Services
Three Industrial Infrastructures That Turn "Waste" into Revenue
We transform waste and emissions data—previously viewed merely as "costs" or "risks"—into **"revenue-generating assets"** through our proprietary patented technology and digital infrastructure.
Here are the three pillars of "E cubed Goals," designed to resolve global bottlenecks in recycling and decarbonization while creating new economic value.
Chantstell™
Neutralizing the risk of 3,000-degree explosions by "freezing" them
Brilliantly transforming waste batteries into valuable resources
With the widespread adoption of electric vehicles (EVs) and smartphones, lithium-ion batteries are now ubiquitous across the globe.
However, disposing of them carries the risk of massive explosions—generating temperatures exceeding 3,000°C—and the world has yet to find a safe disposal method, leading to mountains of discarded batteries piling up.
Chantstell™ is a system centered on a magical, patented technology that **cools the energy source behind these explosions using unique temperature parameters, effectively "putting it to sleep" (neutralizing it).**
Once frozen and "put to sleep," the batteries will not explode, even if pierced with a nail or struck with a hammer.
This breakthrough makes it possible to safely and cost-effectively transform "hazardous waste"—which previously could not be handled—back into a "treasure trove of resources" such as lithium and cobalt.
It is far more than just a battery recycling plant.
It is industrial infrastructure for the circular economy, designed to resolve a global bottleneck in waste disposal.
Overview of the Revenue Model
E³ licenses its know-how and equipment design drawings to an exclusive manufacturing partner.
E³ purchases products from the exclusive manufacturer and sells them to processors.
Competitive analysis
Conventional recycling methods have been hindered by high costs and complex processes.
By eliminating the risk of accidental detonation and achieving both safety and low costs,
Chantstell™fundamentally accelerates the real-world implementation of waste disposal solutions.
World's first! Patented cooling technology that prevents explosions.
Our proprietary "cooling-neutralization" technology completely eliminates the risk of 3,000°C explosions that can occur during the processing of ternary lithium-ion batteries.
Developed through joint research with Waseda University, this patented technology serves as a decisive key to the circular economy, safely and reliably transforming a dangerous "negative legacy" into a "valuable resource."High-profit model for implementation in existing facilities
There is no need to construct massive new plants; the business can be launched simply by retrofitting the system onto existing industrial waste facilities worldwide.
Beyond handling processing operations in-house, the company has established a highly scalable revenue structure by packaging its proprietary technology and blueprints for licensing, thereby generating ongoing royalties from around the globe.Turning waste and CO₂ into digital assets
Using IoT and blockchain, we transform waste—previously viewed merely as a cost—and invisible logistics-related CO₂ emissions reductions into **"tradable digital assets (carbon credits)."**
Through a proprietary platform that measures, verifies, and monetizes environmental contributions, we evolve decarbonization from a mere ideal into next-generation industrial infrastructure capable of generating immense profit.
F-Nil ™
A next-generation digital infrastructure born from joint research with Waseda University that directly connects the real economy with environmental value.
As the global shift toward decarbonization accelerates, corporate demand for carbon credits (greenhouse gas emission allowances) is skyrocketing. However, the current market faces significant challenges regarding reliability—specifically, a lack of transparency in how emission reductions are calculated, as well as issues like double-counting and fraud.
We address these challenges by combining our proprietary IoT sensors with cutting-edge blockchain technology.
IoT devices installed at renewable energy facilities, in forests, and at various other sites automatically measure CO₂ reduction and absorption levels in real-time, 24 hours a day. The collected data is recorded directly onto a tamper-proof blockchain, completely eliminating the possibility of human error or fraud. This ensures the data is "100% authentic," allowing it to be automatically certified as top-quality carbon credits recognized in the international market.
Leveraging a robust technical and academic foundation built through joint research with Waseda University, we aim to go beyond mere measurement tools. We seek to construct a "global decentralized emissions trading platform" that connects facilities (emission sources) worldwide across national borders and industry sectors. In the rapidly growing GreenTech market, we provide a unique digital infrastructure that combines reliability with real-time capabilities, thereby realizing a sustainable society while maximizing corporate value.
Overview of the Revenue Model
In addition to profits from carbon credit sales, we will launch a subscription-based model via a smartphone app.
We will provide services to customers on a monthly or annual fee basis.
This will enable us to secure a continuous and stable cash flow.
Competitive analysis
In addition to profits from carbon credit sales, we will launch a subscription-based model via a smartphone app.
We will provide services to customers on a monthly or annual fee basis.
This will enable us to secure a continuous and stable cash flow.
High profitability through automation
By utilizing proprietary IoT sensors for continuous, round-the-clock measurement, we instantly convert previously ambiguous environmental contributions into data. This significantly reduces the time and cost associated with credit generation, enabling a highly efficient business model.
Unquestionable reliability through industry-academia collaboration
Through joint research with Waseda University and the use of blockchain technology, we have completely eliminated data tampering and double counting. We guarantee credit value of the highest quality and integrity, ready for direct circulation in international markets.
Growth potential targeting the massive decarbonization market
We are building a "decentralized platform" that transcends national borders and industry sectors to network facilities worldwide. In the rapidly expanding global emissions trading market, we are scaling up rapidly to become a future international infrastructure.
GasHeru ®
GasHeru® Thin-film Solar System for Trucks
This system utilizes thin-film solar panels installed on the roofs of transport trucks to charge the onboard lead-acid batteries directly. By stabilizing the battery voltage, the system reduces the operation of the alternator (generator)—which normally runs automatically while the vehicle is in motion—thereby easing the load on the engine and enabling a significant reduction in fuel consumption.
Proof-of-Concept (PoC) testing has confirmed a fuel consumption reduction of over 10%, marking a major contribution to lowering CO₂ emissions in the trucking industry. Furthermore, the CO₂ emission credits generated through the adoption of this technology can be traded on the market, creating new economic value.
By improving efficiency in both fuel consumption and CO₂ emissions within the transport industry, we are taking a step toward a sustainable future.
*1 "GasHeru" is a registered trademark of Oshu Bussan Unyu Co., Ltd.
This system was jointly developed with Oshu Bussan Unyu Co., Ltd.
*2 We hold exclusive sales rights for this solution in markets outside of Japan.
Overview of the Revenue Model
Domestic (Japan): Revenue model based on outright sales, leasing, and ongoing maintenance fees
Overseas: Licensing and export of F-Nil (IoT smart box)
Competitive analysis
Reduces fuel consumption through proprietary technology that supports all vehicle types and optimizes charging control.
Furthermore, E³’s unique scheme converts the resulting CO₂ reductions into carbon credits,
transforming environmental value into a new revenue stream.
"High profitability" with a 10% reduction in fuel consumption.
Thin-film solar panels reduce the load on the generator, cutting fuel consumption by over 10%. For the transportation industry—which faces massive fuel costs—this reliable reduction directly boosts profit margins, thereby generating an exceptionally high return on investment and strengthening market competitiveness.
"Creating a New Economy" through Emissions Trading
This approach goes beyond simply drastically reducing CO₂ emissions; it transforms those reductions into "carbon credits"—new assets that can be traded on the market. It functions as a next-generation business model where the decarbonization strategy itself generates new cash flow, transcending mere eco-friendly initiatives.
"Exclusive sales rights" in overseas markets
Our greatest strength lies in holding exclusive overseas sales rights—excluding Japan—backed by the reliability established through joint development with Oshu Bussan Unyu. By capitalizing on the global trend of tightening environmental regulations (and the rise of ESG investment), we are poised for explosive growth, securing a hard-to-replicate first-mover advantage within the massive global transportation market.