AMS
Alpha-methylstyrene (AMS) is a co-product of phenol production from cumene, obtained by alkylation of benzene with propylene. It is then separated from the rest of the products by means of fractionation.
AMSChemical intermediates
Intermediate chemicals are essential blocks for modern industry. At Moeve, we offer phenol, cumene, acetone, and AMS, key products that are used in sectors such as automotive, household appliances, textiles, and construction to develop innovative and sustainable solutions.
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AMS-BC
Alpha-methylstyrene that incorporates certified secondary raw materials from biomass waste, while maintaining the same technical specifications as its fossil counterpart.
AMS-BCAMS-C
Alpha-methylstyrene that incorporates certified secondary raw materials from industrial waste, generally plastics, and maintains the same technical specifications as its fossil counterpart.
AMS-CAMS-Low Carbon
Alpha-methylstyrene produced from fossil raw materials, but through renewable energy. Certified to guarantee the sustainable traceability of its production. Its main application is ABS manufacturing, a high-impact resistance thermoplastic, widely used in multiple sectors.
AMS-Low CarbonAMS-R
Alpha-methylstyrene that incorporates certified renewable raw materials and maintains the same specifications as its fossil counterpart.
AMS-RAcetone
Acetone is a colorless, volatile and flammable compound, miscible in water. Thanks to its high solvent power and rapid evaporation, it is used to dissolve oils, resins, gums, waxes, and in the extraction and purification of organic compounds.
AcetoneAcetone Pharma
It is the co-product resulting from the production of phenol via cumene. This acetone grade complies with the standards of the current European Pharmacopoeia.
Acetone PharmaAcetone- BC
Acetone that incorporates certified secondary raw materials from biomass waste, while maintaining the same technical specifications as its fossil counterpart.
Acetone- BCAcetone-C
Acetone that incorporates certified secondary raw materials from industrial waste, generally plastics, and maintains the same technical specifications as its fossil counterpart.
Acetone-CAcetone-Low Carbon
Acetone produced from fossil raw materials, but with renewable energy. This product has a certificate that guarantees the traceability of production through the use of sustainable energy.
Acetone-Low CarbonAcetone-R
Acetone made with certified renewable raw materials, which maintains the same technical specifications as its fossil equivalent. Its production is ISCC Plus certified, ensuring sustainability through the mass balance methodology.
Acetone-RCumene
Cumene, or isopropylene, is an aromatic hydrocarbon obtained by alkylation of benzene with propylene. Its main use is the production of cumene hydroperoxide, intermediate to synthesize phenol and acetone. It is also used in surfactants, propylene oxide, and as an additive in gasolines.
CumeneCumene-BC
Cumene that incorporates certified secondary raw materials from biomass waste, while maintaining the same technical specifications as its fossil counterpart.
Cumene-BCCumene-C
Cumene that incorporates certified secondary raw materials from industrial waste, generally plastics, and maintains the same technical specifications as its fossil counterpart.
Cumene-CCumene-Low Carbon
Produced using fossil raw materials, with renewable energy and with certified certification that guarantees its traceability. Its main use is to transform into cumene hydroperoxide, a key intermediate for obtaining phenol and acetone.
Cumene-Low CarbonCumene-R
Cumene that incorporates certified renewable raw materials and maintains the same technical specifications as its fossil counterpart.
Cumene-RNextPhenol-BC
A hydroxybenzene that incorporates certified secondary raw materials from biomass waste, while maintaining the same technical specifications as its fossil counterpart.
NextPhenol-BCNextPhenol-C
A hydroxybenzene that incorporates certified secondary raw materials from industrial waste, generally plastics, and maintains the same specifications as its fossil counterpart.
NextPhenol-CNextPhenol-Low Carbon
A hydroxybenzene produced from fossil raw materials, using energy from renewable sources as part of our process. It has a certificate that guarantees the traceability of its production through the use of sustainable energies.
NextPhenol-Low CarbonNextPhenol-R
A hydroxybenzene that incorporates certified renewable raw materials and maintains the same specifications as its fossil counterpart.
NextPhenol-RPhenol
Phenol, or hydroxybenzene, is mainly used to produce bisphenol A, key to the manufacture of polycarbonates and epoxy resins. It also plays a role in the production of nylon 6, phenolic resins and is used in insulation, coatings, pharmaceuticals, disinfectants, and food additives.
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