• HOME
• About CHIYODA

  • Message from Management

  • Corporate Profile

  • Corporate Profile
  • Major Domestic Subsidiaries & Affiliated Companies
  • Major Overseas Subsidiaries & Affiliated Companies

  • History

  • Philosophy/Vision/Policies

  • Philosophy / Vision / Policies
  • CORPORATE SQE POLICY
  • Corporate Information Security Policy
  • Code of Conduct of the Chiyoda Group
  • Privacy Policy
  • CSR vision
  • Chiyoda Group Compliance Manual

  • Organization

  • Corporate Governance

  • Board of Directors

  • Directors & Officers
  • Management Team（Representative Directors）

  • Access to CHIYODA

  • Yokohama Head Office
  • Koyasu Office & Research Park
  • Kawasaki Office
  • Tokyo Office
• Service

  • Planning Phase

  • Master Planning
  • Feasibility Studies (FS)
  • Licensing
  • Process Development Support

  • EPC Phase

  • FEED (Front End Engineering Design)
  • Engineering
  • Procurement
  • Construction
  • Commissioning

  • Operation and Maintenance Phase

  • Process Improvements
  • Utility System Improvements
  • Improvements in Equipment Reliability
  • Environmental Improvements
  • O&M Consulting Service
• Technology
  • LNG
  • Upstream / Gas Processing
  • Refinery
  • Synthetic Gas / GTL
  • Petrochemical / Chemical
  • Nuclear Energy-related Matters, etc.
  • Green Energy related
  • Pharmaceutical
  • Environmental
  • Technologies for the Future
  • Advanced Engineering Technology
• Project

  • Location

  • Far East Asia
  • Asia & Oceania
  • Middle East
  • Africa
  • Europe
  • the Americas

  • Scope of Work

  • LNG/Gas Processing
  • LNG/LPG Terminal
  • Petroleum Refineries
  • Oil Terminal
  • Petrochemical & Chemical
  • Flue Gas Desulfurization
  • Pharmaceutical
  • Green Energy

  • Year of Completion

  • 2010
  • 2009
  • 2008
  • 2007
  • 2006
  • 2005
• News
  • 2012
  • 2011
  • 2010
  • 2009
  • 2008
  • 2007
  • 2006
  • 2005
  • 2004
  • 2003
  • Regarding the earthquake
• Investor Relations

  • Management Srrategy

  • Medium-Term Management Plan
  • Risk Factors

  • IR library

  • Report to TSE / Press Release
  • Annual Report
  • Fact Book
  • Notice of the General Meeting of Shareholders

  • IR Calender

  • Stock & Share Information

  • Major Shareholders
  • Dividend Policy
  • Articles of incorporation

  • Analyst Coverage

• CSR

  • A Message from the President

  • Commitment to CSR

  • CSR Policy
  • Chiyoda Group CSR Vision

  • Corporate Governance

  • CSR Report

  • A Reliable Company (Vision 1)

  • Quality Management Initiatives
  • Working with Business Partners

  • Environmental Initiatives (Vision 2)

  • Environmental Management
  • Environmental Conservation Activities ・ Environmental Data
  • Low Carbon Society

  • Social Contributions through Business Activities (Vision 3)

  • Community
  • Human Resources
  • Fundraising ・ Donations

  • Respect for Human Rights (Vision 4)

  • Employee Skill Development and Work Environment
  • Occupational Health and Safety

  • Commitment to Fairness (Vision 5)

  • Code of Conduct of the Chiyoda Group
  • Compliance
  • Information Security Management and Export Control

• Japanese
• English

CSP Plant produces electricity using hundreds of mirrors to concentrate solar power to produce steam for electric generation. Most of technologies are exactly same as traditional fossil-fuel plant but remarkable advantage is environmental friendly to utilize solar thermal energy instead of fossil-fuel burning heat.

Major advantages are as below.
- CO₂ reduction
- Good for fossil-fuel depletion
- No impact of fossil fuel price fluctuation -Relatively low operation cost.

Chiyoda will contribute to greenhouse effect gas reduction through CSP Plant Construction.

Environment-Friendly Energy

Solar power will never run out and CSP will contribute to greenhouse effect gas reduction.

High Efficiency

CSP has advantage of higher energy efficiency than wind and photovoltaic electric power generation.

Potential of Constant Power Supply

Thermal energy storage is one of most attractive part of CSP comparing with other renewable energy resource. Electrical storage is not implementable due to cost reasons but thermal energy storage is expected to achieve by reasonable cost utilizing popular material like molten salt, concrete and etc. Such thermal energy storage enable high controllability and stability of electric capacity even in the night time.

Potential of Extensive Usage as Thermal Source

CSP is expected to utilize as thermal source of combined cycle with fossil-fuel power plant (ISCC-Integrated Solar Combined Cycle), desalination, food production and etc...