Energy Saving Type

Table of Contents
Title of the Projects
Page No
Introduction of Energy Saving Project in Industrial Area (Chiyoda
Corporation)
1
Construction of Super Large LNG Plant (Energy Saving Type) in
Qatar (Chiyoda Corporation)
2
Development of Beam Down Concentrated Solar Power
Technology (COSMO OIL CO.,LTD.)
3
Model project for commercial (building) energy-saving (Japan
Facility Solutions, Inc. )
4
Our New Engineering Firm Commences Operations in Saudi
Arabia! (JGC Corporation)
5
Carbon Dioxide Capture and Storage (CCS) (JGC Corporation)
6
Heavy Crude Oil Upgrading integrated with Steam and Power
generation (JGC Corporation)
7
Project Development of High Efficiency Power Generation
System based on the Gas Turbine Fuel produced from Crude Oil
(JGC Corporation)
8
Energy-saving and CO2 reduction by Cement Waste Heat Power
Plant (KAWASAKI Plant Systems, Ltd.)
9
Concept of Ecological Vegetable Factory by Organic Solar Cell
(Mitsubishi Chemical and others)
10
Flue Gas CO2 Recovery Technology of Mitsubishi Heavy
Industries, Ltd. (Mitsubishi Heavy Industries, Ltd.)
11
Energy-Saving Seawater Desalination Project
Rabigh IWSPP Project (KSA) Shuqaiq IWPP Project (KSA)
(Mitsubishi Heavy Industries, Ltd.)
12
NAS Battery System for Substations in Abu Dhabi Reduces CO2
Emission (NGK Insulators, Ltd)
13
Toward Sustainable Urban Development and Architecture (Nikken
Sekkei)
14
Metering System for Energy saving (OSAKI ELECTRIC CO.,LTD.)
15
Sekisui Green Community Project (SEKISUI CHEMICAL Ltd)
16
CO2 Emission Reduction by utilization of HIGH Efficiency Heat
Pumps (Heat Pump & Thermal Storage Center of Japan)
17
Ultra High Voltage Transmission Technology Consultation
(TEPCO,CRIEPI)
18
Technical Cooperation on the Promotion of Energy Efficiency in the
Kingdom of Saudi Arabia (TEPCO)
19
An Innovative Power Station with Solar Energy and Combined Cycle
(Toyota Tsusho Corporation )
20
Project on Environmentally Friendly Energy Saving System for the
Power Generation and Desalination by using Industrial Waste Heat
Energy DTEC System (Xenesys Inc.)
21
Desert Region Renewable Energy Use Experiment (YAZAKI
CORPORATION TECHNO YAZAKI Co., Ltd.)
22
Contact Information
Ken SAKAGUCHI
International Affairs Division Agency for Natural Resources and Energy
Ministry of Economy, Trade and Industry
1-3-1 Kasumigaseki,Chiyoda-ku, Tokyo 100-8901 JAPAN
TEL:+81-3-3501-0598 FAX:+81-3-3595-3056
E-mail: [email protected]
URL:http://www.meti.go.jp
Introduction of Energy Saving
Project in Industrial Area
y Execution䋺
䋨Japan side䋩
䋨Saudi Arabia side䋩
Chiyoda Corporation
Saudi Aramco
SABIC
* Presented in December, 2007, with Tokyo electric
power co. , supported by JICA.
y Summary䋺
䋱䋩How to implement Energy Saving based on Japanese
Energy Conservation Law
䋲䋩Industrial energy saving analysis by area-wide pinch
technology
䋳䋩An energy saving project by energy sharing system
and low heat power generation system between two
factories in industrial area.
1
Construction of Super Large LNG
Plant (Energy Saving Type) in Qatar
y Execution䋺
䋨Japan side䋩
䋨Qatar side䋩
Chiyoda Corporation
RasGas 3
Qatargas㸈
Qatargas 3&4
y Summary䋺
Qatar have much contributed to the world’s trend of energy
resource shift to clean energy, with annual
total LNG production plan of 77MM ton.
In Qatar, Chiyoda Corporation has constructed 7.8 MMTPA
x 6 trains of Super Large LNG Plant, which are
energy saving type with high thermal efficiency.
Ras Laffan Industrial Area (2008)
Ras Laffan
Port
Qatargas
Plants
RasGas
Plants
RasGas 3
Qatargas II
Qatargas 3&4
AKG2
17
2
Development of Beam Down
Concentrated Solar Power
Technology
y
Project Owner
(JAPAN ) COSMO OIL CO.,LTD.
(UAE)
Abu Dhabi Future Energy Company(MASDAR)
y
Project Abstract
COSMO OIL and MASDAR are jointly taking part of the
Collaborative Research of the Beam Down Concentrated Solar
Power (CSP)Technology which is originated from longtime Research
and development by Tokyo Institute of Technology. In this project, a
Pilot Plant is planned to build at MASDAR CITY in Abu Dhabi and
various experimental activities using the plant are scheduled in order
to verify the technology.
In recent years, the CSP technologies are receiving a great attention
as a most advanced renewable energy in all over the world,
especially in Sunbelt Zone.
Image of Beam Down CSP
Commercial Plant
Project Site
Project
Site
Central
Reflector
Abu Dhabi
Int’l Airport
Receiver
MASDAR CITY
Heliostat
3
Model project for
commercial (building)
energy-saving
y Implementing bodies:
Japanese side: NEDO and Japan Facility Solutions, Inc.
Chinese side: National Development and Reform Commission,
Shanghai Development and Reform Commission and Garden
Hotel (Shanghai)
y Outline:
This project is designed to reduce the amount of energy
consumed by the whole building through comprehensively
efficient operation by introducing cogeneration systems and
CO2 refrigerant heat pumps, etc. in commercial buildings and
utilizing BEMS (Building and Energy Management System).
Photovoltaic power
generation system
Power reception
Cogeneration
Heat pump for heating
BEMS system
CO2 refrigerant heat pump
Heat pump for swimming
pool
Hot heat
High-efficiency package air
conditioner
Once-through boiler
࡮Pump variable flow control
Cold heat
Turborefrigerator
࡮Pump variable flow control
࡮Air conditioner variable air volume control
࡮Air conditioner outside air volume control
࡮Pump variable flow control
Illumination and
others
Air
conditioner
Hot water supply
and swimming pool
Indoor unit
Air conditioning
Energy demand in hotel
4
Our New Engineering Firm
Commences Operations in
Saudi Arabia!
y
y
Participants
ᲢJapanese sideᲣ
JGC Corporation
ᲢCountry ConcernedᲣSaudi Arabia
Project Summary
JGC Corporation has established its new engineering firm, “JGC Gulf
International” in Saudi Arabia. This firm is a wholly-owned subsidiary of JGC,
which is intended to provide integrated plant engineering services, ranging
from plant design to procurement and construction. Through its extensive
involvement in plant construction in that country, JGC has been made aware of
Saudi Arabia’s long-held desire to further foster the growth of its own
engineering industry. Thus, JGC’s aim of promoting business development in
the Middle East and Saudi Arabia’s desire to encourage the further
development of its engineering expertise happily coincided to realize the
establishment of JGC Gulf International.
In addition to the above, JGC has been contributing to the fostering of
technical talent in Saudi Arabia through its contributive schemes, such as its
program to welcome university students and professionals from oil- and gasproducing countries as trainees, and the operation of a scholarship fund
organization ( JGC-S Scholarship Foundation ) to support students from those
countries during their advanced studies in Japan.
Engineers without Borders
5
Carbon Dioxide Capture and Storage
(CCS)
y Participants
(Japanese side)
(Partner country)
JGC Corporation
Oil & Gas Producing Countries
y Outline
The world today faces a range of increasingly
challenging environmental issues, prominent among which is the need
to reduce CO2 emissions. CCS (Carbon dioxide Capture & Storage) is
seen as an important option in the portfolio of possible actions to bring
this about.
One of our recent achievements in CCS can be found in a gas field
development project at In Salah in Algeria, known as the first large
scale CCS project onshore. JGC provided integrated E&C
(Engineering & Construction) services for the whole facility including
CO2 capture, compression and transportation. 1.2 million tons of CO2
each year separated from natural gas have been injected into a
reservoir at a depth of approximately 2,000 m underground.
JGC has been accumulating extensive and appropriate knowledge
through making efforts to develop CCS projects using the CDM
scheme as well as through providing E&C services. JGC intends to
contribute to the development and implementation of CCS projects in
oil producing nations.
CO2 capture from natural gas and injection
In Salah project in Algeria
6
Heavy Crude Oil Upgrading integrated
with Steam and Power generation
y Parties Concerned
ᲢJapanese sideᲣ
JGC Corporation
ᲢPotential PartnersᲣ Iraq, Kuwait, and
other Heavy Oil Producing Countries
y Project Summary
With increases in the heavy crude oil production rate,
technologies which combine heavy crude oil upgrading with
the generation of steam and power for the oil field are
becoming more attractive.
JGC has been proposing upgrading technologies with the
concept of “Simple-Clean-Low Emission” for heavy crude oil
producing countries. Core technologies consist of a carbon
rejection process and boiler turbine generation system
utilizing low value residual fuel.
With the integration of oil production and upgrading, heavy
crude oil projects will be realized in terms of lower capital
cost, lower energy consumption, and less by-products such
as sulfur and petro cokes, meeting both economic and
environmental requirements.
Light Crude
䋨SCO䋩
䋲䋱䌾䋳䋲㫦API
Heavy Crude
䋸䌾䋱䋷㫦API
Oil Field
Up-Grading
Steam䊶Power䊶CO2
7
Project Development of High Efficiency
Power Generation System based on the Gas
Turbine Fuel produced from Crude Oil
ᲢGEFINERY TM systemᲣ䋪 GEFINERY : Generation䋫Refinery
y Parties Concerned
( Japanese side ) JGC Corporation
( Potential Users ) Oil producing countries such as
Saudi Arabia, Kuwait and UAE
y
Project Summary
Many power generation projects with fuel oil and crude
combustion boilers are planned in the Middle East region in
order to meet the robust demand for electricity there .
Instead of the conventional boiler turbine power generation
system, a newly developed and patented power system
based on the GEFINERY TM concept would be proposed by
JGC. The GEFINERY TM is a refining process for producing
high-quality fuel for advanced gas turbines from residual oil
or crude oil.
The GEFINERY TM fuel realizes environmentally friendly
gas-turbine power generation, with high efficiencies and
outstanding economics.
8
Energy-saving and CO2
reduction by Cement
Waste Heat Power Plant
z Implementing
bodies:
Japanese side: KAWASAKI Plant Systems, Ltd.
Counterpart: Cement companies,Worldwide
y Outline:
The Cement Plant Waste Heat Power Generation System is a facility to
generate power by recovering heat from waste gas discharged from a
cement plant with PH and AQC boilers. Expected energy saving is
approximately 30 % of the total electric consumption of a cement plant.
9,500kW electricity and 64kt CO2 reduction per year are achieved at a
typical 5,000t/day capacity cement plant.
In 2006, a Joint Venture with CONCH cement,China was established and
it contributed a vast spread of this system in China. This system is
expected to achieve worldwide total 1,412MW electricity generation and
9,510kt CO2 reduction per year at the end of 2009.
2* $QKNGT
#3% $QKNGT
9
Concept of Ecological Vegetable
Factory by Organic Solar Cell
x Participant䋺 Mitsubishi Chemical and others
x Summary䋺 Ecological Agriculture in any climate
䂓Ecology (Energy saving)䊶䊶Less Electricity by LED,
Less Water, Free of Agrichemicals.
䂓Harvest and Eat 䊶䊶Minimizing food mileage.
䂓High productivity䊶䊶Anytime of the year, Multilayer,
Speed-up of growth, 12 times harvest a year.
䃨Next target䃨
Ecological and self-standing vegetable factory by
developing special organic solar sell and LED.
Existing vegetable factory䋺
䊶Fluorescent light
䊶Buying electricity
㪜㪺㫆㫃㫆㪾㫀㪺㪸㫃㩷㪭㪼㪾㪼㫋㪸㪹㫃㪼㩷㪝㪸㪺㫋㫆㫉㫐䋺
䊶㪣㪜㪛㩷㵨 㫃㪼㫊㫊㩷㪼㫃㪼㪺㫋㫉㫀㪺㫀㫋㫐
㪄㪣㪼㫊㫊㩷㪚㪦㪉㩷㪼㫄㫀㫊㫊㫀㫆㫅
㪄㪝㪸㫊㫋㪼㫉㩷㪧㪿㫆㫋㫆㫊㫐㫅㫋㪿㪼㫊㫀㫊
㪹㫐㩷㪼㪽㪽㪼㪺㫋㫀㫍㪼㩷㫎㪸㫍㪼㫃㪼㫅㪾㫋㪿
䊶㪪㪼㫃㪽㪄㫊㫋㪸㫅㪻㫀㫅㪾㩷㪼㫃㪼㪺㫋㫉㫀㪺㫀㫋㫐
㪹㫐㩷㪦㫉㪾㪸㫅㫀㪺㩷㪪㫆㫃㪸㫉㩷㪪㪼㫃㫃
Organic Solar Sell
㪣㫀㪾㪿㫋㩷㫎㪼㫀㪾㪿㫋
Low cost
㪝㫃㪼㫏㫀㪹㫃㪼
colorful
㪪㪼㪼㪄㫋㪿㫉㫆㫌㪾㪿
10
Flue Gas CO2 Recovery Technology
of Mitsubishi Heavy Industries, Ltd. (MHI)
y Parties Concerned (Potential Users)
:
- Enhanced Oil Recovery (EOR):
Oil producing countries
- Carbon Dioxide Capture and Storage
(CCS) against Global Warming: All countries
y Technology Summery
MHI through collaboration with Kansai Electric Power Co., Inc. is at
the forefront of providing commercial carbon solutions to the world,
through the provision of an advanced, high performance and
reliable CO2 capture technology.
The high purity CO2 product can then be applied in a range of
chemical productions, EOR or CCS, thus helping to reduce
atmospheric CO2 emissions which cause global warming and also
helping security of crude oil supply.
Oil Production
㪚㪦㪉
CO2 Recovery Plant
Oil Reservoir
Power Plant
CO2 Storage
CO2 Recovery for EOR Project
y Commercial Experiences
Currently four (4) CO2 capture plants
are in operation and five (5) plants
are under construction and MHI has
the largest share in the chemical
application of CO2 on a global basis.
CO2 Capture
Plant in
Malaysia
y Coal Fired Boiler Flue Gas CO2 Recovery Demonstration
The Coal fired boiler flue gas CO2 recovery demonstration tests
using a 10 T/D Plant has been carried out at the J-Power
Matsushima power plant.
As the next step a 500 T/D demonstration plant is planned.
11
Energy-Saving Seawater Desalination Project
Rabigh IWSPP Project (KSA)
Shuqaiq IWPP Project (KSA)
㪩㪸㪹㫀㪾㪿
Joint venture company
established by Marubeni,
Itochu, JGC & ACWA Power
(local IWPP developer)
㪪㪟㪬㪨㪘㪠㪨
y Parties Concerned:
Rabigh (Owner) Rabigh Arabian Water & Electricity Company
Shuqaiq
(Contractor) Mitsubishi Heavy Industries, Ltd.
(Owner) Shuqaiq Water & Electricity Company
(Contractor) Mitsubishi Heavy Industries, Ltd.
y Technical Summary:
Joint venture
company
established by
ACWA Power,
MC & GIC
(Kuwaiti
Investment
fund)
Joint venture company
established by Sumitomo
Chemical Co. & Saudi Aramco
Rabigh
(Purpose) Supplying high pure water to the world largest
refinery & petrochemical plant owned by PetroRabigh
(Required water quality)
Chloride ion : less than 5mg/l
First time in
(Technology adopted)
the world
3 stage RO desalination
(Production capacity) 192,000m3/d
Shuqaiq
(Purpose) Supplying drinking water
R ABI GH I WS P P R O J ECT
R a bigh Ar a b ia n Wa ter a n d Electr icity Com pa n y
(Required water quality)
Chloride ion : less than 14mg/l
Boron : less than 0.5mg/l
(Technology adopted)
2 stage RO desalination
(Production capacity) 216,000m3/d
Desalinated W ater Tank
RO Building
150m
Micron Cartridge Filter
Dual Media Filter
422m
2nd & 3rd Pass RO Bank
1st Pass RO Bank
Control & Electrical Building
Brine Transfer Tank
Reverse Osmosis (RO) desalination method is, as does not require steam in producing pure water,
comparing to the conventional evaporating method, energy efficient and environmentally friendly.
Also, application of RO method to the sphere of high pure industrial water in Rabigh is the first time
in the world event and indeed epoch-making issue.
12
NAS Battery System for Substations in
Abu Dhabi Reduces CO2 Emission.
y Major Project Members
(NAS Battery Supplier) NGK Insulators, Ltd, JAPAN
(Owner) ADWEA (Abu Dhabi Water & Electricity Authority), UAE
y Energy Storage Capacity䋺䋵䋰䌍䌗
y Project Outline
NAS Battery System will be installed to Substations in Abu Dhabi,
which has high demand for electricity, so that its further increase of
demand can be managed utilizing NAS Battery’s high power density.
NAS Battery can store energy at off-peak periods, like during the
night, and discharge at peak periods. This load-leveling function
helps to improve the efficiency of gas turbines’ operation, and reduce
the fuel consumption and CO2 emission.
䋼㪥㪘㪪㩷㪙㪸㫋㫋㪼㫉㫐㩷㪣㫆㪺㪸㫋㫀㫆㫅㫊㩷㪘㪹㫌㩷㪛㪿㪸㪹㫀㩷㪠㫊㫃㪸㫅㪻䋾
Also, NAS Battery can start
discharging energy instantly when
needed as emergency power supply.
It’s now being considered to apply
NAS Battery to additional locations
in Abu Dhabi mainland and mega
solar plants.
How NAS Battery at Substations Reduces CO2 Emission
CO䋲/Output
䌛wt-CO2/kW䌝
CO2 Gas generation ratio
㪇
㽲 Economical Base Load by GT at rated power
㽳 Power at low demand is charged to NAS
㽴 Power at peak by discharging from NAS
㪉㪇
㪋㪇
㪍㪇
㪏㪇
Generator Output 䌛%䌝
CO2 Gas generation is
minimized at constant
100 % output operation
㪈㪇㪇
13
Toward Sustainable Urban Development and Architecture
How To Achieve 60% Saving
“Cool City” Proposal
Project Implementation
Outline
Japan: Sustainable Urban Development
Consortium for Japan and Gulf
States Partnership (SDCJ)
Represented by Nikken Sekkei
United Arab Emirates
Nikken has established a consortium with a group
of leading Japanese companies in the area of
environmental technology as SDCJ (Sustainable
Urban Development Consortium for Japan and Gulf
States Partnership) and hosted an exclusive
symposium and exhibition under the theme of
Sustainable Urban Development in 2007.
Based on our proposed plan, the City and its
architecture are estimated to reduce overall energy
consumption by as much as 60%, thanks to
cutting-edge technologies that are proven in Japan,
economically-based, and available even from
tomorrow.
Conventional
system
SDCJ's research
project
Energy Consumption from
Buildings and Transportation
14
Metering System for Energy saving
y ParticipantsᲴ
ᲢJapan sideᲣ
OSAKI ELECTRIC CO.,LTD.
ᲢPotential Users Უ Qatar, Saudi Arabia, Thailand, etc.
y Summary䋺
“Smart energy” is a solution for the followings.
- How should an energy-saving program for CO2 reduction, energy
reduction, be implemented in Residential, Commercial and Industrial
Clients?
- How much are we consuming energy? Although we want to know the
situation, the measuring method is not known to us. Is "visualization
of the energy data" necessary for reduction of CO2 and energy
saving?
- Is it troublesome to collect, analyze and store data of various types of
energies, such as electricity, gas and water?
We need to have equipments that can be used for the management
of energy data as well as ones that can be installed easily and
economically.
15
SEKISUI GREEN COMMUNITY Project
yTo Be undertaken㧦
(JAPAN) By SEKISUI CHEMICAL Ltd
For Areas suffering from high stresses related water environment and
energy
yOutline
A conception of environmentally contributing to realize comfortable life
with minimum amounts of water and energy
㨪Realization of environmental load reduction by highly industrialized
housing and water circulation system 㨪
Aiming for the most efficient utilization of energy and water
with combination of :
࡮Highly industrialized housing which has high performance in heat
insulation and air tightness
࡮Water circulation System which enables low leakage rate and recycling
of water
ᾂώTown ίᾃblocksὸ ὉὉὉ
ᾀώHosing ὉὉὉ
Realization of Green generation by complete
Realization of zerozero-carbon and surplus energy
water recycling
䊶Highly industrialized housing
䊶Passive facilities,energy-saving facillities
䊶Pipe systems with low leakage rate
䊶Energy-generating facilities,energy storage
䊶Vacuum sewage system
䊶Energy control system
䊶Drainage treatment and utilization
of recycled water
ᾁώBlockὉὉὉ(8 households)cluster
Realization of energy sharing
䊶Tree-planting(irrigation system
䊶Total control and management
Energy storage facilities
SEKISUI GREEN COMMUNITY
16
CO2 Emission Reduction
by utilization of
HIGH Efficiency Heat
Pumps
y
Institutional Organization:
Heat Pump & Thermal Storage Center of Japan
(HPTCJ)
Case1
y
SHIMADZU Corporation, KYOTO
World Leader in Analytical, Measuring Instruments
By Replacement of 20 years old GAS Fired Absorption Chiller into
Electric Driven High Efficiency Heat Pump Systems for Air
Conditioner,
CO2 EMSSION was reduced by 81%!
Case2
y
OMRON , KYOTO
Energy Management System consist of
᲻᳍᳊ᲥWireless MONITORING System
was Introduced to All Elementary & Jr. High Schools in KYOTO
5% CUT of Power consumption
Case3
y
Mayekawa, Tokyo, Leading Heat Pump Manufacturer:
Vapor Compression Heat Pump Application to Beverage Factory in
Vietnam reduced significant volume of CO2 emission.
NEDO Project.
CDM was utilized for emission trade
Similar Effect will be easily Extended to World for All
Cases!
17
Ultra High Voltage
Transmission Technology
Consultation
y Organization䋺
䋨Japan䋩TEPCO,CRIEPI䋨Phase1 only䋩
䋨China䋩State Grid Corporation of China
y Outline䋺
Technology consultation on the 1MegaVolt AC
transmission in China. It will help transmit
electricity efficiently.
Phase1 (single line) 䋺2006䌾2007ᐕ
Phase2 (double line)䋺2007䌾2008ᐕ
18
Technical Cooperation on the Promotion of Energy
Efficiency in the Kingdom of Saudi Arabia
„
Scheme
Japan side:
Saudi side:
„
Japan International Cooperation Agency (JICA)
Tokyo Electric Power Company (TEPCO)
Institute of Energy Economics, Japan (IEEJ)
Ministry of Water and Electricity (MOWE)
Background
‹
Based on the request from Saudi Arabia to JICA, “The Master Plan Study for
Energy Efficiency in the Power Sector in the Kingdom of Saudi Arabia“ was
implemented by TEPCO and IEEJ. (February, 2007 to February, 2009)
‹
In the study, the Master Plan for Energy Efficiency (EE) up to 2030 in Saudi
Arabia was formulated, whose contents are as follows:
9 National EE Basic Policy and Target
9 Sector-wise Action Strategy
9 Concrete EE Measures in consideration of the Saudi situation etc.
‹
Saudi Arabia required further step of cooperation for the implementation
of the above-mentioned EE policy measures.
EC Workshop in Riyadh,
gathering Muslim Leaders (Imam)
„
EC Education at Saudi girl’s elementary
school in Riyadh
Future Technical Cooperation
‹
Mr. Kudama of TEPCO was given a shield of
thanks from Minister of Water and Electricity,
Al-Hussayen.
( Completion Ceremony in Riyadh)
JICA Short-Term Expert Scheme (February, 2009 to July, 2010)
9 Two experts will be dispatched from TEPCO
9 Establishment of Energy Manager Appointment Scheme
9 Establishment of Training Program for Energy manager
‹
Direct Contract between MOWE and TEPCO (Under negotiation)
9 Implementation of the following measures will be carried out by TEPCO.
- Energy Manager Appointment Scheme
- EE Labeling Standard Scheme
- Award Scheme for EE Good Practices
- R&D strategy for EE etc.
19
An Innovative
Power Station with
Solar Energy and
Combined Cycle
y
Responsible Entities
(Japan) Toyota Tsusho Corporation (TTC)
(Kuwait) Ministry of Electricity & Water (MEW)
(Trough Solar Collector)
y
Summary
TTC and MEW signed a Memorandum of Understanding
(MOU) regarding the feasibility study for development of a
Integrated Solar Combined Cycle (ISCC) power station at Al
Abdaliyah in Kuwait, which comprises of a solar thermal and a
conventional gas turbine combined cycle.
ISCC, which utilizes un-limited renewable solar energy, is
expected to have positive impact in enhancement of efficiency
of combustion and reduction of emission of greenhouse gas.
(Solar Belt)
(Structure of ISCC)
20
Project on Environmentally
Friendly Energy Saving System
for the Power Generation and
Desalination by using
Industrial Waste Heat Energy
Kuwait
Qatar
UAE
DTEC System (Discharged Thermal Energy Conversion)
y
Responsible Organization
(Japan Side) Xenesys Inc.
(Target Organizations)
Oil Refinery, Petrochemical Plant, Electricity & Water Company
in Kuwait, Qatar and UAE.
y
Outline
This DTEC system uses low-temperature waste heat (50 –
150 é) which had been difficult recovered by using existing
technology, for power generation and desalination without
additional fuel supply. In the Middle East countries, there are
many unused low-temperature waste heat at oil refineries or
petrochemical plants. In addition, to meet environmental problems
faced, these countries have keen interest to the environmentally
friendly energy saving DTEC technology. Currently, F/S level
studies have been completed in Kuwait, Qatar and UAE, and
continuous reviewing for the implementation of the projects are
now ongoing.
DTEC
Discharged Thermal Energy
Conversion
㪮㪸㫊㫋㪼㩷㪟㪼㪸㫋
㩿㪦㫀㫃㩷㪩㪼㪽㫀㫅㪼㫉㫐䊶
㪧㪼㫋㫉㫆㪺㪿㪼㫄㫀㪺㪸㫃㩷㪧㫃㪸㫅㫋㪃㩷㪼㫋㪺䋩
Power Generation
Electricity
Desalination
Reduction of
Environmental Load
Exhaust
Reduction of
Operation Cost for
Cooling Facility
Distilled Water
Products of
Waste Heat Energy
21
Desert Region Renewable Energy Use
Experiment
y Organization Responsible for MASDAR䋺
䋨The United Arab Emirates䋩
ABU DHABI FUTURE ENERGY COMPANY PJSC
䋨Japan side䋩
YAZAKI CORPORATION
TECHNO YAZAKI Co., Ltd.
y Overview
The goal of “Zero Carbon City“ under development
in Abu Dhabi, UAE, is to establish a symbiotic
system in step with the global environment. Taking
advantage of solar energy, an abundant and
valuable renewable energy source in the Middle
Eastern region, the joint Yazaki and MASDAR
project is currently conducting experiments and
verification of renewable energy systems, in
particular, Solar Thermal Cooling Air Conditioning
Systems.
Y.H.
22