Our Trading Portfolio

---

Ethylene (C₂H₄) is the primary building-block olefin of the petrochemical industry and a critical feedstock for polymer, solvent, and derivative chemical production. It is widely used in the manufacturing of polyethylene (PE), ethylene oxide, ethylene glycol, styrene, and other downstream intermediates essential to global industrial supply chains. Managed under controlled storage conditions to ensure purity, safety, and consistent downstream performance.

Propane (C₃H₈) and Butane (C₄H₁₀) are hydrocarbon gases widely used as feedstocks in petrochemical processing, refinery integration, and energy applications. They serve as key raw materials for steam cracking, polymer production, fuel blending, and the manufacturing of downstream derivatives including propylene and aromatics.

Supplied in industrial grades with controlled purity, vapor pressure, and handling standards.

LPG (Liquefied Petroleum Gas) is a commercial hydrocarbon mixture primarily composed of propane and butane, stored in liquid form under moderate pressure. It is widely used as a versatile energy source and petrochemical feedstock, supporting applications in industrial heating, transportation energy, power generation, refinery operations, and downstream chemical processing. 

Handled under controlled conditions to maintain purity, safety, and consistent performance across industrial use cases.

Propylene (C₃H₆) is a key olefin used as a primary feedstock for the production of polypropylene (PP), acrylonitrile (ACN), propylene oxide (PO), cumene/phenol, and OXO-alcohols, forming critical links across polymer, chemical, and industrial manufacturing value chains.

Supplied in industrial grades for polymer manufacturing, chemical processing, and integrated refinery networks.

Ammonia (NH₃) is a key industrial chemical used in fertilizer production, ammonium salts, nitriles, refining operations, and chemical synthesis. Supplied as anhydrous ammonia under controlled storage and transport conditions, it plays a central role in the production of urea, ammonium sulfate, nitric acid, and downstream nitrogen-based fertilizers, as well as in industrial applications including refrigeration, emissions reduction (SCR/DeNOx), and chemical manufacturing.

C3+L is a hydrocarbon mixture composed of propane (C₃), butane (C₄), and light C5/C6 derivatives. It is used as a processing feedstock in petrochemical plants, LPG production units, and refinery blending operations. Due to its high energy content and controlled specifications, C3+L supports stable cracking processes, efficient downstream integration, and the production of LPG and aromatics.

Methanol (CH₃OH) is a basic petrochemical feedstock used in chemical synthesis, fuel blending, and industrial formulations.
Supplied with controlled purity and water content, methanol supports stable downstream processing and integration into large-scale chemical operations, including the production of fertilizers, polymer resins, and fuel oil grades.

Benzene (C₆H₆) is a core aromatic feedstock used in the production of styrenics, phenolics, and key intermediate chemicals across the petrochemical value chain.
Handled under regulated conditions for storage and transfer, benzene is supplied with controlled purity and vapor specifications, supporting reliable integration into polymer resin production, fertilizers, and downstream industrial units.

Toluene (C₇H₈) is an aromatic solvent and petrochemical feedstock used in industrial blending, resin manufacturing, and chemical processing applications, including the production of fertilizers and polymer intermediates.
With controlled impurity levels and stable performance characteristics, toluene supports efficient downstream operations and consistent product quality in large-scale industrial use.

C9 Aromatics (general formula C₉H₁₂) are solvent-grade aromatic hydrocarbons used in coatings, adhesives, industrial resins, printing inks, and fuel blending.
Characterized by high aromatic content, stable distillation profiles, and controlled impurity levels, C9 streams support reliable downstream performance in chemical processing and industrial formulations.

Supplied in export-grade specifications.

Xylene (C₈H₁₀) streams are widely used as chemical feedstocks and blending components in petrochemical and industrial applications, including the production of fertilizers, fuel oil grades, plastics, and solvents.
Supplied with controlled composition and regulation-compliant handling, these streams ensure consistent quality, safe logistics, and reliable large-scale output for downstream manufacturing and industrial resin production.

Heavy Aromatics, typically a C₉–C₁₅ hydrocarbon range, are high-boiling aromatic streams from catalytic reforming and extraction units, used as a blending component, industrial solvent base, and feedstock for downstream aromatics processing.
Supplied with controlled density, boiling range, and impurity specifications, Heavy Aromatics support stable performance in fuel-grade blending, resin synthesis, and large-scale petrochemical manufacturing.

MTBE (C₅H₁₂O) is an oxygenated octane enhancer used in gasoline blending to increase combustion efficiency, reduce engine knocking, and improve emissions performance.
Handled through closed transfer systems to ensure purity and moisture control, MTBE supports seamless integration into refinery operations and fuel-grade blending streams, meeting industrial combustion and environmental standards.

Ethylene Dichloride (C₂H₄Cl₂) is a critical chlorinated intermediate used in the production of vinyl chloride monomer (VCM), the precursor for PVC resins. Industrial-grade EDC is supplied with controlled purity, color, and stability to ensure consistent polymer-grade output in large-scale chemical plants.
Managed under regulated logistics conditions to maintain safe transfer, contamination control, and compliance with international transport standards.

Formula: CO(NH₂)₂
Urea fertilizers are supplied in granular and prilled grades for agricultural and industrial use, including formulations that serve as essential chemical feedstocks. Featuring optimized particle size and high nitrogen content, these grades ensure efficient handling, uniform application, and consistent downstream performance for industrial feedstocks, fuel oil grades, and polymer resin compatibility.

Formula: NH₄NO₃
High-purity ammonium nitrate is supplied for regulated industrial applications, including fertilizer production, mining, and chemical feedstock use. Produced under controlled safety, purity, and moisture standards, this grade supports secure utilization, reliable performance, and a stable supply chain for downstream chemical manufacturers and polymer resin integration.

Formula:
• DAP: (NH₄)₂HPO₄
• MAP: NH₄H₂PO₄
Diammonium phosphate (DAP) and monoammonium phosphate (MAP) are essential phosphate fertilizers for agricultural and industrial feedstock applications. Supplied with controlled nutrient composition and granulation quality, they support agronomic efficiency, soil improvement, and compatibility with fuel oil grades, polymer resin formulations, and industrial fertilizers across multiple sectors.

Formula: K₂SO₄
Potassium sulfate (SOP) is a chloride-free potash fertilizer used for chloride-sensitive crops, industrial nutrient blending, and precision agriculture. Produced to meet specific granulation and nutrient standards, SOP supports consistent field performance, blending stability, and controlled application in agricultural, industrial, and chemical feedstock environments.

Formula: (NH₄)₂SO₄
Inorganic nitrogen–sulfur fertilizer providing readily available nitrogen and sulfur for balanced plant nutrition, industrial formulations, and soil-efficiency enhancement. Offered in granular or crystalline grades with controlled purity and particle size, supporting stable handling for field application, downstream blending, and agricultural processing systems.

Typical Ratio: 26–0–0 + 13S (varies by grade)
High-purity nitrogen–sulfur compound fertilizer delivered in granular form, supplying nutrients in a balanced profile for improved nutrient uptake and soil efficiency. Ideal for precision agriculture, blending operations, and chloride-sensitive environments. Manufactured with consistent granule size, controlled impurity levels, and stable handling characteristics for industrial and agricultural use.

Custom-formulated fertilizers and chemical feedstocks are supplied to meet specific nutrient, granulation, and application requirements. These blends are produced and delivered in accordance with defined technical specifications, supporting consistent performance across agricultural, industrial, and project-based use cases, including various fuel oil grades and industrial feedstocks, as well as applications involving polymer resins.

Industrial-grade polyethylene resins, derived from high-quality chemical feedstocks, are suitable for a wide range of packaging, molding, extrusion, and film applications. These polymer resins are supplied with consistent melt flow properties, controlled density ranges, and reliable mechanical performance. This ensures stable processing and repeatable quality across diverse manufacturing requirements, making them ideal as industrial feedstocks in various sectors, including those producing fertilizers and fuel oil grades.

Versatile polypropylene grades designed for injection molding, extrusion, and fiber applications serve as essential chemical feedstocks in various industrial processes. These polymer resins are offered with controlled melt flow, impact performance, and thermal stability, ensuring dependable processing behavior and consistent end-product performance across both industrial feedstocks and consumer applications, including fertilizers and fuel oil grades.

General-purpose and specialty PVC resins, suitable for both rigid and flexible applications such as pipes, profiles, cables, and films, are essential components derived from industrial feedstocks. These resins are supplied with a stable particle size distribution and controlled viscosity, which support efficient compounding and consistent processing, ensuring reliable downstream product quality. These polymer resins play a crucial role in the production of various chemical feedstocks and fertilizers, as well as in applications involving fuel oil grades.

General-purpose and impact-modified polystyrene grades, which serve as valuable chemical feedstocks, are suitable for injection molding, extrusion, and thermoforming applications. These polymer resins are supplied with controlled molecular weight and impact performance, ensuring consistent processing, high surface quality, and excellent dimensional stability across a wide range of industrial feedstocks and consumer products, including those used in fertilizers and fuel oil grades.

Polyethylene Terephthalate (PET) is a high-performance thermoplastic polymer available in bottle-grade (BG) and textile-grade (TG) specifications. Produced through controlled melt-phase polymerization, PET resins are supplied with consistent intrinsic viscosity (IV), mechanical strength, and clarity standards to support downstream processing requirements.

These polymer resins are widely used in the production of beverage bottles, food-contact packaging, fibers, and filament yarns

Low-sulfur and high-sulfur fuel oil grades are essential for marine bunkering, power generation, and industrial heating applications. These fuel oil grades are supplied with controlled viscosity, sulfur content, and combustion characteristics, ensuring stable performance across compliant and conventional fuel systems. Additionally, they serve as critical industrial feedstocks and can be utilized in the production of chemical feedstocks and fertilizers, as well as in the creation of polymer resins.

Gas oil and diesel are middle-distillate products widely used as fuel oil grades for industrial, power generation, and transportation applications. Supplied to specification with controlled sulfur levels and stable combustion properties, these products function not only as fuel but also as essential industrial feedstocks and chemical feedstocks. This versatility supports efficient operation, regulatory compliance, and consistent performance across a range of fuel systems, while also playing a role in the production of fertilizers and polymer resins.

Light hydrocarbon feedstocks are widely used in petrochemical cracking, reforming, blending, and industrial fuel applications. These chemical feedstocks are supplied with a consistent boiling range and composition control, which supports reliable processing performance and enhances downstream chemical production efficiency, including the production of fertilizers and various fuel oil grades. Additionally, they play a crucial role in the manufacturing of polymer resins and other industrial feedstocks.

This light hydrocarbon liquid serves as an essential chemical feedstock used as refinery feedstock, splitter input, and blending component in petrochemical and energy applications. With a stable composition and low impurity levels, it supports efficient processing and transportation, making it suitable for large-scale industrial use, including applications in fertilizers, fuel oil grades, industrial feedstocks, and polymer resins.

Industrial grades suitable for rubber, plastics, and specialty applications are available as chemical feedstocks, fertilizers, and fuel oil grades. Supplied with controlled specifications and consistent quality, these industrial feedstocks support stable processing performance across a wide range of industrial formulations and manufacturing requirements, including polymer resins.

High-purity pigment grades for coatings, plastics, inks, and specialty applications are supplied with stable quality and controlled particle size. These pigments ensure reliable color performance, opacity, and consistency in line with industry standards, making them ideal for various uses, including as chemical feedstocks in the production of fertilizers, fuel oil grades, industrial feedstocks, and polymer resins.

Mineral raw material for fertilizers and chemical feedstocks, including phosphoric acid and downstream chemical production. Sourced with controlled specifications to support consistent processing, large-scale industrial use, and the production of fuel oil grades and polymer resins.

Specially formulated thermal fluids designed for efficient heat transfer in both closed and open systems are essential in various applications. These fluids are widely utilized in reactors, heating units, and chemical plants, particularly in industrial processes that require stable temperature control and reliable thermal performance. They play a crucial role in the production of chemical feedstocks, fertilizers, fuel oil grades, industrial feedstocks, and polymer resins.

Highly refined, colorless, and odorless mineral oils with exceptional purity are essential in various applications. These oils are utilized in pharmaceuticals, cosmetics, food processing, and as industrial feedstocks, particularly in the production of polymer resins and fertilizers. They are also critical in sensitive industrial applications where chemical stability, cleanliness, and regulatory compliance are paramount, including specific fuel oil grades.

Highly refined petroleum oils serve as essential industrial feedstocks for lubricants, greases, and industrial fluids. These base oils are crucial in applications such as chemical processing, automotive, manufacturing, and specialty industrial uses, offering controlled viscosity, thermal stability, and oxidation resistance. Additionally, they play a significant role as chemical feedstocks in the production of fertilizers and polymer resins, as well as in various fuel oil grades.

Specialty petroleum oils, serving as chemical feedstocks, are utilized as plasticizers and processing aids in rubber compounding and polymer applications. These oils are supplied with controlled aromaticity, viscosity, and compatibility characteristics, enhancing processability, dispersion, and consistent performance in finished rubber and plastic products, similar to other industrial feedstocks like fertilizers and fuel oil grades used in various sectors, including polymer resins.

Pipes for chemical plants, oil & gas, utilities, and industrial installations that handle various materials including chemical feedstocks, fertilizers, fuel oil grades, industrial feedstocks, and polymer resins (carbon steel, alloy, stainless, etc.).

Flow-control and isolation valves used in chemical processing, including the handling of chemical feedstocks, fertilizers, and various fuel oil grades, are supplied according to applicable standards and specifications for utilities and industrial piping systems, which also encompass industrial feedstocks and polymer resins.

Fire-resistant materials for petrochemical and industrial facilities are essential for safeguarding structures, equipment, and critical systems against fire exposure. These materials are supplied in accordance with applicable safety standards and are particularly important in environments dealing with chemical feedstocks, fertilizers, fuel oil grades, industrial feedstocks, and polymer resins.