SINOPEC Refinery - Qsingdao, China Petroleum Refinery & Oil Products

Similar documents
Modernizing a Vintage Cat Cracker. Don Leigh HFC Rahul Pillai KBR Steve Tragesser KBR

Preface... xii. 1. Refinery Distillation... 1

PILOT PLANT DESIGN, INSTALLATION & OPERATION Training Duration 5 days

Foundation Fieldbus System Design and Engineering of CSPC Nanhai Project

Consulting and Training Services Available to the Petroleum Industry

2. Regional Analysis... 4

Converting Visbreakers to Delayed Cokers - An Opportunity for European Refiners

PCE154. Refinery Process and Products. H.H. Sheikh Sultan Tower (0) Floor Corniche Street Abu Dhabi U.A.E

Challenges for proper implementation of residue upgrading processes within oil refineries

Challenges and Opportunities in Managing CO 2 in Petroleum Refining

Refining/Petrochemical Integration A New Paradigm. Anil Khatri, GTC Technology Coking and CatCracking Conference New Delhi - October 2013

CONTENTS 1 INTRODUCTION SUMMARY 2-1 TECHNICAL ASPECTS 2-1 ECONOMIC ASPECTS 2-2

Roles of Emerging FCC-based Technologies in Shifting to Petrochemicals Production

Modernization of Afipsky Refinery. The Russia and CIS Project & Equipment Forum RPEF 2015 April 21-22, 2015, Moscow

FSR on Expansion and Modernization of the MOIN Refinery Project

Petroleum Refining-Production Planning, Scheduling and Yield Optimization

Schwechat Refinery Visit

Crude Distillation Chapter 4

Downstream Petroleum Sector The Growing Prominence of Asian Refining

Pre-Owned OIL REFINERY 280,000 bpd FOR SALE AND RELOCATION

Technip in Germany Process Plants

Eni Slurry Technology:

The Bangchak Petroleum PLC for Transform Technical Challenges Into New Opportunities Japan Cooperation Center, Petroleum (JCCP) 26 Jan 2017

Refining/Petrochemical Integration-A New Paradigm

HOW OIL REFINERIES WORK

Middle East DownStream Weak May 2013 ABU DHABI, UAE

Refining/Petrochemical Integration-A New Paradigm Joseph C. Gentry, Director - Global Licensing Engineered to Innovate

We are a Global General Contractor

IMPLEMENTATION OF FOUNDATION FIELDBUS (FF) TECHNOLOGY IN IOCL REFINERIES

HOW OIL REFINERIES WORK

On-Line Process Analyzers: Potential Uses and Applications

FEASIBILITY REPORT 100% BS-V AUTO FUEL PRODUCTION AT 13.7 MMTPA

Petroleum Refining-Production Planning, Scheduling and Yield Optimisation

The Role of a New FCC Gasoline Three-Cut Splitter in Transformation of Crude Oil Hydrocarbons in CRC

VACUUM GAS OIL DEEP CONVERSION PROJECT. Lukoil - Volgograd Russia

ReCAP Project. Understanding the Cost of Retrofitting CO 2 Capture in an Integrated Oil Refinery. Reference Base Case Plants: Economic Evaluation

Transitioning from Commercial Pilot to Mass Production 2 IUT s skid mounted 15,000 barrel per day Processing Unit

MARKETS & APPLICATIONS. Elliott Turbomachinery for Refineries

Measurement made easy. Predictive Emission Monitoring Systems The new approach for monitoring emissions from industry

Oil Refineries of LUKOIL Group. Romania. The Nietherlands. Bulgaria. Italy. Oil Refining

Modernization of Libyan Oil Refineries and Petrochemical Plants

Oil&Gas industry process measurement product fit

REFINERY PROCESS AND PETROLEUM PRODUCTS

THE OIL & GAS SUPPLY CHAIN: FROM THE GROUND TO THE PUMP ON REFINING

GTC Technology Day. 16 April Hotel Le Meridien New Delhi. Isomalk Technologies for Light Naphtha Isomerization

ABB MEASUREMENT & ANALYTICS. Predictive Emission Monitoring Systems The new approach for monitoring emissions from industry

exactly the same savings in investment cost much faster overall construction profitability

Petroleum Refining Fourth Year Dr.Aysar T. Jarullah

Conversion Processes 1. THERMAL PROCESSES 2. CATALYTIC PROCESSES

Methodology and specifications guide China Oil Analytics

Automation in Mining. Underground mining automation project Mark Yseboodt Chile November siemens.com/mining. Restricted Siemens AG 2016

Regional Energy Trade and Refining Industry in Northeast Asia

BEFORE IT ALL BEGAN. Osagyefo unveils the plaque to mark the opening of GHAIP

Acombination. winning

Solvent Deasphalting Conversion Enabler

HOW OIL REFINERIES WORK

RECIPROCATING COMPRESSOR SOLUTIONS FOR REFINERIES ENGINEERING EXCELLENCE FOR HIGHEST AVAILABILITY

1. Introduction Regional Analysis...4

Energy Efficiency and Greenhouse Gas Emission Intensity of Petroleum Products at U.S. Refineries

National Iranian Oil Refining & Distribution Company (NIORDC)

GTC TECHNOLOGY WHITE PAPER

DHEYAA JAAFAR HAJAM AL - MUSAUI Deputy Minister for Refining Affairs Ministry of Oil, Iraq

Aswan high dam - Distributed control system AUTOMATION

Aligning Midstream and Downstream Activities to Take Advantage of the Energy Reform

Results Certified by Core Labs for Conoco Canada Ltd. Executive summary. Introduction

Fig:1.1[15] Fig.1.2 Distribution of world energy resources. (From World Energy Outlook 2005, International Energy Agency.)[16,17]

Eco-Fact PETROTEL-LUKOIL. Deputy General Manager Dan Danulescu

A new simple and robust process FT-NIR Spectrometer with small footprint and extended maintenance interval

Handbook of Petroleum Processing

Enhance Naphtha Value and Gasoline Reformer Performance Using UOP s MaxEne TM Process

Presentation on GASCO 22 nd September

Abstract Process Economics Program Report 222 PETROLEUM INDUSTRY OUTLOOK (July 1999)

Technical and Economic Analysis of the Transition to Ultra-Low Sulfur Fuels in Brazil, China, India and Mexico Prepared for:

ALA. Auto B-Cle Network

China s Refining Industry: History and Technology Evolution. Rob Tufts, BRSI Inc., Cochrane Alberta, Canada

Optimize Energy Recovery in Refineries. Copyright : Evae Andersson

National Iranian Oil Engineering & Construction Co.

The Greener FCC Moving from Fuels to Petrochemicals

Jiri Prochazka (BASF) & Jim Luffman (ABB), April 25, 2012 Session 12 APW C551I BASF Windsor - Harmony system evolution success to System 800xA

Can China Save the Market?

Synergies between Refining and Petrochemicals : Today and Tomorrow

Molecular Sieves Application Guide for the Natural Gas Industry Molecular Sieve Molecular Sieve Recommendations

Abatement of emissions from ships A Baltic perspective

Oil Refinery Processes Process Engineering Associates Llc

Refinery Maze Student Guide

Distillation process of Crude oil

Bottom of Barrel Processing. Chapters 5 & 8

Ultrasonic Assisted Oxidative Desulphurization. International Ultrasonic Technologies Inc. Alberta, Canada July, 2017

Document from the Ministry of Transport of the People s Republic of China

Ultrasonic Transit Time Flow Measurement for Coker Furnace Feed

HPCL-Mittal Energy Limited

Investment Planning of an Integrated Petrochemicals Complex & Refinery A Best Practice Approach

Pavlodar Oil Chemistry Refinery Upgrading Project

Innovative Solutions for Optimizing Refining & Petrochemicals Synergies. Jean-Paul Margotin

Refining impact of the IMO bunker fuel sulphur decision

ABB in primary aluminium From mine to market

Experience the Hybrid Drive

Catalytic Cracking. Chapter 6

Growing the World s Fuels

A) Particulars of organization

Transcription:

Customer China s largest petroleum refinery and oil products producer Key reference & key technology benchmark in China Plant 10 Mio. T/a single unit capacity (1st. Phase) Greenfield plant with large scale petrochemical complex to follow Several mega projects in the pipeline in the next few years Project Partners Siemens SIAS Project Highlights 1st. major PCS 7 petrochemical reference on stream in China Break-though in large scale process industry projects Page 1 ID: 1697-E 06-2009

Plant location & other refinery & petrochemical projects in China 10 MTA Dushanzi Refinery & Petrochemical CNPC 10MTA Tianjin Refinery & Petrochemical SINOPEC 10 MTA Fushun Refinery & Petrochemical CNPC 12 MTA Huizhou Refinery CNOOC 10 MTA Qinzhou Refinery CNPC 10MTA Qsingdao Refinery SINOPEC 8MTA Fujian Refinery & Ethylene SINOPEC 8MTA Hainan Refinery SINOPEC Page 2 ID: 1697-E 06-2009

Tsingtao Petrochemical Complex: Process Plants overview Plant 1: Plant 2: Plant 3: Plant 4: Plant 5: Plant 6: Atmospheric & Vacuum Distill Fluid Catalytic Crack Delay Coke Hydro treat Catalytic Reform Diesel Hydro treat 10 T/Y 2.9 T/Y 2.5 T/Y 3 2 T/Y 1 5 T/Y 4.1 T/Y Plant 7: Plant 8: Plant 9: Plant 10: Plant 11: Plant 12: Kerosene Hydro treat Gas Fractionation MTBE Sulfur Recovery Hydrogen manufacture PP 0.6 T/Y 0.6 T/Y 0.12 T/Y 0.22 T/Y 30 KNm3/h 0.2 T/Y Power Plant: 2 x 60 MW Page 3 ID: 1697-E 06-2009

Scope of Project Order as Main Automation Vendor, overall engineering investment is about 1,6 Bio. Project includes 17 plants, utilities and assemblies, along with OSBL (Outside Battery Limit) Process Atmospheric and Vacuum Distillation Fluid Catalytic Crack Delayed Coke Hydro-treat, Diesel Hydro-treat Catalytic Reform Kerosene Hydro-treat Gas Fractionation MTBE Sulfur Recovery Desulfurization sweeten Solvent Regeneration Sour Water strip Hydrogen production Polypropylene Tanks etc. Page 4 ID: 1697-E 06-2009

MAV-Package Overall implementation Strategy Network Construction Hardware / Software architecture Engineering Management and Procedure Documents Functional Design Specifications Engineering Design, Configuration, Commissioning Integration and commissioning of third-party systems Operation and maintenance support services Page 5 ID: 1697-E 06-2009

Plantwide Integrated Automation Distributed Control System (DCS) Safety Instrument System (SIS) Gas Detection System (GDS) Asset Management System (AMS) Compressor Control System (CCS) Safety Barriers, Surge Protectors Closed Circuit Television (CCTV) Integration with third party communication link Page 6 ID: 1697-E 06-2009

Automation Scope of Supply Integrated Instrument and Automation System One CCR and 17 FCR 46 Controller (417H), 24000 (28000) I/O 18 Engineering Stations 10 pairs of redundant OS-Servers 61 Operation Clients with 13 double video cards 3 Schedule Operation Clients 22 Single Operation Stations 1 pairs of redundant Central Archive Server 1 Plant Information Management Server 1 Large Screen 15 CCTV stations Page 7 ID: 1697-E 06-2009

Benefits of MAV-Package Fit the requirement of large-scale petrochemical project execution Guarantee synchronization of multiple plants, utilities and assemblies Fulfill One (or Several) CCR with Several FCR structure Standardize FDS function design specification Coordinate and manage multiple local EPCs Guarantee the high project quality Guarantee project construction schedule Centralize operation management, Optimize overall factory resources Reduce life-cycle cost Page 8 ID: 1697-E 06-2009