Sinotech supports refining, petrochemical, polymer, gas treatment, adsorption and downstream operations with specialized industrial materials — connecting catalyst systems, process chemicals, co-catalysts and purification media to real operating requirements.
A technology-backed petrochemical & process-materials company — catalyst technology, controlled production and application engineering for process-driven industries.
Sinotech is organised around catalyst technology, controlled catalyst production, and process-material platforms — built on a licensed catalyst foundation and applied through real operating experience.
Sinotech operates a China-based catalyst production line under technology developed by Sinopec and Fushun RIPP / FRIPP — a defined technology origin, a controlled manufacturing basis, and a catalyst platform adopted by users in South Asia.
with Fushun RIPP / FRIPP lineage
Catalyst, co-catalyst, donor, reactor condition and resin target together define polymerization performance — the logic behind our application engineering.
Catalyst technology, process materials and industrial application.
Read → 02A technology lineage from mid-1950s catalyst research to today.
Read → 03Licensed technology, production capability and application engineering.
Read → 09Leadership organised as a structure of defined functions.
Read →A single process-material platform spanning polymer catalyst systems, process & treatment materials, and syngas / ammonia-plant catalysts — organised by the duty each material performs, from catalysis and co-catalysis to solvent, gas treatment, adsorption, reforming, shift, methanation and deep purification.
Each industry brings different operating pressures, impurities, treatment objectives and material sensitivities. We map our platform to the duty each sector actually requires.
Contaminant control, sulfur management and process polishing across refinery streams.
Explore →Aromatics extraction, BTX separation and solvent-recovery duty.
Explore →PP and PE catalyst systems with co-catalyst and donor integration.
Explore →Acid-gas removal, gas sweetening and adsorption-based polishing.
Explore →Water treatment, VOC and odor control, filtration and purification.
Explore →Solvent recovery, utility treatment and process-continuity materials.
Explore →Selected references show how our materials are positioned across refining, petrochemicals, gas treatment, solvent extraction and purification duties — presented by application area and region where confidentiality applies.
Adsorption-based material direction for contaminant reduction, refinery polishing, and process reliability requirements.
Adsorption-based polishing for H₂S control, trace acid-gas removal, odor management, and refinery off-gas treatment requirements.
Solvent and adsorption material direction for aromatics extraction, separation systems, recovery behavior, and contaminant polishing duties.
Sinotech’s R&D approach connects product selection, pilot discussions, reactor knowledge, customer operating feedback, and continuous improvement across polymer catalyst systems, syngas & ammonia-plant catalyst trains, solvent applications, gas treatment, adsorption, and downstream process materials.
Reactor-condition review, catalyst-system mapping, PP catalyst behavior, TEAL interaction, donor response, and polymerization performance learning.
Nickel-based steam reforming mapped across primary, secondary, heat-exchange and pre-reformer duty — reviewing steam/carbon ratio, tube-wall and hot-band temperature, CH₄ slip, and feedstock flexibility from natural gas to naphtha, LPG and coke-oven gas.
High-temperature iron-chromium and low-temperature copper-zinc-aluminum CO shift for added hydrogen, followed by final-stage methanation of residual CO / CO₂ to protect ammonia synthesis catalyst and produce SNG / CNG / LNG streams.
Co-Mo, Ni-Mo and Fe-Mo hydrogenation ahead of zinc-oxide desulfurization, with sulfur, chlorine, oxygen, arsenic and oil guard beds matched to contaminant type, concentration and the ambient-to-450°C temperature window.
Application review for Sulfolane, MDEA, HEP, solvent recovery, gas sweetening duty, CO₂ / H₂S treatment, and process compatibility.
Activated carbon selection based on contaminant profile, service phase, contact time, pressure drop, treatment objective, and replacement-cycle feedback.
Industrial materials affect plant safety, product quality and environmental systems. We treat responsibility as part of our technical culture — not a separate statement.
Handling awareness, documentation discipline and receiving-site readiness for sensitive industrial materials.
Responsibility across the full supply cycle — from technology origin and documentation to long-term improvement.
Accurate communication, customer confidentiality, approved partner representation and disciplined conduct.
Refining, aromatics, and gas-treatment-adjacent process demand across the Gulf region.
Refining and integrated petrochemical complexes across Indonesia, Malaysia, and Thailand.
Large-scale petrochemical, polyolefin, and integrated refining-petrochemical production.
Refining and petrochemical infrastructure across Central Asian process industries.














Reference and customer operators across GCC, Southeast Asia, China and Central Asia. Named references and logos are shown where approval applies.
An automatically aggregated, real-time feed of refining, petrochemical, catalyst, polymer and gas-treatment headlines — not manually curated, refreshed each time this page loads.
Commercial, technical, operations, quality and corporate roles across process-driven industries.