The 40 th JCCP INTERNATIONAL SYMPOSIUM
Jan.27,2022 Tokyo

Towards Social Implementation ofThe Energy Transition Technology
TOMINAGA Kenichi

Deputy Unit Director, Engineering and Technology Unit
General Manager, Next-G Technology and Application Div. (T-Next)

T-Next

Be a Trailblazer
Your Success, Our Pride.

1

TOYO’s Energy Transition Technology Roadmap

Social Implementation Level → High

3 Priority Areas centered on TOYO Core Technologies

Long-term(2025-2030)
Widespread Bio Jet in society
CO2 Reduction Route Commercialization

SAF Implementation

Middle-term(2022-2025)

Bio Jet Fuel Scale-up & Commercialization
CO2 Reduction Route Social DemonstrationShort-term(2020-2022)
Bio Jet Fuel Demonstration
Technology Development ofCO2 Reduction RouteStudy of CO2 Capture/Value Chain
Low-Carbon Methanol (g-MethanolⓇ)
Engineering Development
Investigating Value Chain
Fuel NH3 technology Development

20202022

CO2 Value Chain
CO2 Value Chain Technology Demonstration
g-MethanolⓇ Plant Social Demonstration

Fuel NH3 Commercialization
NH3 utilization technology expansion

Fuel Ammonia
Value Chain Demonstration
Small scale Supply Chain Demonstration

SAF:Sustainable Aviation Fuel
FT synthesis :Fischer-Tropsch synthesis

2025

The Energy Transition utilizing Toyo’s Core Technologies•••CO2 value chain (capture to CCUS)
Solution Provision
g-MethanolⓇ Commercialization
Next generation technology development(Carbonate, DAC, etc.)

Comprehensive design of SAF plant utilizing FT synthesis technology
Syngas technology with Methanol Synthesis (MRF-Z® reactor)
NH3 plant technology through the 85 EPC NH3 projects© 2022 Toyo Engineering Corporation, All rights reserved.

2030

Focus on three fields

SAF development
CO2 value chain
Fuel NH3 supply chain

2Your Success, Our Pride.

SAF : Biomass Gasification and FT process Demonstration Plant
Biojet Fuel Production Technology Demonstration Project of NEDO (2017-2021)
Demonstration plant (Nagoya, Japan)

NEDO : New Energy and Industrial
Technology Development Organization

Block flow for integrated biojet production from wood chips
FeedWoodchips

ProductStorage

Gasification

Gas Cooling& Cleanup

Compression

Purification

FTSyn.

Hydro
cracking

Distillation

BiojetFuel

Providing Location, Utility Supply, Operation

Source: NEDO Homepage. This slide is based on results obtained from a project commissionedby the New Energy and Industrial Technology Development Organization (NEDO)© 2022 Toyo Engineering Corporation, All rights reserved.

3Your Success, Our Pride.

SAF : Achieved the Flight The world’s first flight using SAF derived from woody biomass throughgasification FT synthesis was successfully completed in June 2021.
 Demonstration of integrated SAF production and realization of refueling supply
chain for aircraft

Refueling JAL515 flight from Tokyo to Sapporo© 2022 Toyo Engineering Corporation, All rights reserved.

Produced SAF

4Your Success, Our Pride.

SAF : Collaboration with Velocys for FT Synthesis Technology Solutions with a combination of Velocys’s Microchannel technology and TOYO’s
expertise in plant engineering.
 FT synthesis: Key technology in SAF production from woody biomass,municipal waste and emitted carbon dioxide.

Various types of low CFP Feed Material

Velocys Microchannel Technology<Source：TOYO’s News Release on 9 Feb. 2021>© 2022 Toyo Engineering Corporation, All rights reserved.

5Your Success, Our Pride.

CCU : g-Methanol® Process g-Methanol® is the process for producing methanol by synthesizing CO2 captured
from various exhaust sources and green H2.

 TOYO's proprietary methanol synthesis reactor, MRF-Z🄬🄬 Reactor, is applied tominimize the catalyst volume utilizing a multi-stage indirect cooling system.

g-Methanol®
by MRF-Z® Reactor

H2Renewable Energy

Electrolyzer
SyngasCO2CO2 capture© 2022Toyo Engineering Corporation, All rights reserved.

Methanol

6Your Success, Our Pride.

Fuel Ammonia : CO2 emissions and Product CostProcess
FossilFeed

CO2ProductATM.
H2

CO2 Emissions(Scope1)

Product Cost

(Grey＝100)(Grey＝100)

Grey
NH3100Blue
NH30～40100

Reforming
CO2CCS/CCU

H2REElectrolysis
H2O

H2

NH3Synthesis

Green
NH30120～130

300～400
7© 2022 Toyo Engineering Corporation, All rights reserved.

Your Success, Our Pride.

Fuel Ammonia : Blue Ammonia from Eastern Siberia to JapanJoint Feasibility Study of Blue Ammonia Value Chain with IOC･JOGMEC･ITOCHU is on-going.
Current Plan (Step-1･2)

Ammonia Value Chain (Step-1･2)

コアコンピタンス
TOYO’scorecompetence✔ CO2-EOR✔ CO
1980年代から石油･2-EOR
ガス分野で実績あり✔ NH3
Plant Leading
EPC
Contractor✔ アンモニア製造
 85リーディングコントラクター
plants in the world
 Marketshare：11%
 EPC実績：85基
IOC: Irkutsk Oil Company
JOGMEC: Japan Oil, Gas and Metals National Corporation
ITOCHU: Itochu Corporation


世界シェア：11%<Source：TOYO’s
News Release on 7 July, 2021>© 2022 Toyo Engineering Corporation, All rights reserved.

8Your Success, Our Pride.

Summary : Towards the Energy Transition

1. Combination of Existing Technologies
Biojet Fuel (FT synthesis)、Blue Ammonia (NH3 Synthesis +CO2 EOR or CCS), CO2 Methanol (Methanol Synthesis)

2. Small start and establish a Value chain
Appling available feed (Biomass, gray H2)

3. Co-Creation
is essential element of international development toaccelerate the pace of innovation for the energy transition.
9© 2022 Toyo Engineering Corporation, All rights reserved.

Your Success, Our Pride.

Thank you
Your Success, Our Pride.

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