Material for the Explanation Meeting on
the Business Creation Sector
April 16, 2024
Business Creation Sector
Mitsui Mining & Smelting Co., Ltd.
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Today's
Agenda
Participants and Materials
Name | Position | ||
• | YASUDA Kiyotaka, Ph.D. | Senior Executive Officer and Senior General Manager of Business | |
Creation Sector | |||
• | YAMAMOTO Takuya | Executive Officer and General Manager of Business Planning | |
Department, Business Creation Sector | |||
Participants | • | NAKAHARA Yunosuke, Ph.D. | Director of the R&D Center, Business Creation Sector |
• | SUZUOKA Kenji, Ph.D. | General Manager, SE Business Promotion Unit | |
• | FUJII Joji | General Manager, HRDP Business Promotion Unit | |
• | ANAI Kei | General Manager, AST Business Promotion Unit | |
Topic | Document pages | ||
• Overview of the Business Creation Sector | PP. 2 to 6 | ||
• | [A-SOLiD®], a Solid Electrolyte Business for All-Solid-State | PP. 7 to 13 | |
Batteries | |||
• [HRDP®] Specialty Carrier Business for Next Generation | PP. 14 to 17 | ||
Materials | Semiconductor Packaging | ||
• Cu Sinter Paste Business | PP. 18 to 19 | ||
• CO2 Capture and Reuse Business (R&D Center Case Studies) | PP. 20 to 23 | ||
• Owned Media "M-Lab" (Web Marketing & Open Innovation) | P. 24 | ||
• | Copyrights and Disclaimer | P. 25 | |
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Overview of the
Business Creation
Sector
Positioning of the Business Creation Sector
Company purpose
Sector
mission
We promote the well-beingof the worldthrough a spirit of exploration and diverse technologies.
To be a "source" of the well-beingof the world. Three sentiments behind our mission: (1) Our company is a source of resolving issues to make the earth smile ≈ a starting point; (2) our sector is a source of company-wide businesses; and (3) the foundation of our competitive advantage is the intelligence of the source (material).
This is a sector of "Exploration"within Ambidexterity*, with priority allocation of management resources as a "Value Cultivation"sector within business portfolios.
Positioning of the Business Creation Sector
Ambidexterity | Business Portfolio Management | |
ExploitationExploration
Attractivemarkets | Circular economy | Next-generation electronics | Environment/ energy | Life science | |
Electronics | Mobility | Environment/ resource energy | |||
Mobility Sector | |||||
Engineered Materials Sector | Metal Sector | Business | Creation Sector |
Corporate Planning & Control Sector Portfolio reconfiguration/synergy-
nurturing functions
- A concept of ongoing innovation and survival by implementing both Exploitation, the continuous pursuit of existing businesses, and Exploration, the development of new businesses.
Value Cultivation | Value Expansion | ||||||||
Business | New businesses | Businesses | ●Copper foil | ||||||
under focus | |||||||||
Creation Sector | sector | ●Engineered powders | |||||||
* Utilization of M&A | Engineered | ||||||||
Materials | |||||||||
Mobility | Sector | ||||||||
Business | |||||||||
Sector | |||||||||
Reconstruction | Metal Sector | ||||||||
Office | |||||||||
Value Transformation | Value Reinforcement/Optimization | ||||||||
Business Values
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Overview of the
Business Creation
Sector
History and Organization of the Business Creation Sector
In 2020, the Engineered Materials Research & Development Center and the New Business Planning Office under the Engineered Materials Sector were spun off into a new independent sector.
This new organization is autonomous and self-propelled, and handles everything from research and development to commercialization, having the internal strategic support functions necessary for business creation.
History of the Business Creation Sector | Organization Features | |
Engineered Materials Sector
Copper Foil Division
Engineered Powders Division
・
・
・
Engineered Materials Research
& Development Center
2020 | |
New Business Planning Office | Established as a new |
independent sector. | |
CVC
Value chain of the Business Creation Sector
Research | Development | Commercialization | Provision |
Strategic support functions (DX, mass production technology, quality assurance, | |||
intellectual property, accounting, human resources, etc.) | |||
Company-wide assets | of value | ||
External co-creation partners | |||
(1) An autonomous, self-propelled organization
- Handling of everything from R&D to commercialization
- With strategic support functions for DX, mass production technology, quality assurance, IP, etc.
(2) A "market co-creation-type" business entity
- Creation of new markets with external co-creation partners* The sector operates CVC for organic links with external assets.
- Customers, universities, research institutions, suppliers, startups, equipment and complementary goods manufacturers
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Overview of the
Business Creation
Sector
Vision, Value, and Business Domain of the Business Creation Sector
We create markets one after another by leveraging our strengths and external forces.
Our business domain for 2030 are "Environment/Energy," "Next-generation Electronics," and "Life Science."
Vision
An exciting co-creation group
that explores the futurewith material
intelligence
Value
Excitement (Challenges)
Vitality (Work)
Wholeheartedly (Fun) | Environment/ |
Energy |
Next-generation
electronics
Our | External | |
strengths | forces | |
Customers | ||
Suppliers | ||
Startups | Business Domain for | |
Universities, | 2030 | |
research institutions, | ||
etc. |
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Life science
AI technologies | Driverless |
vehicles | |
Security | |
Circular economy | Space industry |
Environment/Energy | ||
Agriculture | Resources | |
Electronics | ||
Mobility
Life science
Robot technologies
The world in 2050
4
Overview of the
Business Creation
Sector
Year 2030 Goals and Major Policies of the Business Creation Sector
We will actively invest management resources toward the goal of contributing to profits of 10 billion yen* or more in 2030 from our new business themes.
Major Policies of the Business Creation Sector
Policies | Management Resources | ||||||
(1) Reinforcement of our R&D strengths | Expenses (hundred million yen) | ||||||
- Increase the number of R&D personnel. | 300 | ||||||
- | Promote DX application. | ||||||
- | Promote external collaboration. | ||||||
Year 2030 Goals
Profit contribution > 10 billion yen
Environment/Energy
CO
-
Reinforcement of commercialization promotion - Increase the number of personnel for
commercialization promotion.
- Implement strategic investments. - Enhancement of strategic support functions
- Reinforce strategic support functions for production process development, IP, quality assurance, etc.
-
Reinforcement of sector competitiveness - Promote the spread of MVV.
- Enhance human capital.
- Boost engagement.
- Nurture global human resources, etc.
0
2016 Plan | 2019 Plan | 2022 Plan |
Investments (hundred million yen)
100
0
2016 Plan | 2019 Plan | 2022 Plan |
Personnel
500
0
2016 | 2019 | 2022 | 2025 |
2-
SErelated themes
Next-generation
electronics
HRDP | Cu paste Others |
Portfolio reviews as needed | |
R&D | R&D |
themes | themes |
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* The levels of R&D activities are deliberated on a case-by-case basis | 5 |
within the framework of company-wide management asset allocation. |
Overview of the
Business Creation
Sector
Concrete Case Studies (Cases Studies in the Environmental/Energy Sector)
To realize the well-being of the world, we are promoting a vast number of themes based on keywords such as a "carbon neutral society," "recycling-oriented society," and "society in harmony with nature."
Contribute to a carbon neutral society
- Technologies that facilitate the transition to EVs and FCVs
- Technologies that support a hydrogen society
- Technologies that contribute to the reduction of GHG emissions
Blue: Themes to be | |
Commercialization | introduced today |
HRDPⓇ
Special carrier for next generation semiconductors
Commercialization
Under
development
Contribute to circular economy
- Technologies that contribute to energy and resource conservation
- Materials that support material recycling and resource circulation
Collaborating
Methanol generation
from CO2
Contribute to harmonious coexistence
of nature and humans | Downsizing and energy |
- Technologies that support the bioeconomy | conservation for chemical |
processing |
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Cu sinter paste for power semiconductors
Collaborating
Collaborating Commercialization of nuclear fusion technology
Industrial structure transformation driven by photosynthesis-based technology
6
Business
Explanation:
A-SOLiD®
Project Overview
Year 2030 Contribute to realizing a decarbonized society through all-solid-state batteries and become the leading company for solid
vision electrolytes.
Product Overview | Market Scale in the 2030s | |
Target markets
Value we proposition
Next-generation batteries: All-solid-state batteries
Safer and more comfortable
electric vehicles (EVs)
Expansion of potential battery
uses by increasing
environmental adaptability
(high/low temperatures, etc.) | Photo provided by Maxell, | Photo provided by LIBTEC |
Ltd. |
A-SOLiD®, a solid electrolyte
- A powder sulfide solid electrolyte necessary for all-solid-state batteries
- Argyrodite-typestructure with high ion conductivity and durability, and exhibits excellent properties for use in batteries
Market scale
EV applications
- Commercialization of initial models to begin from the late 2020s
- Potential widespread adoption and rapid market growth by the 2030s
Industrial/special applications
-
Commercialization of all-solid-state batteries for F/A by Maxell, Ltd.
2024 will be the first year of all-solid-state battery commercialization. - Steady formulation of our own market for all-solid- state batteries
20252030
Widespread EVs
Initial EVs (high-end)
Industrial/special applications
2035 2040
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Business
Explanation:
A-SOLiD®
Features and Expected Value of All-solid-state Batteries
Compared to conventional liquid LiBs, all-solid-state LiBs offer a "wide temperature range for use" and "high safety." They are expected to provide value in terms of smaller sizes, quicker charging, and higher energy density.
Comparison of LiB Features
Composition | Form | |||||||
Liquidtype | Refrigerant piping | |||||||
Anode | Separator | Cathode | ⚫ More than 70% is organic matter | Condenser | ||||
➢ Limited working temperature | Cathode | |||||||
range | ||||||||
➢ Risks of leakage/combustion
Working Temperature Range | Battery Design | ||||||
Cathodes: LMO, NCM, | |||||||
-20°C | 60°C | ||||||
LFP | |||||||
Anodes: Graphite, | |||||||
LTO |
All-solid-state | Anode | Solid electrolyte | Cathode | ||
Provision of value | |||||
- No use of electrolyte solutions (Composed of only inorganic matter)
- Wider working temperature range
- Lower risks of leakage/combustion
- Rapid charging becomes possible
High level of safety
- Smaller cooling space
- Simplified BMS
Smaller and more
lightweight
-40°C | 150°C | Potential of new materials |
Cathodes: High-voltage cathodes | ||
5V-class LNMO, etc. | ||
Wider working temperature | Anodes: High-capacity anodes | |
Li metal, Si-types, etc. | ||
range and improved heat | ||
resistance | ||
Rapid charging | High energy | |
becomes possible | density |
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Business
Explanation:
A-SOLiD®
All-solid-state Battery Market Trends
We can expect the market to expand, as there are already practical applications that make the most of the features of all-solid-state batteries. Companies have been actively making efforts to achieve EV commercialization in the latter half of the 2020s.
Annual demand (MWh)
Market forecast per application for all-solid-state batteries | Commercialization of high- | Development of cylindrical | ||||||||||
General | capacity ceramic packaged | all-solid-state batteries for | ||||||||||
all-solid-state batteries | use in main power supplies | |||||||||||
General, etc. | News release (7/25/2022) | News release (10/26/2023) | ||||||||||
Compound annual | ||||||||||||
EVs | ||||||||||||
growth rate (CAGR): | ||||||||||||
341% | Striving to create an all- | Announced 44 billion yen | Announced prototype | |||||||||
EVs | ||||||||||||
solid-statebattery-powered | in investments in 2024 | manufacturing facilities | ||||||||||
vehicle in 2027 to 2028 | ||||||||||||
R&D for EVs | ||||||||||||
News release (6/13/2023) | Business briefing (4/12/2022) | News release (4/8/2022) | ||||||||||
(Year) | Space | Adopted by a semiconductor | Discharge/charge functions | |||||||||
equipment manufacturer | confirmed in space |
Data source: Solid-State Battery 2021 | Report | www.yole.fr
News release (2/27/2024) | News release (8/5/2022) |
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Mitsui Mining & Smelting Co. Ltd. published this content on 20 May 2024 and is solely responsible for the information contained therein. Distributed by Public, unedited and unaltered, on 20 May 2024 10:06:49 UTC.