2023
E-Plus Co., Ltd., Japan

Decarbonization
towards
Green Industry▪
▪

CCFR Technology
DAC Technology

working together to create a carbon-neutral future.
a new WORLD is waiting in 2050.
www.eplus32.co.jp

Visionstatement

Empowering a Greener Tomorrowthrough Innovative
Decarbonization Technologies.

E-Plus dedicated team of brilliant minds, researchers, and engineers work tirelessly tocreate cutting-edge technologies that revolutionize the way industries operate. By pushing theboundaries of what's possible, we aim to redefine industries and set new standards forenvironmental stewardship.
E-Plus aspires to be at the forefront of a global transformation towards sustainable
practices. Through our breakthrough decarbonization technologies, we are determined to enablebusinesses, communities, and governments to transition towards low-carbon and renewable energy
solutions. By collaborating with partners across the world, we strive to establish a network ofchange-makers united in the pursuit of a healthier planet.
Exhausted Gas CO₂ Reduction
Atmospheric CO₂ Reduction

CarbonRecycling
Technologies

Reduction Technologies
CO₂- Carbon fuel technology

2 0 50Utilization

Use for•Petroleum alternatives•
Power generation etc.
CO₂-fertilizer technology
CO₂ mineral immobilization →•Fertilizer & construction•Resin blending and paperproduction•
Road material

Inject underground and subsea burial
But how about•
Environmental impact?
•Operational cost burden?

CCFRTechnology

Driving Change with

Our Carbon Dioxide Capture Fuel Recycle (CCFR) technology is at the heart of our vision.
This innovative and sustainable in-situ decarbonization solution goes beyond convention. It reshapes
industries by capturing CO2 emissions at their source and converting them into valuable fuel resources.
Through our low-cost electrolysis amine chemical absorption process, we create a seamless cycle oftransformation, where CO2 emissions become the building blocks for the energy we need to power ourworld. Moreover, our technology's by-product, CO2, finds a new purpose as a catalyst for themanufacture of fertilizers, amplifying our commitment to a circular economy.
CO2 separation & recovery
Tank
CO2 Absorption
Tower

By- productchemicals

CO2
Released

CO2
Released

Additive tankExhausted gas(mixed gas)

AbsorberLiquid tank
Absorb CO2

Liquidadjustment
Tank

Fuel
Stripperseparation tank

E-PlusElectrolysis

Carbon Dioxide Capture Fuel Recycle )CCFR Technology(Overview of CCFR Technology
Demonstrated at 10 tCO₂ /day removal from the exhausted CO₂ measured

CO₂ absorption tower

CO₂ separation tank

E-Plus CO₂
to fuel Electrolysis

E-Plus control panel

CCFR
Technology

Low Initial and Running
Costs:CCFR offers an economicalsolution with its cost-effective
setup and ongoing operational
expenses, making it anaccessible
optionforindustries aiming to mitigate
their carbon emissions.

High Real Reduction Rate(RRR):CCFRshowcases
animpressive Real Reduction
Rate in Life Cycle Assessment(LCA),
quantifyingitseffectiveness in significantly
lowering the carbon footprint
over the entire lifecycle of theprocess.

Main CCFR features

HighlyEfficient
CO₂Treatment with Simple
Equipment:
CCFR employs streamlined
equipment that efficiently
captures and manages carbon
dioxide, simplifying theimplementation process andreducing complexity in its
operation.

Simultaneous CO₂-Fueling:

Effective with Reducing
Large
Quantities
ofExhaust CO₂:
CCFR is particularly wellsuited
foraddressing
substantial volumes of
exhaust carbon dioxide
emissions, making it arobustsolution
forindustries
withhighemissions outputs.

Low
Operating
EnergyRequirements:
The
operationalenergydemands of CCFR are minimal,
making it an energy-efficientapproach to carbon capture andfuel recycling, contributing tosustainable
resourcemanagement.t

A distinctive advantage of
CCFR is its ability totransform captured carbon
dioxide into usable fuel,promotingacircular
economy and minimizing
waste while contributing tosustainableenergygeneration.

By amalgamating these features, CCFR emerges as a compelling strategy for industries seeking a
cost-efficient, environmentally conscious, and effective method to curb their carbon emissions while
simultaneously harnessing CO₂ for fuel production.

Low-Cost
Electrolysis

Championing
Direct Air CapturewithC-guard:

DAC

Our dedication to combating global warming extends to the atmosphere itself. Our unique chemical, C-guard,
emerges as a groundbreaking solution for direct air capture. With its robust ability to fix CO2, it transforms aproblem into an opportunity, effectively removing carbon dioxide from the air we breathe. This technology
empowers us to restore balance to our environment and mitigate the impacts of climate change at a global scale.

Compact in-room DAC equipment

Large scale-DAC equipment

Innovative Features of Direct Air Capture (DAC)
Reduction through Mineral
Fixation of CO₂:
DAC introduces an innovative
approach by leveraging mineralfixation to capture and sequester
carbon dioxide. This processenhances the permanent removalof CO₂ from the atmosphere,
contributing to long-term climatechange mitigation

Low-Cost Equipment:

Resource Utilization of CO₂:

DAC showcases a uniqueadvantage with its utilization of
cost-effective equipment, making
it an accessible option for
implementing large-scale carboncapture initiatives without
substantial financial burdens.

DAC goes beyond mere
carbon capture by opening
doors to creative resource
utilization. This technology
transforms captured CO₂ into
valuable products, thus turninga once harmful greenhouse gas
into a feedstock for variousindustries.

Expansion of Methods ofUtilization:

DAC Facilities for Fertilizer
Production:

DAC significantly broadens
the horizon of CO₂ utilization
methods, offering
opportunities for industries toincorporate captured carbon
dioxide into various valueadded processes, reducing
waste and fostering
sustainability.

One of the groundbreaking
applications of DAC lies in theproduction of fertilizers. By
using captured CO₂ as a vital
ingredient, DAC contributes tothe creation of fertilizers thatenrich agricultural practices
and support global foodsecurity.

With these pioneering features, Direct Air Capture demonstrates its potential to revolutionize carbon capturetechnology. It not only effectively addresses carbon emissions but also offers pathways to resource optimization,eco-friendly product creation, and innovative solutions for sectors such as agriculture.

Exploring CO₂ Utilizationand Unveiling its
Demonstrable Potential

CO2+Reducingreagents

GreenFertilizer

Fuel- Harnessing CO₂ for Fertilization and Demonstrating its Potential

Green Carbon
Fertilizer

Compared withother chemicalfertilizers

Radish using Green
carbon fertilizer

Cyclamen revival
after using the Green
Carbon Fertilizer- Unlocking the Potential of CO₂ Conversion to Fuel:
Demonstrations and Applications

Converts Amine
into
CO2 Rich – Amine.

Amine

Low-Cost Electrolysis

CO2 Rich - Amine

Flammable ProductWhy

Making a Meaningful
Contribution?

E-Plus plays a pivotal
role in the costeffective extraction ofcarbon dioxide fromexhaust gases. This
process of separation
and recovery has farreaching implications,resulting in substantial
reductions in carbon
emissions.

Efficient CO₂
Recovery from
Exhaust Gases
at Low Cost

E-Plus extends its
impact to the realm ofagriculture byfacilitating the use ofrecovered CO₂ for
fertilizer production.
This dual-purpose
approach contributes
significantly to thewider CO₂ utilization
landscape.

Innovative
Low-Cost
MineralFixation ofAtmospheric
CO₂
E-Plus introduces aninnovative approach tocarbon capture through lowcost mineral fixation of
atmospheric carbon dioxide.
This strategy not only
mitigates environmental
impacts but also promotes
the effective utilization of
CO₂ resources.

Fertilizer
Application
Utilizing
Recovered CO₂

E-Plus stands as aproponent fordiverse CO₂
utilization methods,
presenting novel
opportunities infields likeconstruction, roadinfrastructure, andpaper production.

Revolutionizing
Fuel
Conversion
Technology

Proposing
Novel Uses
for CO₂

E-Plus's pioneering efforts
encompass the conversion ofrecovered CO₂ into alternative
fuels. This technology not only
addresses petroleum dependence
but also holds promise forapplications in the production ofconstruction materials, roadmaterials, and paper
manufacturing processes.

Through these innovations, E-Plus demonstrates its commitment to driving positivechange by optimizing CO₂ recovery, promoting resource utilization, and spearheading
advancements in alternative fuel technologies and sustainable material production.

ABOUT US
is a Research and Development company works to provide
decarbonization technologies. Envision a future where sustainability andtechnological advancement converge to pave the way for a cleaner, greener, andmore resilient world. Our relentless commitment to research and development fuels
our journey towards becoming a global leader in pioneering decarbonization
technologies. E-Plus believes that innovation is the cornerstone of progress.

CONTACT US7-13-30, Nishi-Toriishi, Takaishi, Osaka, Japan(+81) 072-265-2770
FAX(+81) 072－265-2787
eplus@seagreen.ocn.ne.jp

www.eplus32.co.jp