Welcome to the Industrial Automation website!

NameDescriptionContent
HONG  KANG
E-mail  
Password  
  
Forgot password?
  Register
当前位置:

PX ushered in the production capacity cycle, and the external dependence continued to decline

来源: | 作者:佚名 | 发布时间 :2023-11-29 | 382 次浏览: | 🔊 Click to read aloud ❚❚ | Share:

PX production capacity continued to be put into operation, and the self-sufficiency rate gradually increased. Due to the high technical barriers and production process of PX plants, PX supply in China has been mainly dependent on imports from South Korea, Japan, Brunei and other countries for a long time, PX prices are greatly affected by foreign pricing, and product premiums are high. Before 2019, with the increase of apparent consumption of PX, PX imports increased year by year, and PX external dependence was as high as 61% in 2018. The high price difference combined with high import substitution space attracts enterprises with both process technology and financial capacity to start the process of domestic PX production capacity. In 2019, the private PX refinery project was completed and put into operation. Hengli Petrochemical opened the whole PX process to add 4.5 million tons of capacity, taking the lead in opening the domestic PX production capacity expansion pattern. The PX production capacity of Hainan Refining and Chemical and Fujian Fuhaichuang simultaneously increased to 1.6 million tons, and the PX production capacity increased by 59% year-on-year in 2019, and the import volume fell for the first time, and the PX supply pattern in China began to develop toward self-sufficiency. With the decline of domestic PX dependence on foreign countries, PX prices gradually returned to normal market pricing, the PX-naphtha price spread continued to fall, and the PX and naphtha price spread was repaired to a certain extent before the Spring Festival in 2021. As of April 2, 2021, the PX price spread has increased to 1463 yuan/ton, but it is still at a low level. It is expected that in the next two years, more domestic PX production capacity will be added, PX external dependence will be significantly reduced, and in the background of PX slight destocking and rising oil prices, PX price trend after the holiday will obtain strong cost support, PX valuation is optimistic.

PTA re-ushered in the capacity expansion cycle, price spreads are expected to remain at a low level

The production capacity of leading enterprises is accelerating, and PTA is facing oversupply. PTA relative to PX technical barriers are low, as early as 2015 with the end of the enterprise PTA capacity expansion cycle, China fully realized PTA self-sufficiency, and in this round of expansion cycle in 2014, capacity growth is 28 percentage points higher than apparent consumption growth. It indicates that at the end of production in 2015, China's PTA industry will face overcapacity supply, 2015 PTA total production capacity of 48.99 million tons, apparent consumption of 28.12 million tons. From 2016 to 2019, the growth rate of PTA investment and production slowed down, the apparent consumption steadily increased and the domestic PX price spread fell back on track, and the PTA price spread gradually increased to 1640 yuan/ton on August 17, 2019. In early 2020, affected by the epidemic, the PTA price spread once dropped to 311 yuan/ton, a year-on-year decrease of 36%, in the same year, Hengli Petrochemical added 5 million tons of capacity, and Dushan Energy 4.4 million tons of PTA capacity was put into operation. The new generation of PTA technology represented by Invista P8 technology and BP has brought about a cost reduction of 100-200 yuan/ton, and the leading enterprises have updated their production capacity, and PTA has re-entered the capacity expansion cycle. As of April 2, 2021, the PTA price spread is 309 yuan/ton, which is at a historical low. In the next two years (2021-22), PTA is expected to add 39.4 million tons of total production capacity, the industry supply continues to oversupply, superimposed polyester filament demand is expected to increase steadily and the cost of oil is expected to rise, it is expected that after the Spring Festival PTA has no obvious downside space, but the rise in costs will pull PTA up.

MEG external dependence is expected to continue to decrease, the price rises steadily

Ethylene glycol, also known as ethylene glycol, 1, 2-ethylene glycol, referred to as EG, chemical formula (CH2OH)2, mainly used in the production of polyester, polyester, polyester resin and other products, 2016-2021 ethylene glycol consumption in the polyester field accounted for 90%. In 2020, with the improvement of the demand for polyester filament, the apparent consumption of MEG in China increased to 18.7 million tons, a year-on-year growth rate of 11%, and the growth rate reached the highest value in nearly seven years. In terms of production capacity, MEG production capacity increased significantly in 2020, with a year-on-year growth rate of 45%, production increased by 18%, and MEG external dependence decreased from 67% in 2013 to 56% in 2020. In 2020, the MEG price showed a steady upward trend, and by April 2, 2021, the MEG price rose to 5200 yuan/ton. In the context of the post-holiday polyester demand exceeding expectations, with the maintenance of foreign equipment, there is no significant increase in imports in February-March 2021, and the port inventory of ethylene glycol is reduced after the Spring Festival, and the trend of ethylene glycol is more optimistic. It is expected that in the next two years, with the continued release of MEG production capacity, the self-sufficiency rate will be greatly increased, and the demand pattern of polyester filament will drive the apparent consumption of MEG to continue to rise, and the price will rise steadily. The upstream supply is loose, and the profits of the industrial chain are expected to transfer to the polyester end. From 2016 to 2018, PX and MEG raw materials in the upstream of the polyester industry chain mainly rely on foreign imports, with high product price premiums and rich profits relative to the downstream. Since the second half of 2019, a large number of domestic PX and MEG production capacity has been completed, the external dependence of raw materials has decreased, the profit of polyester has shrunk, and the profit differentiation of various varieties has been obvious. In 2020, MEG (coal) profit dropped to -693 yuan/ton, PTA has fallen into a serious loss state, and small and medium-sized enterprises' cash flow is worrying. In the next two years, the supply of PTA and PX will increase significantly, and the profits of the industrial chain are expected to transfer to the polyester end.

Supply pattern ushered in improvement, the industry continues to boom

Polyester filament production capacity growth slowed down, the supply pattern ushered in improvement

2015-2016, after the end of the last round of production cycle, polyester filament faced overcapacity, production capacity slowed down, the industry continued to decline, and the supply side reform was implemented in the industry during the same period, and a large number of small and medium-sized enterprises' production capacity was cleared. 2017-2020 Leading enterprises with cost advantages and scale advantages quickly put capacity to occupy the market share of clearing enterprises. In three years, Tongkun Group put in 2.9 million tons of production capacity, and New Fengming added 2.12 million tons of production capacity, and the production capacity was concentrated in leading enterprises, and the industry concentration increased significantly. In 2020, the production capacity of Shenghong, Hengli and Hengyi will increase by 250,000 tons, 700,000 tons and 750,000 tons respectively, and the total production capacity in 2020 will be 42.18 million tons, an increase of 24% compared with 2017. The total output was 36.62 million tons, an increase of 25% compared with 2017.

Polyester filament industry expansion in the next two years orderly. In 2021, it is expected to add 2.62 million tons of new production capacity, an increase of 6%, and in 2022, Tongkun Rudong two phase plants are planned to be put into operation, and it is expected to increase production capacity by 2.4 million tons. It is expected that the growth rate of polyester filament production capacity in the next 2-3 years is expected to maintain a stable trend, but most of the new production capacity comes from leading enterprises. According to Longzhonginformation forecast, the next two years of new production capacity of more than 6 million tons, the annual growth rate of more than 9%, lower than the apparent consumption forecast growth rate of 9.7%, the demand growth rate is greater than the supply growth rate, polyester filament will greatly improve the supply and demand pattern, the industry cycle boom continues.

The concentration of polyester filament industry continues to increase

The advantages of leading enterprises continue to expand, and the industry concentration continues to improve. With the continuous expansion of polyester filament production, supply and demand imbalance caused by industry profits compression, a large number of small and medium-sized enterprises limited capacity, high production costs, low market share, unable to support technology upgrades and other expenditures, have stopped production exit the market, leading enterprises with scale advantages, cost advantages and capital advantages quickly seize market share. In 2020, the market share of CR10 in the polyester filament industry is about 57%, and the concentration of the top four in the industry has reached about 40%. In the future, leading enterprises will continue to expand production, and the survival space of small and medium-sized production capacity in the industry is limited. It is expected that the concentration of the polyester filament industry will be further improved. According to the production plan of the past two years, it is expected that the industry concentration of CR10 can reach more than 80% in 2023. In recent years, the new production capacity of leading enterprises led by Tongkun, Hengyi, New Fengming and Shenghong has reached more than 6.6 million tons, leading enterprises have constantly adjusted the industrial chain, optimized the industrial structure, improved the overall competitiveness, widened the gap between leading enterprises and small and medium-sized enterprises in the industry, and the industry concentration has been continuously improved.


  • OMRON C200PC-ISA02-DRM-E SYSMAC Board PLC with Floppy & Operator Panel
  • OMRON 3G3SV-BB007-E 0.75kW Inverter
  • OMRON CP1H-X40DT-D Compact PLC
  • OMRON CS1W-AD081-V1 Analog Input Module
  • OMRON C60K-CDR-C K-Type CPU PLC
  • YASKAWA SGMPH-08A1A41 750W Servo Motor with Gearbox
  • YASKAWA SGMPH-04AAA61D-OY 200V 400W Servo Motor
  • OMRON CJ1W-DA041 Analog Output Module
  • OMRON C60H-C5DR-DE-V1 SYSMAC CPU PLC
  • OMRON 3G3MV-P10CDT3-E RS422/485 Inverter PLC Board
  • OMRON C200PC-ISA02-DRM-E SYSMAC Board PLC
  • Omron CQM1H-MAB42 Analog I/O Board
  • Omron C200PC-ISA02-DRM-E SYSMAC Board
  • Oriental Motor ARD-C CM10-1 Stepping Driver
  • EVA 915.85.003 Embedded CPU Module
  • Omron C60H-C1DR-DE-V1 PLC CPU
  • TE.CO TFX 4G10 Industrial Power Cable
  • Siemens 6SL3120-2TE15-0AA4 Motor Module
  • Emerson SolaHD SDN10-24-100P Power Supply
  • PARKER HPD2S5N/K005 Servo Drive
  • Danfoss VLT 3008 Variable Speed Drive
  • Saia Burgess Controls PCD4.H31 PLC CPU
  • OMRON C200HW-PRT21 Profibus DP Slave Unit
  • OMRON TJ1-ML04 Trajexia Motion Controller
  • Schneider Electric Pre-Wired PLC Control Box
  • Allen Bradley 1336-L8E AC Drive
  • Siemens 6ES7123-1GB60-0AB0 PLC Module
  • Automation Direct D3-08B-1 PLC Chassis 8 Slot
  • OMRON 3G3XV-A2007 VFD 0.75kW 220V
  • STOBER F102SG0230MO20 Gear Drive Technology
  • Saia PCD4.H32 PCD4 Series PLC
  • Omron NSJ12-TS01B-G5D NSJ Terminal
  • Biticino MA250 T7314A Megatiker Circuit Breaker
  • Omron ZX-LDA41 ZX-LD300L Laser Sensor
  • Siemens 6ES7511-1AK02-0AB0 CPU 1511-1 PN
  • Saia Burgess Controls SBC PCD PLC Module
  • Siemens 6ES5 244-3AA21 S5 Temperature Module
  • Omron NSJ5-SQ01-DRM NSJ Controller
  • Omron NT15S-SF121B-E Programmable Terminal
  • Yaskawa CIMR-F7Z4045 45kW VFD AC Drive
  • AB 1494U-D100 Smart Motor Controller
  • Omron NA5-7W001B-V1 Touch Screen HMI
  • Fanuc A16B-1000-0400/01A CNC Control Board
  • Omron CV2000-CPU01-EV1 PLC CPU Unit
  • Eaton XV-102-B4-35TQRF-10-PLC Touch Panel
  • Siemens 6FX1121-3BB01 SINUMERIK Board
  • SCE M68-2000 2 Axis CNC Servo Controller
  • Omron R88M-K20030T-BS2 AC Servo Motor
  • Omron G3NH-4150B Solid State Relay
  • BITICINO MA250 T7313A Megatiker PLC Disconnector
  • IFM 2MSTR AS-i PROFIBUS DP Gateway
  • Danfoss VLT 3022 175H1238 Variable Speed Drive
  • PASABAN MTC-3052 FAST I/O Module
  • Allen Bradley 1746-A7 SLC 500 Chassis
  • Mitsubishi NF1600-SEW MCCB
  • Schneider LTMR100EBD Motor Management Controller
  • Yokogawa AIP121-S3 Analog Input Module
  • Siemens 6ES7135-4LB02-0AB0 ET200S AO Module
  • Motor Power SKA DDR 148-240 Torque Motor
  • OMRON CS1H-CPU63-EV1 PLC CPU Unit
  • ABB UFC921A101 Main Control Board
  • ABB UFC921A Main Control Unit
  • ABB UFC911B108 Drive Main Control Unit
  • ABB UFC911B106 Drive Main Control Unit
  • ABB UFC911B101 Drive Main Control Unit
  • ABB UFC765AE102 Drive Control Interface Board
  • ABB UFC762AE101 I/O and Communication Extension Board
  • ABB UFC760BE41 I/O and Communication Extension Board
  • ABB UFC760BE145 I/O and Communication Extension Module
  • ABB UFC721BE101 Fieldbus Communication Adapter Module
  • ABB UFC721AE101 3BHB002916R0101 Network Interface
  • ABB UFC718AE101 HIEE300936R0101 Communication Module
  • ABB UDC920BE01 3BHE034863R0001 Communication Module
  • GE IS420UCSCH1A-F-VO.1-A Controller Module
  • GE UCSC H1 IS420UCSCH1A Controller Station Card
  • ABB UCD240A101 3BHE022287R0101 Process Controller
  • ABB UCD224A103 Process I/O Module
  • ABB UCD224A102 Analog Input Module
  • WOODWARD 9907-838 Load Sharing Module
  • B&R X20CP1485-1 Industrial PC CPU Module
  • ELAU MC-4/11/22/400 4-Axis Servo Drive
  • ELAU C600/10/1/1/1/00 Configurable Safety Relay
  • BENTLY 60R/SIM01 Proximitor Power Supply
  • BENTLY 60R/PPM01 Protection Processing Module
  • BENTLY 60R/PNL01 Operator Control Panel
  • BENTLY 60R/PIM01 Panel Interface Module
  • BENTLY 60R/INP07 Isolated DC Input Module
  • BENTLY 60R/INP01 4-Channel Analog Input Module
  • BENTLY 60R/CMM01 Communication Multiplexer Module
  • BENTLY 60R/CHA02 System Chassis Rack Enclosure
  • BENTLY 60R/CGW01 Condition Monitoring Gateway
  • Pacific Scientific P70360-SDN Servo Motor
  • HONEYWELL 05701-A-0284 Signal Conditioner
  • YOKOGAWA NFCP501-W05 Pressure Transmitter
  • ABB CI541V1 3BSE0146666R1 Control Interface
  • ABB DSTC176 57310001-KT Terminal Base Unit
  • ABB DSDP170K02 3BSE019925R1 Analog Input Module
  • ABB DSBC173 57310001-KH Terminal Base Unit
  • ABB DSAI130K01 5730-030-UC Thermocouple Input
  • ABB DSRF182 57310255-AL Relay Output Module
  • ABB SC520 3BSE003816R1 Compact PLC
  • ABB DSDP140A 57160001-ACT Analog Input Module
  • ABB DSAI130 57120001-P Analog Input Module
  • ABB SCYC55830 3AFE58063282 MCCB
  • Fireye 95DSS3-1CEX UV Flame Scanner
  • ABB DSDP170 57160001-ADF Analog Input Module
  • ABB CI532 3BSC140120R1 Communication Interface
  • ABB DSAO120A 3BSE018293R1 Analog Output Module
  • ABB CI869K01 3BSE049110R1 Ethernet Interface
  • ABB CI522A 3BSE018460R1 PROFIBUS DP Master
  • GUTOR OP6257 Rectifier Control Unit
  • Meggitt C327845-11 Gas Shutoff Valve
  • ABB SACO64D4 4-Pole Digital Annunciator Unit
  • ABB CI522AK04 3BSE018451R1 PROFIBUS DP Module
  • ABB DSAI130DK01 3BSE020828R1 Temperature Input Module
  • ABB CI546 3BSE012610R1 PROFIBUS DP Master Module
  • ABB SC510 3BSE003832R1 Compact PLC Controller
  • ABB CI540 3BSE001077R1 PROFIBUS DP Slave Module
  • ABB CI532V03 3BSE003828R1 AF 100 PROFIBUS DP Master
  • ABB DSBC172 57310256-EL Digital Input Terminal Base
  • Rexroth VT2000-5X Frequency Converter AC Drive
  • GE MAVS01L1AB0751D-140393N Soft Starter
  • ABB REF615 HBFDACADNAA1BCN1XE Relay
  • ABB SACO16D1 1-Pole Digital Annunciator Unit
  • ABB UNITROL 1000 3BHE014557R0003 Static Excitation System
  • Woodward 8273-1011 Electro-Hydraulic Actuator
  • Eaton MC2-442-57CQB-1-2A Molded Case Circuit Breaker
  • Siemens 3AY1715-6L VS30029P VS30041 Auxiliary Contact Block