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Corporate
About Us
Quality Policy
References
News
Working Area
Oil and Gas
Petrochemical Industry
Power Generation
Environmental Technologies and Water Treatment
Chemical Industry
Mining
Shipyards
Representations
Addar Chem Group Co.
Alphatec-Engineering
Andritz Separation
Armstrong Chemtec
Bergen Pipe Supports
Buss-SMS-Canzler
Erreesse
FBM Hudson
Flexatherm
Fomas Asfo
GKN
ISIA
ITW Technologies
Kingspan
Oseco Elfab
Ovivo Water
Paroc
Pyramid E&C
Rei Process
Samia
Steeltrade
SUEZ Oil and Gas
Sulzer GTC
Swenson
Temati
Termomeccanica TM.I.P.
Thermon
Tritech
Wuhan Kaidi
Wyssmont
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Licences
Product Groups
GT-BTX
PGO Processing
GT-Styrene
GT-DWC
Alkylation
ISOM PX
Aromatization/Olefin Cracking
C5 Processing (GT-IsopreneS/GT-C5)
GT-LPG Max
GT-STDpsm
Paraxylene Recovery Crystallization/Hybrid
GT‑TransAlk℠
GT‑ATCS℠
GT‑BTX PluS®
GT‑BenZap®
GT-DMT℠
GT-CAR®
GT-TolAlk℠
GT‑G2A
Isomalk
Pyrolysis Gasoline Hydrotreating (Pygas)
GT-BTX
GT-BTX® is an aromatic recovery technology that uses extractive distillation to remove benzene, toluene and xylene (BTX) from refinery, petrochemical or coke oven aromatic streams such as catalytic reformate, pyrolysis gasoline or coke oven light oil COLO
PGO Processing
Sulzer GTC Technology offers the GT-HART process to remove high purity naphthalene, heavy aromatic solvents (including aromatic washing oil) and other high-value ingredients from the heavier kerosene fraction from naphtha crackers that produce ethylene.
GT-Styrene
GT-Styrene is the extractive distillation process of Sulzer GTC that directly recycles styrene from crude pyrolysis gasoline obtained from steam cracking of naphtha, gas oils and natural gas liquids (NGL).
GT-DWC
Sulzer GTC process equipment technology offerings include a divide wall column (DWC) that separates a multi-component feed into three or more purified streams in a single tower, thus eliminating the need for a second column.
Alkylation
GT-TolAlk is a new way to derive PX paraxylene while eliminating benzene production.
ISOM PX
GT-IsomPX is a xylene isomerization technology with two versions of GTC: ethylbenzene isomerization type and EB dealkylation type. Both versions produce equilibrium mixed xylenes with high EB conversion rates.
Aromatization/Olefin Cracking
Sulzer GTC Technology, in cooperation with our technology partner, offers commercially proven aromatization technology for gasoline octane conditioning or aromatics production.
C5 Processing (GT-IsopreneS/GT-C5)
Sulzer GTC offers two technologies to recover DCPD and PIPS to make hydrocarbon resin and SIS / polymer grade isoprene.
GT-LPG Max
GT-LPG Maxsm offers a cost-effective solution for recovery of LPG product, using a new concept of absorption and distillation process in the same fractionating vessel.
GT-STDpsm
GT-STDP produces paraxylene-rich mixed xylene along with streams of high purity benzene from toluene.
Paraxylene Recovery Crystallization/Hybrid
CrystPX is the crystallization technology for the production of GTC paraxylene, presented in collaboration with Lyondell Bassell.
GT‑TransAlk℠
GT-TransAlk process technology produces benzene and xylenes by transalkylation of methyl groups from toluene and / or heavy aromatic streams.
GT‑ATCS℠
Sulzer GTC offers an advanced thermal coupling option that produces DWC effect in existing columns to make devide wall column (DWC) renovations more economical.
GT‑BTX PluS®
GT-BTX PluS is a GT-BTX® variant that uses extractive distillation technology to simultaneously recover BTX and thiophenic sulfur species from refinery or petrochemical aromatics containing streams.
GT‑BenZap®
GT-BenZap is recommended for refineries limited by the economies of scale required for benzene extraction, or for units located in remote areas away from benzene consumers.
GT-DMT℠
Sulzer GTC's GT-DMT technology is a series of processes for the production of dimethyl terephthalate.
GT-CAR®
GT-CAR is Sulzer GTC's carboxylic acid recovery technology that combines liquid-liquid extraction technology with distillation to recover and concentrate carboxylic acids from wastewater.
GT-TolAlk℠
GT-TolAlk is a new way to derive PX paraxylene while eliminating benzene production.
GT‑G2A
GT-G2A℠, a new process offered by Sulzer GTC Technology, is a highly efficient method to convert methane by activation with a halogen, i.e. bromine, instead of oxygen or sulfur as a co-reactant.
Isomalk
The Isomalk℠ technology family includes Isomalk-2 for C5-C6 isomerization, Isomalk-3 for C4 isomerization and Isomalk-4 for paraffin isomerization C7.
Pyrolysis Gasoline Hydrotreating (Pygas)
Sulzer GTC offers an optimized technology for the hydro purification of two-stage pyrolysis gasoline where di-olefins, olefins and styrene in the raw pygas feed are saturated.
Products / Solutions
Piping Equipment
Heaters
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