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Highlight word(s) in header by changing the font to Open Sans (Headings) + Bold Insert a background picture by clicking on the Insert frontpage picture-button placed in Haldor Topsøe-menu
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Haldor Topsoe Flexible Solutions for Hydrogen Production for Refineries Alexandra Karyagina Regional Manager, Chemicals Department Haldor Topsoe LLC
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Agenda
roduction and organization of Haldor Topsøe A/S
• Challenges for modern refineries
• Topsoe technologies for refineries
• Topsoe steam reforming technology for Hydrogen Plants • Industrial example – 135,000 Nm3/h (12 t/h) SMR hydrogen plant in
TANECO, Nizhnekamsk
• Topsoe radiant wall reformer (SMR)
• Prereformer
• Industrial example – 5,000 Nm3/h HTCR-based hydrogen plant in Kuibyshev Refinery, Samara
• Topsoe Convection Reformer Process (HTCR)
• References in Russia
• Concluding remarks
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Challenges for modern refineries
Low OPEX and CAPEX
Oil conversion depth
Strict product specifications
Emission free
Modern refinery
Refinery
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Hydrogen balance for refinery Hydrogen sources
• Hydrogen rich off-gas of gasoline fractions catalytic reforming
• Hydrogen produced by steam reforming of hydrocarbons
Feed-stocks:
• Natural Gas
• Butane
• LPG
• Naphtha
• Off-gas
Topsoe: >70 Hydrogen Plants last 10 years
Multi-feed Haldor Topsoe Hydrogen Plant
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Topsoe technologies for refineries
• Full range of hydroprocessing technologies • ultra-low sulphur diesel production
• hydrotreating of oil fractions from naphtha to resid
• hydrocracking of heavy oil fractions
• dewaxing of diesel
• aromatics saturation
• Patented processes (Aroshift™ and HPNA Trim™)
• colour control
• hydroprocessing of renewable feeds – co-processing or stand-alone – for gasoline, jet fuel and diesel production
• Hydrogen technologies
• Sulphur management, off-gas treatment • WSA, DENOX, SNOX, CATOX
Oil refineries
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Topsoe steam reforming technology for Hydrogen Plants Radiant wall reformer (SMR) 15,000-200,000 Nm3/h
Convection reformer (HTCR) 5,000-30,000 Nm3/h
Heat-exchange reformer (HTER) + ≤40,000 Nm3/h
Bayonet reformer (TBR) 5,000-170,000 Nm3/h
Prereformer
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JSC TANECO, Nizhnekamsk 135,000 Nm3/h (12 t/h) SMR hydrogen plant, part of hydrocracking complex
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Background
• Contract concluded in 2006
• Basic Engineering Design Package submitted in
2007
• Construction, assembly 2012-2013
• Commissioning 2013
2012 2013
2007
Detailed Engineering:
VNIPIneft
Reformer Vendor:
Heurtey Petrochem
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Topsoe scope of supply and guarantees
• License
• Basic Engineering Design Package
(Reformer Engineering Design Package)
• Catalyst supply: – Hydrogenation, sulphur absorption, prereforming,
reforming, MTS catalysts
• Supervision services for: – Site inspection (review of PFD, PID, refractory drying,
reformer inspection)
– Catalyst loading
– Pre-commissioning, commissioning
• Operators’ training
• Technical support after start-up during
normal operation
• Support for VNIPIneft for PD development
Process performance
guarantees:
– Hydrogen plant capacity
– Net energy consumption
– Product quality: H2, steam
– Turndown ratio
– Catalysts life time
– SOx, Nox emissions
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The SMR-based hydrogen plant - lay-out and key operating parameters
• Low S/C ( ≤ 2.0)
• High reformer outlet temperature ( > 900ºC)
MT shift Radiant wall
reformer
Pre-
reformer
De-
sulphurisation PSA Unit
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Radiant wall Bottom-fired Top-fired Terrace wall
Topsoe radiant wall reformer
The only reformer with no direct firing towards tubes
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• Balancing heat input with heat consumption in an optimal way
• Side-fired reformer is ideally suited
• Radiant wall burners
• Flame directed to reformer wall
• No risk of flame impingement
• Counter-current of process gas and flue gas
Inside reformer - controlled firing
Topsoe: Constructed >250 tubular reformers
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SMR technology. Topsøe radiant wall reformers
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Prereformer
Tubular Reformer
Prereformer
CnHm + nH2O => nCO + (n + ½ m) H2 - Q
CO + 3H2 <=> CH4 + H2O + Q
CO + H2O <=> CO2 + H2 + Q
Topsoe pre-reformer market share is >60% worldwide
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Actual operating data
• Feed: – Natural gas – Propane + natural gas
• Process gas temperature at outlet
of reformer 915°С
• S/C ratio 2
• MTS reactor inlet temperature
210°С
• Commissioning: 11 November 2013
– first feed supply to reformer
• 18-19 December - 100-105% load
achieved
135,000 Nm3/h SMR Hydrogen Plant
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HTCR-based hydrogen plant. Kuibyshev Refinery, Samara
• Capacity 5,000 Nm3/h + PSA 12,000 Nm3/h
• Feed – LPG
• Commissioning in 2009
• Energy consumption: • Guaranteed
3.5 Gcal/1000 Nm3 H2
• Achieved 3.3 Gcal/1000 Nm3 H2
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HTCR – Convection Reformer
Flue gas inlet (1200°C)
Process gas Flue gas outlet (600 °C)
Tube bundle
Burner chamber
Process gas
outlet catalyst
(850 °C)
outlet (600 °C)
inlet (450 °C)
Catalyst
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Topsoe Convection Reformer Process (HTCR)
Fuel
Flue gas
Feed
Combustion air
Off-gas
3 x
H2 Steam
S-removal Pre-reformer HTCR reformer Shift PSA
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HTCR reactor tube bundle
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HTCR: compact lay-out and fast assembly
HTCR Plant 15 000 Nm3/h
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HTCR scope of supply
License, Basic Engineering, Detailed Engineering
Package supply of equipment, materials and catalysts
Supervision at site
During assembly
During start-up and test-run
Personnel training
+ technical service after supply via Moscow office Topsoe:
Constructed 35 heat exchange reformers
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Client Feed type Capacity
Nm3/h
Т outlet
reformer, оС S/C ratio Start-up
TANECO, Nizhnekamsk NG/propane 135 000 920 2.0 2013
Gazpromneft
NIS Pancevo, Serbia NG/LPG 77 000 920 2.0 2012
Rosneft-ANKHK, Angarsk Naphtha/ROG 96 000 H2
+10 000 CO 915 2.0 2015
Rosneft – KNPZ, Samara NG/LPG 50 000 915 2.0 2015
Rosneft – SNPZ, Syzran NG/LPG 50 000 915 2.0 2015
Lukoil-
Volgogradneftepererabotka NG/Naphtha 120 000 910 1.8 2016
Gazpromneft, Moscow
Refinery, Moscow
NG/VGO HC
vent H2 gas 105 000 915 1.9 2020
Topsoe radiant wall reformers – SMR hydrogen plants in Russia
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Topsoe HTCR Plants in Russia
Client Process Feed type Nm3/h Start-up
NLMK, Lipetsk HTCR NG 3 X 2,000 2004
Rosneft-KNPZ, Samara HTCR LPG (+Н2 rich
gas)
5 000
(12 000) 2009
ShchekinoAzot, Tula
region HTCR
NG (+MeOH
purge gas)
15 000
(26 000) 2012
TANECO, Nizhnekamsk HTCR Twin NG 30 000 2015
Antipinsky Refinery,
Tyumen HTCR Twin NG 30 000 2015
Volkhovneftekhim,
Volkhov
HTCR
NG
2 000 2017
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Concluding remarks
• Wide range of state-of-art efficient technologies for hydrogen production
• Impressive experience with hydrogen plants for refineries in Russia: • Various process lay-outs
• Large capacity range
• Flexibility in projects implementation and scope of supply
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