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Coal to Chemicals
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Coal to ChemicalsCoal to Chemicals
ZhongminZhongmin Liu Liu [email protected]@dicp.ac.cn
Dalian Institute of Chemical Physics, CASDalian Institute of Chemical Physics, CAS2007.05.232007.05.23--24, Beijing24, Beijing
DICPDICP
CheapSynGas
Crude OilCrude OilDevelopedDeveloped
ResourcesResources PetrochemicalProducts
PolyolefinsPE, PP
Acrylates
PolycondensatesPC, PET,
PBT
Solvents
FuelsFuel additives
Coal/BioCoal/Bio--
Natural GasNatural GasDevelopingDeveloping
SynGasSynGas MeOHMeOH
AromaticsAromaticsBenzeneTolueneXylenes
OxygenatesOxygenatesAlcohols, Ethers,
Esters, Acids,Aldehydes
Basic MaterialsBasic Materials
OlefinsOlefinsEthylene
Propylene
Cracking
MDA
C2 Oxy.
MTOMTP
DME
Routes for oil substitution by gas and coal
DME
Formaldahyde
DICPDICP
Roadmap for technology developmentRoadmap for technology development
DemonstrationR&DEthylene glycol
commercial unit in constructionDemonstrationMethanol to poly-formalhyde
Pilot testR&DNeutral gas to ethylene
DemonstrationR&DCoal to acetylene
demonstrationPilot testSyngas to DME
10-50kt/a DemonstrationR&DMethanol to aromatics
commercial unit in constructionProcess developmentSyngas to C2 oxygenates
Large scale commercializationDemonstrationSyngas to fuel and wex
DemonstrationR&DMethanol to diesel
1mt/a commercializationCommercializationMethanol to DME
demonstrationPilot testMethanol to Propylene
commercialization unit in operation
Demonstration test finished
Methanol to Olefin DMTO technology
2010NowProject
DICPDICP
ContentsContents
C2 Oxygenates (ethanol)
Methanol to DME
DMTO technology
DICPDICP
CO + H2C2
Oxygenates
EtOH
AcOOEt
AcOOH
Hydrogenation
Oxidation
Esterification
Catalyst: 1 %Rh/SiO2, 15Kg
Conditions: 310-315oC, 8.2MPa
Yield: 370 g/kg h
30 tons/year
CO Conv. 56.4%
Selec. 73.5 wt%
C2 Oxygenates Synthesis from Syngas (1st Generation)
1 ton of CO yields 0.54 ton C2/oxygenates
DICPDICP
050
100150200250300350400450500
0 200 400 600 800 1000
TOS,h
STY of C2oxy, g/kg-cat.h
01020
3040506070
8090
100
0 200 400 600 800 1000
TOS,h
Selec. of C2oxy, wt%
Long term stability of the catalyst
DICPDICP
Methanol to Methanol to DimethylDimethyl Ether (DME)Ether (DME)Commercialized TechnologyCommercialized Technology
ModifizedModifized ZeoliteZeolite Catalyst, Fixed Bed ReactionCatalyst, Fixed Bed Reaction
100kt/a unit in Hebei
DICPDICP
Methanol to Methanol to DimethylDimethyl Ether (DME)Ether (DME)
Feasibility studyFeasibility study500500Benxi CityBenxi City77Feasibility studyFeasibility study12001200YiliYili Group (Group (NeimengNeimeng))88
Feasibility study Feasibility study completed completed
400400Shanxi Shanxi HuaweiHuawei Engineering Co.Engineering Co.66
Feasibility study Feasibility study completed completed
100100MilkwayMilkway Co (Co (HuaibinHuaibin, Henan), Henan)55DesignDesign2020SanxuSanxu LPG Co. (LPG Co. (ShaowuShaowu, Fujian), Fujian)44
Start operation at Start operation at April of 2007April of 2007
Under Under constructionconstruction
100100HebeiHebei ZhongjieZhongjie Petrochemical Petrochemical GroupGroup
33
Start operation at Start operation at April of 2007April of 2007
Under Under constructionconstruction
100100Ningxia Ningxia BaotaBaota Petrochemical Co.Petrochemical Co.22
Start operation at Start operation at November of 2006November of 2006
Under Under construction construction
5050Shandong Shandong YuhuangYuhuang Chemical Co.Chemical Co.11
StateStateScaleScale((ktkt/a)/a)
CustomerCustomer
Many plant will be constructedMany plant will be constructed
DMTO TechnologyDMTO Technology
DICPDICP
DMTO: R&D Course in DICPDMTO: R&D Course in DICP
Lab testLab testDICPDICPCC22
==+C+C33= = 90%90%
Pilot testPilot testIn Shanghai (In Shanghai (Fluidized BedFluidized Bed))
CC22==+C+C33
==>80%, 1995>80%, 1995
DemoDemoShangxiShangxi, , HuaxianHuaxian
DICPDICPDICPDICPShanxi Shanxi XinxingXinxing CoCoLPECLPEC
2004.082004.08From 1980From 1980 ““7575””,,““8585””, , ““973973””National ProjectNational Project
Pilot testPilot testin DICP (in DICP (Fixed BedFixed Bed))
CC22==+C+C33
==+C+C44==: 85% 1993 : 85% 1993
DICPDICP
DMTO DemonstrationDMTO DemonstrationObjectiveObjective
To develop DMTO technology for the design of large scale To develop DMTO technology for the design of large scale commercial unit commercial unit
PartnerPartnerDalian Institute of Chemical Physics, CASDalian Institute of Chemical Physics, CAS
Providing pilot technology for design and production of the Providing pilot technology for design and production of the catalystcatalyst
Luoyang Petrochemical Engineering Company, SinopecLuoyang Petrochemical Engineering Company, SinopecEngineering designEngineering design
Shanxi Shanxi XinxingXinxing Coal Chemical Technology LtdCoal Chemical Technology LtdInvestment, construction, management, operationInvestment, construction, management, operationjoint venture company: Shanxi Investment Group, joint venture company: Shanxi Investment Group, ZhengdaZhengda Coal Coal Chemical Ltd, Shanxi Coal and Chemical GroupChemical Ltd, Shanxi Coal and Chemical Group
DICPDICP
Design and ConstructionDesign and ConstructionThe corporation started on August The corporation started on August
8 of 20048 of 2004
FFeasibilityeasibility study finished and study finished and
passed on October 11 of 2004passed on October 11 of 2004
Basic design approved on February Basic design approved on February
27 of 200527 of 2005
Construction was finished in Construction was finished in
December of 2005December of 2005
Test was finished in June of 2006Test was finished in June of 2006
DICPDICP
Methanol or Methanol or DimethyletherDimethylether to to Olefin (DMTO) Demonstration Olefin (DMTO) Demonstration Plant Near XiPlant Near Xi’’anan
DICPDICP
FFlow chartlow chart of the of the DMTO demo unitDMTO demo unit
According to the According to the
feasibility study, deep feasibility study, deep
cooling separation cooling separation
would not be tested. would not be tested.
DICPDICP
DMTO catalystDMTO catalyst
Loading catalyst to the Loading catalyst to the DMTO demonstration plantDMTO demonstration plant
DICPDICP
Typical resultsTypical results
30
40
50
60
70
80
90
100
0 24 48 72 96 120 144 168 192 216 240 264
Operation time(h)
Con
v.or
sel
ectiv
ity,w
t%
C2=+C3
=
Conv.
C2=+C3
=+C4
C2=
C3=
DICPDICP
Comparison of the product stream Comparison of the product stream comparison: naphtha comparison: naphtha vsvs DMTODMTO
0.0140.014CC44HH66
0.1180.1181.651.6511,,33--CC44HH88
0.00020.00020.460.46CC33HH44
24.8324.839.449.44CC33HH66
38.1038.1031.6931.69CC22HH44
0.670.676.416.41CC22HH66
0.0020.0020.450.45CC22HH22
3.013.0123.6823.68CHCH44
0.030.03HH22SS0.300.300.180.18COCO2.062.0614.1314.13HH22
DMTODMTO((mol%mol%))Naphtha crackingNaphtha cracking
((mol%mol%))compositioncomposition
DICPDICP
NOxNOx in flue gasin flue gas
Flue gas from regenerator Flue gas from regenerator CO CO ::9.62 v%9.62 v%COCO22:: 5.18 v%5.18 v%NOxNOx ::0.2 0.2 ppmppm
NOxNOx in product gasin product gasppb grade ppb grade
DICPDICP
EconomicsEconomics
85197902742369196342581252424644ROI=12%
83407724725267366159563950694471ROI=10%Price of Olefin mixture (RMB/t)
78067189671859375637512945603961Cost of C2 & C3 olefin mixture (RMB/t)
74506854625856625066447038743278MeOH Cos (RMB/t)
25002300210019001700150013001100Methanol Price (RMB/t)
DMTO
DICPDICP
EconomicsEconomics
1111210736
103609986937587668373785770976456583554184960ROI=12%
1078710411
100359661907284638070755470096395577453574899ROI=10%Price
of Olefin (RMB/t)
9896952091448770818175727179666259035288466742503792Cost of Olefin (RMB/t)
8410804476787314673561415758524644963897329528832431
Naphtha Cost 扣除
副产后石脑油在成本中费用(可变成本)(RMB/t)
6100580055005200480044004000360032002800240021001800Price of Naphtha(RMB/t)
Naphtha Cracking
DICPDICP
Cost: DMTO & Naphtha crackingCost: DMTO & Naphtha cracking
0
2000
4000
6000
8000
10000
12000
0 1000 2000 3000 4000 5000 6000 7000
原料价格(元/吨)
烯烃
成本
(元/吨
)
DMTO烯烃成本
石脑油制烯烃成本Cos
t of O
lefin
Price of feedstock
DMTODMTO Naphtha crackingNaphtha cracking
DICPDICP
Economics: DMTO Economics: DMTO && naphtha crackingnaphtha cracking
Price of Feed
Methanol Price Price of Poly-olefin (RMB/t)
Coal to Methanol
Naphtha Cracking
DMTODMTO
DICPDICP
Further development of DMTO Further development of DMTO technologytechnology
The construction of commercially demonstration plant in ChinaThe construction of commercially demonstration plant in ChinaScale: 200kta olefinScale: 200kta olefinWill be approved by NDRCWill be approved by NDRCNew related technology will be appliedNew related technology will be applied
Olefin selectivity ~90%(wt)Olefin selectivity ~90%(wt)
It is expected before the commercial plantIt is expected before the commercial plant
The construction of commercially plant (600kta olefin)The construction of commercially plant (600kta olefin)Scale: 600kta olefinScale: 600kta olefinApproved by NDRC Approved by NDRC
The construction of commercially unit will be licensed outside CThe construction of commercially unit will be licensed outside China hina Many international olefin companies have contact us for the techMany international olefin companies have contact us for the technology nology licensinglicensingPartner is expected for licensing the technology worldwidePartner is expected for licensing the technology worldwide
ThanksThanks!!