Page 6 - touch flip new
P. 6

Our global presence  Lowering the carbon intensity




           of our fleet






 NORWAY
 Oslo
 Offshore Operations Headquarters  Yinson Production is committed to implementing the significant business and operational changes that are required to
           meet our Group-wide carbon intensity targets in line with our Climate Goals.

 NETHERLANDS  Technology and digitalisation play a key part in the lowering the emissions of our current and future fleet, with the key
 The Hague  building blocks outlined in our Zero Emissions Concept.
 UNITED STATES  Office  VIETNAM  We are actively working with our clients to lower the emissions of our current fleet where possible, and are careful to only
 Houston  Ho Chi Minh City  select projects for our future fleet that have low emission features as a key design specification.
 Marketing Representation  Marketing Representation
 FPSO PTSC Lam Son  FPSO Agogo - Leading the way to a Zero Emissions FPSO
 FSO PTSC Bien Dong 01                                                       Closed Flare and Hydrocarbon Blanketing
           FPSO Agogo is regarded as an industry leading project in
           terms of low emission design and implementation.
                                                                                Combined Cycle Power Generation


                                                                                   Carbon Capture & Storage

                                                                                        Electrification

                                                                                  Seawater Turbine Generator



           The Zero Emissions FPSO Concept
           Developing and implementing the Zero Emissions FPSO Concept is a key way that Yinson aims to lower our offshore
           production fleet’s emissions to net zero. Both existing and future technologies have been included in the design.
           The concept comprises of five main building blocks, as depicted in the graphic below.


 ANGOLA
 Luanda
 BRAZIL   Office  MALAYSIA
 Rio de Janeiro  FPSO Agogo   Sarawak  Carbon   Emissions-  Combined         Renewable            Seawater
 Office   Office  Removal             Lowering             Cycle               Energy          Turbine Generator
 FPSO Anna Nery   FPSO Helang      Technologies         Technology                                (SWTG)
 FPSO Maria Quitéria
 FPSO Atlanta  NIGERIA  Remove carbon   Utilise technologies such   Usage of combined   Partial / full   Additional power can
 Port Harcourt  primarily via CCS, with   as hydrocarbon   cycle power generation   electrification of FPSO   be generated onboard
 Office  SINGAPORE   remaining carbon   blanketing, closed flaring   significantly improves   operations with   by installing turbines in
 FPSO Abigail-Joseph   Offshore Projects   removed via DAC  and vapour recovery units   the efficiency of   renewable energy  the overboard
                                 to eliminate routine   electricity production                seawater discharge
 Headquarters                    flaring and venting                                               caissons
              Up to 100% GHG   Up to 10% GHG reduction  Up to 25% GHG      Up to 100% GHG     Up to 50% of power
             reductions of power                         reduction        reductions of power     recovery
 GHANA          production                                                   production
 • Offshore Assets  Accra & Takoradi  MALAYSIA
 • Offshore Offices & Headquarters  Office  Kuala Lumpur
 • Marketing Representation  FPSO John Agyekum Kufuor  Global Headquarters   Exploration of Hydrogen and Ammonia for FPSOs
           Yinson Production is exploring technologies to support the energy transition, including those that contribute to the
           hydrogen economy. The concept involves developing and operating offshore assets that use renewable energy or natural
           gas to produce environmentally-friendly carbon-free products such as green and blue ammonia.
   1   2   3   4   5   6   7   8   9   10   11