INTELIGÊNCIA PARA TRANSFORMAR SEU MUNDO
A QUÍMICA ESTÁ EM TUDO,
A YPF TAMBÉM
Somos uma empresa líder na indústria química na Argentina.
Produzimos, comercializamos e distribuímos produtos de origem petroquímica elaborados nos diferentes complexos industriais da YPF QUÍMICA. Nossos produtos têm como mercado destino além do segmento químico também o industrial e agrícola da Argentina, Brasil e América latina, bem como todo o mundo. Nossos produtos representam uma grande variedade de objetos presentes na vida cotidiana.
N°1 EM PRODUÇÃO QUÍMICA NA ARGENTINA
Temos a mais ampla variedade de matérias-primas, com a qualidade superior que só a YPF pode oferecer. Conhecemos o setor, conhecemos a Argentina e a região, por isso sabemos facilitar o que cada atividade necessita.
N°1 EM PRODUÇÃO QUÍMICA NA ARGENTINA
Temos a mais ampla variedade de matérias-primas, com a qualidade superior que só a YPF pode oferecer. Conhecemos o setor, conhecemos Argentina e a região, por isso sabemos facilitar o que cada atividade necessita.
Capacidade produtiva + 2,2 milhões de toneladas / ano
Contamos com três complexos industriais estrategicamente localizados e integrados por uma eficiente rede logística: Ensenada, Luján de Cuyo e Plaza Huincul. Além da planta industrial de Bahía Blanca, a Profertil com 50% de participação.
Capacidade produtiva + 2,2 milhões de toneladas / ano
Contamos com três complexos industriais estrategicamente localizados e integrados por uma eficiente rede logística: Ensenada, Luján de Cuyo e Plaza Huincul. Além da planta industrial de Bahía Blanca, a Profertil com 50% de participação.
+200 Clientes ativos
Nos concentramos nas necessidades dos nossos clientes, oferecendo assistência e serviço. Oferecemos produtos de qualidade, atendendo aos padrões dentro das especificações e no prazo.
+200 Clientes ativos
Nos concentramos nas necessidades dos nossos clientes, oferecendo assistência e serviço. Oferecemos produtos de qualidade, atendendo aos padrões dentro das especificações e no prazo.
Presente em mais de 20 países
Trabalhamos para que nossos produtos sejam uma solução em qualquer país do mundo diretamente ou através de distribuidores associados. Fortalecemos nossa liderança regional, a partir de escritórios comerciais na Argentina, Brasil e Chile.
Presente em mais de 20 países
Trabalhamos para que nossos produtos sejam uma solução em qualquer país do mundo diretamente ou através de distribuidores associados. Fortalecemos nossa liderança regional, a partir de escritórios comerciais na Argentina, Brasil e Chile
PRODUTOS
AROMÁTICO PESADO 220
HEAVY INDUSTRIAL AROMATIC
BENZENE
CYCLOHEXANE
ORTHOXILENE
TOLUENE
XYLENE MIXTURE
WHITE SPIRIT
NORMAL PENTANE
NORMAL PARAFFINS CLAB
SOLVENT B
SOLVENT C
DBI
PROPANE PROPYLENE
BUTENE 1
ISOOCTENE
METHANOL
MELTED MALEIC ANHYDRIDE
SOLID MALEIC ANHYDRIDE
LAB
LAS
LAS REGIONAL
POLYBUT 0
POLYBUT 0E
POLYBUT 10
POLYBUT 150
POLYBUT 200
POLYBUT 30
POLYBUT 5E
POLISOL
PEX AE
PEX AP
HYDRATES INHIBITOR
YFLUX-1 PARAFFINS INHIBITOR
SOLVENTES AROMÁTICOS E ALICÍCLICA
AROMÁTICO PESADO 220
HEAVY INDUSTRIAL AROMATIC
BENZENE
CYCLOHEXANE
ORTHOXYLENE
TOLUENE
XYLENE MIXTURE
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AROMÁTICO PESADO 220
Este solvente aromático é composto por uma mistura de compostos aromáticos mono-, di- e trialquilados com compostos alifáticos. É um líquido límpido, isento de sedimentos, de elevada solubilidade.
HEAVY INDUSTRIAL AROMATIC
This aromatic solvent is a mixture of mono‐, di‐ and tri‐alkylated aromatic compounds with aliphatic compounds. It is a highly soluble clear liquid free from sediments. It is used in making solvents, agrochemicals and baked enamels (cars, refrigerators, washing machines).
BENZENE
Benzene comprises six carbon atoms and six hydrogen atoms in a ring shape structure. It is a clear, colourless, and volatile liquid, with a characteristic aromatic hydrocarbon odour. Industrially is obtained from “reformate”, having numerous applications. Benzene is used in basic chemistry, generally as raw material for the elaboration of different products: phenol, cyclohexane, styrene, synthetic laundry soap, maleic anhydride, etc. It is also used in adhesives, synthetic rubber, etc. It is recommended to prohibit absolutely the use of benzene for the cleaning of pieces, equipment, clothes, any type of fabric, hands, etc., by its high risk for the health and the environment.
CYCLOHEXANE
This naphthenic or cycloparaffinic product is obtained by the catalytic hydrogenation of benzene. It is a crystalline, high‐purity product whose solubility is similar to that of paraffinic products. Its chemical structure is in a ring shape with six saturated carbon atoms. Its main use is in the synthesis of caprolactam, adipic acid and hexamethylenediamine to produce different types of nylon and polyamides. Cyclohexane is also used as solvent in cellulose esters, resins, paints, oil extraction, etc.
ORTHOXYLENE
Orthoxylene is obtained by a catalytic process from a light hydrocarbon stream and removed by distillation from their isomers. Its molecular structure consists of a benzene ring with two methyl groups attached next to each other. Is used in the synthesis of phtalic anhydrides, dyes, medicines, PVC plasticizers. It is also used to make polyester and alkyd resins, insecticides, automotive fuels, etc.
TOLUENE
Toluene is a colourless liquid with a characteristic aromatic odour (smoother than the benzene). It is generally produced along with benzene, xylenes, and C9 aromatics, from the “catalytic reforming” of naphtha (and finally separated by distillation). It has the highest solvent power among hydrocarbon solvents. It is used as a solvent for resins, oils, rubber, lacquer, paints and adhesives. It is also used for the production of benzene (through a process of hydrodealkylation, HDA) and phenol. But its main chemical application is the production of TDI (toluene diisocyanate), which is the raw material to manufacture polyurethanes.
XYLENE MIXTURE
Also named Xilol, it is a mixture of xylene isomers (meta‐, para‐, and ortho‐) and ethylbenzene. They are aromatic hydrocarbons with eight carbon atoms, mainly metaxylene, ethylbenzene, and paraxylene, because the orthoxylene has been partially removed. It is used in high‐octane gasoline and thinners. It is also used to manufacture protective coatings, agrochemicals, etc. It is a very good solvent for alkyd resins, lacquer, enamels, rubber cements, etc.
ALIPHATIC SOLVENTS
WHITE SPIRIT
NORMAL PENTANE
NORMAL PARAFFINS CLAB
SOLVENT B
SOLVENT C
DBI
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WHITE SPIRIT
White spirit is a mixture of paraffinic, cycle paraffinic, and aromatic hydrocarbons with boiling ranges between 145 and 218 °C. It is a colorless, chemically stable, non‐corrosive liquid, and with a soft, sweet odor. Also, it does not leave any stains after evaporation. It is mainly used in thinners for paints, so its characteristics are: • High solvent power. • Quick evaporation at the beginning, which prevents paint from running. • It reduces paints´ viscosity and allows the application of thin and uniform films. • Slow evaporation at the end (so paint does not dry in the applicator). Metallurgical industries use white spirit to clean grease off. It is also used as solvent in wax, polish, and dry cleaning industries.
NORMAL PENTANE
Normal pentane is a colourless liquid, extremely flammable at ambient temperature, with a high vapour tension. It is an aliphatic solvent of normal paraffins with five saturated carbono atoms, obtained by molecular extraction. It is used in solvent extraction processes; pesticides; polymerization (expanded polystyrene), desorption from molecular sieves, etc.
NORMAL PARAFFINS CLAB
Product purely paraffinic (C10‐C14), liquid at ambient temperature, appreciated because of its high inflammation point and low content of sulphur and aromatic hydrocarbons. Mainly used as raw material in the petrochemical industry, besides being used as a solvent itself.
SOLVENT B
Basically, the solvent B is a hydrocarbon mixture mainly constituted by normal and iso paraffins. Solvent B has a distillation range that meets the demands of the rubber industry for the manufacture of balloons, balls, dummies, teats, gloves, draft excluders, etc. In this kind of industry it is used to wet surfaces to be stuck together and for making contact adhesives. In hot sticking inner tubes patches, where drying is a function of temperature, this solvent is excellent because of its controlled evaporation. As it has a wide distillation range, solvent B is used in garages and industries to clean and remove grease; or at home when quick drying of surfaces to be cleaned is required.
SOLVENT C
Basically, the solvent C is a hydrocarbon mixture mainly constituted by normal and iso paraffins of C6. It is used mainly for extracting vegetable oils (edible or not), such as peanut, sunflower, olive, corn, soya, grape, cotton, prickly pear, castor oil, avocado pear, etc. The solvent removes the oil directly from crushed seed or from cakes made by pressing seeds. As the extracted oil is used for human consumption, and the cakes are used to make flour or in balanced food, the solvent must meet strict quality standards, apart from the common requirements set for the other solvents: • Narrow distillation range, to not to contaminate with solvent neither the oil nor the cake. • Virtually null distillation residues, to assure absence of strange components in the solvent. • Low content of aromatic compounds. • Very low content of sulphur, to avoid oil reactions. This solvent is also used in removing essential oils and in the formulations of quick dry lacquers and thinners. Solvent C meets the requirements of Resolution N° 2012/84 of the Argentine Food Code.
DBI
Basically, it is a hydrotreated kerosene, mostly paraffinic. It is used mainly as a raw material for the petrochemical industry, as well as as an agrochemical solvent (formulation of insecticides and herbicides).
OLEFINS
PROPANE PROPYLENE
BUTENE 1
ISOOCTENE
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PROPANE PROPYLENE
It is a mixture of light hydrocarbons consisting mainly of propylene and propane, in varying proportions. Under normal conditions it is a gas, and it will become a liquid if it is compressed. It is produced in Catalytic Cracking Units of Refineries. Applications as fuel, raw material for the synthesis of olefins.
BUTENE 1
Butene 1 is a high purity gas (more than 99 %) produced by distillation and selective hydrogenation of a butane/butene refinery stream. Butene 1 is used in the production of butyl mercaptan, butylene oxide, succinimide (as dispersant), aldehyde intermediates, alcohols, and other C4s’ derivatives; and as co‐monomer in high and low density polyethylene production.
ISOOCTENE
This solvent is obtained by dimerization of isobutene and other butenes. Branched alkenes of C8 are ultimately used in the manufacture of plasticizers via isononyl alcohol and diisononyl ftalato units.
ÁLCOOL
METHANOL
Also known as methyl alcohol (CH3OH), methanol is obtained by reforming of natural gas as a combination of carbon oxides and hydrogen. After synthesized under pressure in a catalytic process, crude methanol is purified by distillation to chemical grade. Methyl alcohol or methanol is used to produce formaldehyde (chemical intermediate for the production of urea‐formaldehyde and phenol‐ formaldehyde resins); to manufacture antifreezes, MTBE (methyl tert‐butyl ether) an important component of fuels for internal combustion engines; to denature ethyl alcohol, and as solvent for common uses.
SPECIALTIES
MELTED-MALEIC-ANHYDRIDE
SOLID MALEIC ANHYDRIDE
LAB
LAS
LAS REGIONAL
POLYBUT 0
POLYBUT 0E
POLYBUT 10
POLYBUT 150
POLYBUT 200
POLYBUT 30
POLYBUT 5E
Polisol
Pex AE
Pex AP
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MELTED-MALEIC-ANHYDRIDE
Maleic anhydride is a pure product, solid to room temperature, obtained from a mixture of air and an overheated n‐butane stream in a tubular reactor containing a metallic oxide catalyst, which produces the oxidation of n‐ butane to maleic anhydride, that is then purified by distillation. It must be handled properly during the download, so as not to alter it. Storage time (suggested): 6 months. Applications: Chemical, textile, food and cosmetic industries use maleic anhydride. It is widely used in fibreglass‐reinforced plastics (to build boat hulls, swimming pools, marine accessories, cabins); maleic resins (for lacquers, paints, printing inks) ; modified alkyd resins, and others such as fumaric, polyamide and colophony resins. It is also utilised in lubricant oil additives, plasticizers, agricultural products, surfactants, copolymers, etc.
SOLID MALEIC ANHYDRIDE
Maleic anhydride is a pure product, solid to room temperature, obtained from a mixture of air and an overheated n‐butane stream in a tubular reactor containing a metallic oxide catalyst, which produces the oxidation of n‐ butane to maleic anhydride, that is then purified by distillation. It must be handled properly during the download, so as not to alter it. Storage time (suggested): 6 months Applications: Chemical, textile, food and cosmetic industries use maleic anhydride. It is widely used in fibreglass‐reinforced plastics (to build boat hulls, swimming pools, marine accessories, cabins); maleic resins (for lacquers, paints, printing inks) ; modified alkyd resins, and others such as fumaric, polyamide and colophony resins. It is also utilised in lubricant oil additives, plasticizers, agricultural products, surfactants, copolymers, etc.
LAB
LAB (linear alkyl benzene) is a clear liquid with a characteristic odour, mainly comprised of a mixture of linear mono alkyl benzenes. The light LAB product (Mol. Wt. 242) has less phenylC14% and more phenylC10% than the heavy LAB product (Mol. Wt. 246), where happens the opposite. LAB is the primary surfactant intermediate used in household laundry detergents and industrial cleaning products.
LAS
This product is obtained when a thin film of LAB (Linear Alkyl Benzene) is sulphonated with sulphur trioxide gas. In this process the reactants contact stechiometrically, so there are not secondary compounds in the end product. Because of its biodegradability, LAS is used in formulations of solid and liquid detergents, concentrated liquids and powders for industrial and laundry uses, etc.
LAS REGIONAL
This product is obtained when a thin film of LAB (Linear Alkyl Benzene) is sulphonated with sulphur trioxide gas. In this process the reactants contact stechiometrically, so there are not secondary compounds in the end product. Because of its biodegradability, LAS is used in formulations of solid and liquid detergents, concentrated liquids and powders for industrial and laundry uses, etc.
POLYBUT 0
Polybutenes are obtained by selective polymerisation of the isobutylene contained in a butene‐butane stream with an acidic catalyst (aluminium chloride). These polymers are 95‐100% monoolefins and they have important properties such as permanent plasticity; high viscous index; stability to light, heat and most chemicals; high hydrophobicity and non‐permeability to gases and vapour; low evaporation loss at ordinary temperatures and complete volatilisation under high temperatures, leaving no residues; good electrical properties. They are characterised by their stickiness, which is enhanced on increasing their molecular weight. The different polybut grades go (in viscosity range) from light oils to highly viscous liquids. Remember to handle it properly during your download, so as not to alter it. They are used in a variety of applications such as ink formulations, fertilizers carrier, cable oils, adhesives and sealants.
POLYBUT 0E
Polybutenes are obtained by selective polymerisation of the isobutylene contained in a butene‐butane stream with an acidic catalyst (aluminium chloride). These polymers are 95‐100% monoolefins and they have important properties such as permanent plasticity; high viscous index; stability to light, heat and most chemicals; high hydrophobicity and non‐permeability to gases and vapour; low evaporation loss at ordinary temperatures and complete volatilisation under high temperatures, leaving no residues; good electrical properties. They are characterised by their stickiness, which is enhanced on increasing their molecular weight. The different polybut grades go (in viscosity range) from light oils to highly viscous liquids. Remember to handle it properly during your download, so as not to alter it. They are used in a variety of applications such as ink formulations, fertilizers carrier, cable oils, adhesives and sealants.
POLYBUT 10
Polybutenes are obtained by selective polymerisation of the isobutylene contained in a butene‐butane stream with an acidic catalyst (aluminium chloride). These polymers are 95‐100% monoolefins and they have important properties such as permanent plasticity; high viscous index; stability to light, heat and most chemicals; high hydrophobicity and non‐permeability to gases and vapour; low evaporation loss at ordinary temperatures and complete volatilisation under high temperatures, leaving no residues; good electrical properties. They are characterised by their stickiness, which is enhanced on increasing their molecular weight. The different polybut grades go (in viscosity range) from light oils to highly viscous liquids. Remember to handle it properly during your download, so as not to alter it. They are mainly used in lubricant oils, compressor lubricants, adhesives, caulking and sealing, cables manufacture, etc.
POLYBUT 150
Polybutenes are obtained by selective polymerisation of the isobutylene contained in a butene‐butane stream with an acidic catalyst (aluminium chloride). These polymers are 95‐100% monoolefins and they have important properties such as permanent plasticity; high viscous index; stability to light, heat and most chemicals; high hydrophobicity and non‐permeability to gases and vapour; low evaporation loss at ordinary temperatures and complete volatilisation under high temperatures, leaving no residues; good electrical properties. They are characterised by their stickiness, which is enhanced on increasing their molecular weight. The different polybut grades go (in viscosity range) from light oils to highly viscous liquids. Remember to handle it properly during your download, so as not to alter it. They are mainly used as lubricant oil additives, hot melt adhesives, film stretch, cosmetic, caulking and sealing, etc.
POLYBUT 200
Polybutenes are obtained by selective polymerisation of the isobutylene contained in a butene‐butane stream with an acidic catalyst (aluminium chloride). These polymers are 95‐100% monoolefins and they have important properties such as permanent plasticity; high viscous index; stability to light, heat and most chemicals; high hydrophobicity and non‐permeability to gases and vapour; low evaporation loss at ordinary temperatures and complete volatilisation under high temperatures, leaving no residues; good electrical properties. They are characterised by their stickiness, which is enhanced on increasing their molecular weight. The different polybut grades go (in viscosity range) from light oils to highly viscous liquids. Remember to handle it properly during your download, so as not to alter it. They are mainly used as lubricant oil additives, hot melt adhesives, cosmetic, caulking and sealing, etc.
POLYBUT 30
Polybutenes are obtained by selective polymerisation of the isobutylene contained in a butene‐butane stream with an acidic catalyst (aluminium chloride). These polymers are 95‐100% monoolefins and they have important properties such as permanent plasticity; high viscous index; stability to light, heat and most chemicals; high hydrophobicity and non‐permeability to gases and vapour; low evaporation loss at ordinary temperatures and complete volatilisation under high temperatures, leaving no residues; good electrical properties. They are characterised by their stickiness, which is enhanced on increasing their molecular weight. The different polybut grades go (in viscosity range) from light oils to highly viscous liquids. Remember to handle it properly during your download, so as not to alter it. They are mainly used as lubricant oil additives, adhesives, caulking and sealing, hot melt adhesives, film stretch, etc.
POLYBUT 5E
Polybutenes are obtained by selective polymerisation of the isobutylene contained in a butene‐butane stream with an acidic catalyst (aluminium chloride). These polymers are 95‐100% monoolefins and they have important properties such as permanent plasticity; high viscous index; stability to light, heat and most chemicals; high hydrophobicity and non‐permeability to gases and vapour; low evaporation loss at ordinary temperatures and complete volatilisation under high temperatures, leaving no residues; good electrical properties. They are characterised by their stickiness, which is enhanced on increasing their molecular weight. The different polybut grades go (in viscosity range) from light oils to highly viscous liquids. Remember to handle it properly during your download, so as not to alter it. They are used in a variety of applications such as lubricants in polyethylene compressors, hydraulic oils, shear oils, adhesives and sealants.
POLISOL
Polisol is essentially dimmers and trimmers of butylenes, obtained in the selective polymerization of isobutylene, contained in a butane‐butene stream, with an acidic catalyst (Aluminium Chloride). Polisol has a very low Flash Point, has no reactivity with other solvents and has no chemical changes when it’s used as solvent. Emulsions of Polisol are used in agriculture as pesticide. With stearats and paraffin waxes, Polisol is used as waterproofing. In paints, Polisol’s emulsions give additional water resistance and perform like a plasticizer.In spray gun sealants, which includes Polybut 10, Polisol can be used up to 7% instead White Spirit. In durability sealants, which used Polybut 200, 5‐6% of Polisol can be added.
PEX AE
PEX AE is a clear liquid with a characteristic odour. It is comprised of linear alkyl benzenes, especially those with lateral chains of 12 carbon atoms. Is used in electrical insulating oil formulations for high‐voltage cables.
PEX AP
PEX AP is a mixture of alkyl benzenes obtained in LAB production and it is the heavy fraction in the distillation process. Is used in soluble and non‐soluble oil formulations for metalworking, refrigerating oils, antirust additives, emulsifier for agrochemicals, etc.
OIL & GAS
HYDRATES INHIBITOR
YFLUX-1 PARAFFINS INHIBITOR
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HYDRATES INHIBITOR
Alcohol mixture designed to control the formation of gas hydrates in gas production and transportation facilities. Gas hydrates are generated due to the presence of water and condensate in the gas lines, at low temperatures and high pressures, causing them to clog. Such obstructions can cause pipe ruptures and consequently lost production. The product prevents the formation of hydrate plugs and blockages of gas lines. Avoid breakage of production and transport lines.
YFLUX-1 PARAFFINS INHIBITOR
They are specific additives in a hydrocarbon matrix. Paraffins are compounds present in oil that by changes in pressure conditions, temperature and/or crude composition can be precipitated from the liquid´s breast, causing tangles, high loading losses in the lines and deposits in process tanks. Final consequence: losses in oil production. This product is an effective agent in the control of paraffins, which is used in the production segment with the aim of reducing the oil Pour Point and inhibiting paraffin deposition.
Ensenada,
província de Buenos Aires
COMPLEXO INDUSTRIAL DE ENSENADA
Principal complexo petroquímico da Argentina. Integrado com a maior refinaria do país que abastece suas principias matérias primas, nafta virgem e GLP. Neste complexo, localizado em Buenos Aires, se elabora a maioria dos produtos comercializados pela YPF QUÍMICA.
2020 PCRMA
Capacidade de produção anual
918,000 toneladas
benzeno + Tolueno + Mistura de Xileno + Aromático Pesado
526 Kt/year
Ortoxileno
25 Kt/year
Propylene
120 Kt/year
Ciclohexano
95 Kt/year
LAB
53 Kt/year
LAS
32 Kt/year
Maleico
17.5 Kt/year
PIB
26 Kt/year
Buteno 1
25 Kt/year
Plaza Huincul,
província de Neuquén
COMPLEXO INDUSTRIAL DE PLAZA HUINCUL
Localizado junto a refinaria Plaza Huincul, na cidade de Neuquén, Argentina, funciona a planta para produção de Metanol a partir de gás natural.
Estrategicamente localizada para a provisão de gás natural e energia elétrica.
Capacidade de produção anual
411,000 toneladas
Metanol
411 Kt/year
Luján de Cuyo,
província de Mendoza
COMPLEXO INDUSTRIAL DE LUJAN DE CUYO
A refinaria de LUJÁN DE CUYO produz propileno com um volume de 90.000 toneladas ano.
Capacidade de produção anual
100,000 toneladas
Propileno
100 Kt/year
Bahía Blanca,
província de Buenos Aires
COMPLEXO INDUSTRIAL DE BAHÍA BLANCA
PROFERTIL é uma Joint Venture entre YPF (50%) e NUTRIEN (50%). Sua planta industrial produz 1.100.000 toneladas ano de URÉIA e AMÔMIA a partir do gás natural.
Capacidade de produção anual
2,050,000 toneladas
Ureia
1.300 Kt/year
Amônia
750 Kt/year
Ensenada,
província de Buenos Aires
COMPLEXO INDUSTRIAL DE ENSENADA
Principal complexo petroquímico da Argentina. Integrado com a maior refinaria do país que abastece suas principias matérias primas, nafta virgem e GLP. Neste complexo, localizado em Buenos Aires, se elabora a maioria dos produtos comercializados pela YPF QUÍMICA.
2020 PCRMA
Capacidade de produção anual
950,000 toneladas
benzeno + Tolueno + Mistura de Xileno + Aromático Pesado
525 Kt/year
Ortoxileno
35 Kt/year
Propileno
140 Kt/year
Ciclohexano
95 Kt/year
LAB
53 Kt/year
LAS
32 Kt/year
Maleico
17.5 Kt/year
PIB
26 Kt/year
Buteno 1
25 Kt/year
Plaza Huincul,
província de Neuquén
COMPLEXO INDUSTRIAL DE PLAZA HUINCUL
Localizado junto a refinaria Plaza Huincul, na cidade de Neuquén, Argentina, funciona a planta para produção de Metanol a partir de gás natural.
Estrategicamente localizada para a provisão de gás natural e energia elétrica.
Capacidade de produção anual
411,000 toneladas
Metanol
411 Kt/year
Luján de Cuyo,
província de Mendoza
COMPLEXO INDUSTRIAL DE LUJAN DE CUYO
A refinaria de LUJÁN DE CUYO produz propileno com um volume de 90.000 toneladas ano.
Capacidade de produção anual
100,000 toneladas
Propileno
90 Kt/year
Bahía Blanca,
província de Buenos Aires
COMPLEXO INDUSTRIAL DE BAHÍA BLANCA
PROFERTIL é uma Joint Venture entre YPF (50%) e NUTRIEN (50%). Sua planta industrial produz 1.100.000 toneladas ano de URÉIA e AMÔMIA a partir do gás natural.
Capacidade de produção anual
2,050,000 toneladas
Ureia
1.300 Kt/year
Amônia
750 Kt/year
CERTIFICAÇÕES
GARANTIAS INTERNACIONAIS
Comprometidos com o mercado e as pessoas buscamos nos adequar a todas as normas internacionais vigentes.
Temos a certificação Reach (União Européia) para os produtos: Metanol, Ciclohexano, PEX AP, LAB, Anidrido Maleico, Tolueno, PIB (2-metilpropeno e Butenos), Reach (UK) e Certificação KKDIK (Turquia) para: Anidrido Maleico e PIB (2-metilpropeno e Butenos)
CERTIFICAÇÕES
Responsible Care®
Somos uma empresa aderida ao Responsible Care® (Programa de Cuidado Ambiental Responsável) da Câmara da Indústria Química e Petroquímica da República Argentina.
Portanto, assumimos o compromisso de cumprir com seus códigos, informar os indicadores de desempenho e receber auditorias periódicas de verificação de cumprimento desses códigos.
CERTIFICAÇÕES
GOLD EcoVadis 2022
Sustainability Rating
Recebemos uma classificação de sustentabilidade de medalha de ouro da EcoVadis, a principal plataforma de avaliação para classificações de desempenho ambiental, social e ético para cadeias de suprimentos globais. A classificação coloca a YPF entre as 5% melhores de todas as empresas avaliadas.
