that docks a device that converts combustible waste into energy feedstock with steam and a device that generates synthetic fuel from CO2 and water at room temperature and pressure at low cost. The system can be used to generate decarbonized energy on-site anywhere.
Sustainable Energy
\ NOW ON STAGE /

We are creating the future of electricity! Introducing WeCharge, an EV charging service.

We will discuss Ubiden's vision for the future of electricity usage and the future direction of the "WeCharge" EV charging service.

We are creating the future of electricity! Introducing WeCharge, an EV charging service.

We will discuss Ubiden's vision for the future of electricity usage and the future direction of the "WeCharge" EV charging service.
Norio Yamaguchi, Ph.D.｜UBIDEN, INC.CEO
\ NOW ON STAGE /

All waste heat to electric power!-Don't use unused heat is mottainai!-

There is a lot of waste heat in the world, don't you think it would be convenient if even a part of it could be converted into easy-to-use electric power? Thermoelectric power generation can do that. We have already made a realistic deployment, and we will show you the actual machine on the day!

All waste heat to electric power!-Don't use unused heat is mottainai!-

There is a lot of waste heat in the world, don't you think it would be convenient if even a part of it could be converted into easy-to-use electric power? Thermoelectric power generation can do that. We have already made a realistic deployment, and we will show you the actual machine on the day!
Hirotaka NISHIATE｜Mottainai Energy Co., Ltd.CEO
\ NOW ON STAGE /

Global deployment using "WEAZER," a completely off-grid module that requires no electricity, gas, or water infrastructure

WEAZER is the "world's first" off-grid residential module developed by our company that is 100% self-sufficient in energy and water and can be installed even in places without infrastructure. The module generates electrical energy from solar power generation and produces drinking water from rainwater, resulting in zero CO2 emissions. This environmentally friendly product does not damage the nature of the installation site because there is no sewage drainage due to a special purification system. Since the units are manufactured at the factory according to the global standard size of containers, they can be easily transported anywhere in the world, and installation can be completed in one day since the units are simply assembled at the site. This can be used to provide comfortable accommodation space of MADE IN JAPAN quality in remote locations around the world where there is no infrastructure, or as shelter in the event of a disaster or emergency. In addition, since the latest EVs can mutually supply and demand energy with WEAZER, the "WEAZER VILLAGE" concept, in which the entire city is off-grid, will also be developed.

Global deployment using "WEAZER," a completely off-grid module that requires no electricity, gas, or water infrastructure

WEAZER is the "world's first" off-grid residential module developed by our company that is 100% self-sufficient in energy and water and can be installed even in places without infrastructure. The module generates electrical energy from solar power generation and produces drinking water from rainwater, resulting in zero CO2 emissions. This environmentally friendly product does not damage the nature of the installation site because there is no sewage drainage due to a special purification system. Since the units are manufactured at the factory according to the global standard size of containers, they can be easily transported anywhere in the world, and installation can be completed in one day since the units are simply assembled at the site. This can be used to provide comfortable accommodation space of MADE IN JAPAN quality in remote locations around the world where there is no infrastructure, or as shelter in the event of a disaster or emergency. In addition, since the latest EVs can mutually supply and demand energy with WEAZER, the "WEAZER VILLAGE" concept, in which the entire city is off-grid, will also be developed.
ARTH
\ NOW ON STAGE /

High-Performance Environmentally-Friendly Rechargeable Zinc-Manganese Battery System

Introduction to our technology and applications

High-Performance Environmentally-Friendly Rechargeable Zinc-Manganese Battery System

Introduction to our technology and applications
Sebastien Belanger｜ZelosCEO

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2nd Dec. 13:50 | 14:30
2nd Dec. 13:50 - 14:30
Toranomon Hills 5F Hall A2
Online: Channel1
  • Startup Pitch
Tokyo Green Impact Challenge Startup Pitch -Effective use of resources-
  • Tokyo Green Impact Challenge Startup Pitch
The Tokyo Green Impact Challenge is a startup competition that presents a vision of the city's future to the world. Twenty-four promising startups active in the field of green tech, selected from a large number of applications, will be speaking at this year's event. After the event, there will be time to exchange business cards and meet the companies who will be speaking at the event.
\ NOW ON STAGE /

Effective use of CO2 through utilization of algae biofoundry

Introducing our efforts to select algae species with high CO2 absorption capacity by utilizing our algae biofoundry, and to obtain materials with various functions from the cultivated algae.

Effective use of CO2 through utilization of algae biofoundry

Introducing our efforts to select algae species with high CO2 absorption capacity by utilizing our algae biofoundry, and to obtain materials with various functions from the cultivated algae.
Amane Kimura｜Algal Bio Co., Ltd.Chief Executive Officer
\ NOW ON STAGE /

Creating a decarbonized society with biodegradable foaming plastics

We aim to spread eco-friendly & carbon-neutral fishing tools and packing materials using supercritical foaming plastic technology of biodegradable PLA resin, and plastic waste problem suggestion.

Creating a decarbonized society with biodegradable foaming plastics

We aim to spread eco-friendly & carbon-neutral fishing tools and packing materials using supercritical foaming plastic technology of biodegradable PLA resin, and plastic waste problem suggestion.
Ryutaro Hayashi｜PLASTECO CorporationCEO
\ NOW ON STAGE /

Development of upcycled materials for coffee grounds

Manufacture and sale of a new material with a coffee content of 51%, which is made by synthesizing coffee grounds with PP, PE, PLA, etc. We are also developing new products such as disposable straws, non-woven fabrics, cushioning materials, and alternative styrofoam.

Development of upcycled materials for coffee grounds

Manufacture and sale of a new material with a coffee content of 51%, which is made by synthesizing coffee grounds with PP, PE, PLA, etc. We are also developing new products such as disposable straws, non-woven fabrics, cushioning materials, and alternative styrofoam.
Masatsuna Ogi｜PNH co.,ltd.CEO
\ NOW ON STAGE /

Contributing to the Sustainable Future through thermal management

At Thermalytica, we help you make the switch to renewable energy and commit to lowering your carbon footprint with TIISA® and our unique solutions based consulting services.

Contributing to the Sustainable Future through thermal management

At Thermalytica, we help you make the switch to renewable energy and commit to lowering your carbon footprint with TIISA® and our unique solutions based consulting services.
Kazuo KONUMA｜Thermalytica.IncCEO
\ NOW ON STAGE /

“Blue-Violet LEDs” inhibit cleanly the growth of various fouling organisms!

Inhibitory effects of “Blue-Violet light” on the settlement and growth of various fouling organisms were revealed by our experiments and patented at home and abroad. Ultrabright “Blue-Violet LEDs” devices have been also developed.

“Blue-Violet LEDs” inhibit cleanly the growth of various fouling organisms!

Inhibitory effects of “Blue-Violet light” on the settlement and growth of various fouling organisms were revealed by our experiments and patented at home and abroad. Ultrabright “Blue-Violet LEDs” devices have been also developed.
Yamashita Keiji｜Sessile Research CorporationDirector, CTO
\ NOW ON STAGE /

Transformation of the food value chain by biodiagnostic method for crops

Plants undergo molecular transformations to adapt to their environments. Our biodiagnostic method, which focuses on biomarkers released by plants, provides optimal cultivation conditions.

Transformation of the food value chain by biodiagnostic method for crops

Plants undergo molecular transformations to adapt to their environments. Our biodiagnostic method, which focuses on biomarkers released by plants, provides optimal cultivation conditions.
Kotaro Setoyama｜Laboratory of Bioindustry, Bioscience and Biotechnology Center, Nagoya UniversityBusiness Development

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2nd Dec. 14:30 | 15:00
2nd Dec. 14:30 - 15:00
Toranomon Hills 5F Hall A2
Online: Channel1
  • Startup Pitch
Tokyo Green Impact Challenge Startup Pitch -Decarbonization 1 part-
  • Tokyo Green Impact Challenge Startup Pitch
The Tokyo Green Impact Challenge is a startup competition that presents a vision of the city's future to the world. Twenty-four promising startups active in the field of green tech, selected from a large number of applications, will be speaking at this year's event. After the event, there will be time to exchange business cards and meet the companies who will be speaking at the event.
\ NOW ON STAGE /

Promoting "Walk to Earn" to achieve a decarbonized society

Our company develops and operates a GPS application. We encourage walking by giving users tokens for accomplishing healthcare missions. Our goal is to realize a decarbonized society through walking.

Promoting "Walk to Earn" to achieve a decarbonized society

Our company develops and operates a GPS application. We encourage walking by giving users tokens for accomplishing healthcare missions. Our goal is to realize a decarbonized society through walking.
Takashi Seiko｜Real Worls Games Co., LtdCEO
\ NOW ON STAGE /

SIRC provides DX solution by utilizing the "world's first SIRC IoT power sensor" to realize a decarbonized society

Utilizing the "world's first IoT SIRC power sensor" equipped with "SIRC device", it is possible to visualize power consumption and CO2 emissions for each line and for each machine with "completely non-contact", "no construction work", and "easy installation in 15 seconds". Providing improvement hints to achieve decarbonization

SIRC provides DX solution by utilizing the "world's first SIRC IoT power sensor" to realize a decarbonized society

Utilizing the "world's first IoT SIRC power sensor" equipped with "SIRC device", it is possible to visualize power consumption and CO2 emissions for each line and for each machine with "completely non-contact", "no construction work", and "easy installation in 15 seconds". Providing improvement hints to achieve decarbonization
Mariko Takahashi｜SIRC Co., Ltd.CEO
\ NOW ON STAGE /

Advanced molding solutions for decarbonized

Microwave molding does not require large facilities like injection molding and has a high material yield. Since molds are not required, the construction period from design to completion can be shortened and molding can be done at lower cost. Compared to existing injection molding, this decarbonizing technology can significantly reduce waste materials and power consumption in case of molding smaller quantities.

Advanced molding solutions for decarbonized

Microwave molding does not require large facilities like injection molding and has a high material yield. Since molds are not required, the construction period from design to completion can be shortened and molding can be done at lower cost. Compared to existing injection molding, this decarbonizing technology can significantly reduce waste materials and power consumption in case of molding smaller quantities.
Hiraku Kominami｜micro-AMS IncCEO
\ NOW ON STAGE /

Carbon fix and organic conversion service by High-Performance biochar technology

Solving food problem using customized soil made from biochar combined with effective soil microorganism by farmland fixation of GHGs and increasing yield of organic fertilizer.

Carbon fix and organic conversion service by High-Performance biochar technology

Solving food problem using customized soil made from biochar combined with effective soil microorganism by farmland fixation of GHGs and increasing yield of organic fertilizer.
Yamada Taiga｜TOWING Co., Ltd.General Manager of Business Development
\ NOW ON STAGE /

Achieving carbon neutrality through eco-friendly and sustainable bamboo cellulose

Bamboo grows in a year and is a more efficient carbon cycle than trees, but if it is not cut down, it will continue to grow and thrive in neglected bamboo forests. We are committed to realize a carbon-neutral society and regional revitalization through materials extractable from bamboo.

Achieving carbon neutrality through eco-friendly and sustainable bamboo cellulose

Bamboo grows in a year and is a more efficient carbon cycle than trees, but if it is not cut down, it will continue to grow and thrive in neglected bamboo forests. We are committed to realize a carbon-neutral society and regional revitalization through materials extractable from bamboo.
Takeshi Nishiwaki｜Oita CELEENA Co., Ltd CEO
\ NOW ON STAGE /

"CO2 emissions visualization engine" enabled by transaction document data conversion technology

Visualization of CO2 emissions generated by corporate purchasing activities is supported by utilizing transaction information, such as invoices, which are precisely converted into data by human computation.

"CO2 emissions visualization engine" enabled by transaction document data conversion technology

Visualization of CO2 emissions generated by corporate purchasing activities is supported by utilizing transaction information, such as invoices, which are precisely converted into data by human computation.
Yuki Hanafusa｜TOKIUM.incNew Business Development

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2nd Dec. 15:10 | 15:50
2nd Dec. 15:10 - 15:50
Toranomon Hills 5F Hall A2
Online: Channel1
  • Startup Pitch
Tokyo Green Impact Challenge Startup Pitch -Decarbonization 2 part-
  • Tokyo Green Impact Challenge Startup Pitch
The Tokyo Green Impact Challenge is a startup competition that presents a vision of the city's future to the world. Twenty-four promising startups active in the field of green tech, selected from a large number of applications, will be speaking at this year's event. After the event, there will be time to exchange business cards and meet the companies who will be speaking at the event.
\ NOW ON STAGE /

New materials that contribute to decarbonization and Material recycling initiatives

We will contribute to decarbonization not only through LIMEX products, a new material that utilizes limestone, but also through efforts to achieve material recycling from LIMEX and waste plastics.

New materials that contribute to decarbonization and Material recycling initiatives

We will contribute to decarbonization not only through LIMEX products, a new material that utilizes limestone, but also through efforts to achieve material recycling from LIMEX and waste plastics.
Seigo　Nakashima｜TBM Co., Ltd.Operating　Director
\ NOW ON STAGE /

Introduction of "TERRAST", a Sustainability Management Supporting Tool

We provide one-stop services for collecting, managing, and analyzing non-financial information necessary for sustainability management through the power of data science.

Introduction of "TERRAST", a Sustainability Management Supporting Tool

We provide one-stop services for collecting, managing, and analyzing non-financial information necessary for sustainability management through the power of data science.
Renji Hirase｜Sustainable Lab Inc.CEO
\ NOW ON STAGE /

Asuzero － Building the leading Climate tech platform in Asia.

Asuene elaborates on how we become the leading Climate tech company in Asia with our Asuzero - the climate cloud platform for measuring, reporting and reducing carbon emissions for enterprises.

Asuzero － Building the leading Climate tech platform in Asia.

Asuene elaborates on how we become the leading Climate tech company in Asia with our Asuzero - the climate cloud platform for measuring, reporting and reducing carbon emissions for enterprises.
Kohei Nishiwada｜Asuene Inc.Co-Founder & CEO
\ NOW ON STAGE /

How to design a GX organization for Zero Carbon.

Services for measuring, reporting and reduction of Greenhouse Gas emissions and establishment of organization in GX aimed at achieving carbon neutrality

How to design a GX organization for Zero Carbon.

Services for measuring, reporting and reduction of Greenhouse Gas emissions and establishment of organization in GX aimed at achieving carbon neutrality
Shiro Shimada｜PID inc.CEO
\ NOW ON STAGE /

To provide connectors and switches with low resistance and durability for high current utilization scenarios in a decarbonized society to reduce heat generation and improve energy efficiency.

In a decarbonized society, there will be more opportunities to handle high currents. Copper wiring is mainly used for high current transmission. However, the copper connection surface has an oxide film, and microscopically speaking, resistance is not lowered due to point contact. In addition, water and oxygen can enter the contact interface, causing degradation over time. Even in the case of the \n switch, the contacts deteriorate due to arc discharge, shortening the life of the switch when handling high currents. The proposed \n technology uses low-melting-point metal between the metal terminals to eliminate the interface by making contact across the entire surface of the electrode, ensuring low resistance and long-term stability. In the \n switch, a mesh-like metal is impregnated with liquid metal, and a needle electrode coated with the liquid metal is inserted into the mesh. At the contact point, the mutual liquid metal is integrated and the contact interface is eliminated. In the event of an arc, the vaporized liquid metal adheres to the electrode and returns to its original state. This results in low resistance and durability. Improved \n contacts and switches reduce heat generation in circuits that handle high currents, increasing safety and improving efficiency.

To provide connectors and switches with low resistance and durability for high current utilization scenarios in a decarbonized society to reduce heat generation and improve energy efficiency.

In a decarbonized society, there will be more opportunities to handle high currents. Copper wiring is mainly used for high current transmission. However, the copper connection surface has an oxide film, and microscopically speaking, resistance is not lowered due to point contact. In addition, water and oxygen can enter the contact interface, causing degradation over time. Even in the case of the \n switch, the contacts deteriorate due to arc discharge, shortening the life of the switch when handling high currents. The proposed \n technology uses low-melting-point metal between the metal terminals to eliminate the interface by making contact across the entire surface of the electrode, ensuring low resistance and long-term stability. In the \n switch, a mesh-like metal is impregnated with liquid metal, and a needle electrode coated with the liquid metal is inserted into the mesh. At the contact point, the mutual liquid metal is integrated and the contact interface is eliminated. In the event of an arc, the vaporized liquid metal adheres to the electrode and returns to its original state. This results in low resistance and durability. Improved \n contacts and switches reduce heat generation in circuits that handle high currents, increasing safety and improving efficiency.
Kenichi Harakawa｜ExH CorporationCEO
\ NOW ON STAGE /

Reduce medical energy consumption through home self-testing

We develop bathroom technology that analyzes human waste to help people monitor health and stay well. \n1.) By increasing the popularity of online medical care and home medical care, reduce the energy consumption demand of medical institutions;\n2.) Our supply chain chooses "dark factory" and energy storage technology factory;\n3.) Toilet use energy-saving technologies such as no water tank, siphon.

Reduce medical energy consumption through home self-testing

We develop bathroom technology that analyzes human waste to help people monitor health and stay well. \n1.) By increasing the popularity of online medical care and home medical care, reduce the energy consumption demand of medical institutions;\n2.) Our supply chain chooses "dark factory" and energy storage technology factory;\n3.) Toilet use energy-saving technologies such as no water tank, siphon.
Geometry Healthtech
\ NOW ON STAGE /

Customized solar solutions to activate all unused surfaces

Presentation of ASCA® unique photovoltaic solutions​ for architecture and smart cities

Customized solar solutions to activate all unused surfaces

Presentation of ASCA® unique photovoltaic solutions​ for architecture and smart cities
Nicolas Vannieuwenhuyse｜ASCAVice President for Key Accounts

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