Fuels Bulk Quantities

Energy and Mobility

In a world driven by energy and mobility, the reliable availability of fuels at scale plays a critical role in meeting the growing demands of modern society. At Intekneia Petrochemical, we understand the importance of providing a fuel offering that is not only abundant, but also efficient and sustainable. We are proud to offer a diversified range of high-volume fuels, backed by our industry experience and commitment to quality and innovation. As we face the energy challenges of tomorrow, we stand ready to be your trusted partner in providing fuels that will drive progress and prosperity on a global scale.



Fuels supplied

  • Jet Fuel: Jet A, Jet A1

    Jet fuels are a special category of fuels designed specifically for use in aircraft. The most commonly used fuel in aviation is kerosine, also known as Jet-A or Jet-A1. Although there are other types of fuel, such as Avgas for piston aircraft, kerosine is the most prevalent in commercial and military aviation.


    The importance of jet fuels lies in several key aspects:


    1. Energy efficiency: Jet fuels are formulated to provide high energy density, meaning they can store a large amount of energy in a relatively small volume. This is essential for aircraft to make long and efficient flights.
    2. Safety and Reliability: Jet fuels must meet strict quality and safety standards to ensure reliable aircraft operation. They undergo rigorous tests and controls to avoid technical problems during the flight.
    3. Performance in various conditions: Aircraft can operate in a wide range of temperatures and altitudes, from extremely cold to hot climates and from high altitudes to sea level. Jet fuels are designed to perform effectively in all of these conditions.
    4. Environmental impact: Since aviation is a major source of greenhouse gas emissions, the nature and quality of jet fuels are crucial to reducing environmental impact. More sustainable fuels, such as biofuels and synthetic aviation fuels, are being developed and adopted to mitigate this impact.

    In summary, jet fuels are essential for the safe and efficient operation of aircraft, and play an important role both in the aviation industry and in the search for more sustainable solutions for air mobility in the future.


    The three main types of fuels available:


    • Jet A and Jet A-1 are kerosene type aircraft fuels. The main difference between the two is the freezing point, the temperature at which ice crystals disappear.
    • Jet A and Jet A-1 meet the requirements of the ASTM D1655 standard specification for aviation turbine fuels.
    • Jet A-1 also meets the U.K. standard specification. DEF STAN 91-091.
  • Gasoline: 87, 89, 91, 93 and 95 Octanes

    Gasoline is a liquid fuel derived from crude oil that is used in internal combustion engines, such as those found in cars, motorcycles, and other vehicles. The main difference between gasoline varieties lies in their octane rating, which is a measure of their resistance to detonation or "knock" in the engine. The higher the octane number, the greater the resistance to detonation.


    A brief description of each variety and its importance:


    1. 87 Octane Gasoline: This is the regular gasoline variety, widely available at gas stations. It is suitable for most consumer vehicles and offers a good balance between performance and cost.
    2. 89 Octane Gasoline: 89 octane gasoline is often known as "plus" and is usually an intermediate option between regular and premium. It can provide better performance and efficiency in engines requiring a slightly higher octane rating.
    3. 91 Octane Gasoline: 91 octane gasoline is considered high octane and is preferred for high performance and sports vehicles. Provides greater resistance to detonation, allowing for greater engine performance.
    4. 93 Octane Gasoline: This is a high-performance variety of premium gasoline. It is used in high-performance engines and luxury vehicles to maximize power and efficiency.
    5. 95 Octane Gasoline: 95 octane gasoline is even higher in octane and is used in high performance applications and racing engines. It is less common and is usually available only in certain locations.

    The importance of octane lies in preventing engines from experiencing premature detonation, which can damage them. Using the proper octane rating for vehicles is essential for optimal performance. In engines requiring a higher octane rating, using lower octane gasoline can result in a loss of power and efficiency, as well as potential damage.


    In summary, gasoline in its different octane varieties is essential to power a wide range of vehicles, and choosing the appropriate octane rating depends on the type of engine and the performance needs of each vehicle.

  • Ultra Low Sulfur Diesel: 10 ppm

    Nature of Ultra Low Sulfur Diesel (10 ppm):


    Ultra Low Sulfur Diesel (ULSD) with a sulfur content of 10 ppm is a variety of diesel designed to contain an extremely low amount of sulfur, compared to conventional diesel varieties that can contain up to 500 ppm or more sulfur. The significant reduction of sulfur in this fuel is achieved through advanced refining and treatment processes.


    Importance of Ultra Low Sulfur Diesel (10 ppm):


    1. Reduction of Polluting Emissions: Ultra Low Sulfur Diesel is essential for reducing polluting emissions from diesel vehicles. Sulfur in conventional diesel can lead to the emission of sulfur oxides (SOx) and fine particles that are harmful to human health and the environment. By having only 10 ppm of sulfur, these emissions are significantly minimized, contributing to air quality and the fight against atmospheric pollution.
    2. Greater Efficiency of Diesel Engines: Low sulfur ULSD enables better performance of diesel engines by reducing deposit formation and corrosion in combustion systems. This translates into greater engine efficiency and durability, benefiting diesel vehicle owners and transport companies.
    3. Compliance with Environmental Regulations: Many environmental regulations worldwide require the use of Ultra Low Sulfur Diesel, especially in urban areas where air quality is a major concern. Compliance with these regulations is essential to reduce the carbon footprint and improve public health.
    4. Emissions Treatment Technology: Ultra Low Sulfur Diesel is also essential for the effective operation of emissions treatment technologies, such as selective catalytic reduction (SCR) systems and diesel particulate filters (DPF), which help reduce even more pollutant emissions.

    In summary, Ultra Low Sulfur Diesel with 10 ppm sulfur is crucial to reduce polluting emissions from diesel vehicles and improve air quality. Its adoption is a key component in the fight against air pollution and compliance with stricter environmental regulations worldwide.

  • Liquefied Petroleum Gas [LPG]

    Nature of Liquefied Petroleum Gas (LPG):


    Liquefied Petroleum Gas, commonly known as LPG, is a fuel derived from petroleum that is in a gaseous state at room temperature and atmospheric pressure, but is converted into a liquid by compression or moderate cooling. LPG is composed primarily of propane and butane, and is stored and transported in pressurized containers to keep it in a liquid state.


    Importance of Liquefied Petroleum Gas (LPG):


    1. Versatility of use: LPG is a versatile fuel that is used in a wide range of applications, such as residential heating, cooking, electric power generation, and mainly as fuel in vehicles, both in commercial fleets and personal vehicles. Its versatility makes it an essential energy source in many parts of the world.
    2. Low polluting emissions: The use of LPG in vehicles and residential applications can contribute to reducing polluting emissions compared to conventional fuels such as gasoline and diesel. LPG emits less carbon dioxide (CO2) and local pollutants, making it an environmentally cleaner option.
    3. Energy efficiency: LPG is highly efficient in energy terms due to its high calorific value. This means that a large amount of useful energy can be obtained from a small amount of LPG, making it economical and cost efficient.
    4. Safe storage and transportation: LPG is stored and transported in pressurized tanks, minimizing the risk of leaks and spills. In addition, its characteristic of being a low-pressure liquid makes it safer compared to other gaseous fuels.
    5. Global accessibility: LPG is available in most regions of the world, making it an accessible energy source for a wide variety of users, including rural areas and places without access to electrical grids.

    In summary, Liquefied Petroleum Gas (LPG) is a versatile, efficient and environmentally friendly fuel that plays an important role in a variety of applications, from residential heating to mobility and power generation. Its versatility and environmental profile make it a relevant option in the transition towards cleaner and more sustainable energy sources.

  • Compressed Natural Gas [CNG]

    Nature of Compressed Natural Gas (CNG):


    Compressed Natural Gas (CNG) is a gaseous fuel composed mainly of methane (CH4) that is in a gaseous state at room temperature, but is compressed at high pressures for storage and transportation. It is mainly obtained from natural gas fields and is a cleaner source of energy compared to conventional liquid fuels.


    Importance of Compressed Natural Gas (CNG):


    1. Lower environmental impact: CNG is considered a cleaner alternative to liquid fuels, as it emits significantly fewer atmospheric pollutants, such as sulfur dioxide (SO2), fine particles and nitrogen oxides (NOx). This contributes to better air quality and helps reduce environmental impact.
    2. Energy efficiency: Engines that use CNG are highly energy efficient, meaning that a greater amount of useful energy can be obtained from CNG compared to other fuels.
    3. Diversification of the energy matrix: The use of CNG diversifies the energy matrix and reduces dependence on liquid fossil fuels, which can improve a country's energy security and reduce the volatility of oil prices.
    4. Use in vehicles: CNG is commonly used as a fuel for vehicles, either in private cars or in commercial fleets. CNG-powered vehicles are popular in public transportation applications and commercial fleets due to their efficiency and lower emissions.
    5. Global Availability: Natural gas is a widely available energy source in many parts of the world, making CNG an accessible option for various applications and regions.
    6. Reducing greenhouse gas emissions: CNG produces fewer carbon dioxide (CO2) emissions compared to gasoline and diesel, which can contribute to efforts to reduce greenhouse gas emissions and combat climate change climate.

    In summary, Compressed Natural Gas (CNG) is a cleaner and more efficient fuel that has important environmental and economic advantages. Its use in vehicles and other applications contributes to the reduction of polluting emissions and the diversification of the energy matrix, which makes it a relevant option in the search for more sustainable and environmentally friendly energy sources.

Supply integration

  • Game rules. Fair play

    Fair play in the trade of bulk quantities of fuel refers to a set of principles and practices that promote fair, transparent and ethical business interactions between parties involved in the purchase and sale of large quantities of fuel products. It involves carrying out transactions with honesty, integrity and respect for all parties involved, while complying with the legal frameworks and regulations that govern the fuel industry. Fair play prohibits deceptive practices, price manipulation and other actions that could result in unfair advantages or harm to buyers, sellers or the market as a whole. It encourages competition, ensures a level playing field and contributes to the sustainability and stability of the international fuel trade industry.

  • FOB Rotterdam

    The FOB Rotterdam terms of trade are of great importance in the international trade of fuels and petroleum products. "FOB" is an abbreviation of "Free On Board", and "Rotterdam" refers to the port of Rotterdam in the Netherlands, which is one of the main trading centers for oil and related products in Europe and other parts of the world. These terms of trade are used to define the conditions of sale and the transfer of responsibilities between the seller and the buyer in the trade of these products worldwide. Its importance:


    1. Strategic Location: Rotterdam is one of the largest ports in Europe and an important logistics and distribution center for oil products worldwide. Due to its strategic location and storage and transportation infrastructure, it has become a key reference point for fuel negotiation and trade.
    2. Reference Price Determination: Price quotes for fuels and petroleum products are often based on FOB Rotterdam prices. This means that prices for these products elsewhere in the world are calculated based on sales prices in Rotterdam, making FOB Rotterdam terms essential for global pricing.
    3. Transparency in Trade: FOB Rotterdam terms provide a clear framework for the transfer of responsibilities and risks between seller and buyer in a transaction. This includes details about when and where responsibility for loading and transportation passes from the seller to the buyer. This clarity is essential to avoid misunderstandings and disputes in international trade.
    4. Facilitates Logistics and Transportation: By specifying that the seller's responsibility ends when the goods are on board the ship in Rotterdam, these terms simplify the logistics and transportation of the products. This is especially important when handling large volumes of fuels that must be transported efficiently.
    5. Quality Standards: FOB Rotterdam terms often include detailed specifications on the quality of the products, such as density, sulfur content, storage temperature, among others. This ensures that products meet certain standards before being delivered to the buyer.

    In summary, the FOB Rotterdam terms of trade are fundamental in the international trade of fuels and petroleum products, as they establish reference prices, provide clarity in responsibilities and contribute to transparency in transactions. Furthermore, Rotterdam's importance as a distribution and trade center makes it a critical point in the global energy supply chain.

  • SCO [Soft Corporate Offer]

    The term "SCO" (Soft Corporate Offer) is relevant in the context of international trade and high-volume fuel commercial transactions. It refers to a business proposal that a selling company presents preliminarily to a buying company. This offer is typically less formal than a full business contract and is used to explore potential business opportunities and establish the foundation for a future transaction. Here are some key points about the importance of Soft Corporate Offer (SCO):


    1. Exploring Opportunities: The SCO is used as an initial tool to explore the viability of a business transaction. It allows both parties, seller and buyer, to evaluate whether they are interested in moving forward in the negotiation.
    2. Preliminary Details: Although less formal than a full contract, an SCO typically includes important preliminary details about the product or service offered, delivery terms, estimated prices, and other key aspects of the transaction.
    3. Initial Negotiation: The SCO serves as a starting point for subsequent negotiations. Once an SCO has been submitted and both parties are interested in moving forward, further details can be discussed and agreed upon before a full contract is formalized.
    4. Flexibility: Being less formal, the SCO is often more flexible and allows the parties to adjust the terms and conditions as necessary before reaching a final agreement.
    5. Market Assessment: The SCO can also help companies assess demand and receptivity in the target market before committing to a full transaction.
    6. Confidentiality: Although this is a preliminary offering, it is important to consider confidentiality when sharing sensitive business information in a SCO.

    In summary, the Soft Corporate Offer (SCO) plays an important role in international high-volume fuel trade by allowing companies to explore business opportunities initially and establish the basis for future transactions. It facilitates communication and negotiation between sellers and buyers before formalizing a complete commercial agreement.


  • ICPO [Irrevocable Corporate Purchase Offer]

    The ICPO, or Irrevocable Corporate Purchase Order, is the document that is used in the international trade of fuels at large volumes, as a more formal and binding proposal than the Soft Corporate Offer (SCO) that we mentioned. previously. Below are the importance and key aspects of the ICPO:


    Importance of ICPO:


    1. Binding Commitment: Unlike the SCO, an ICPO is a legally binding document. When a company issues an ICPO, it is indicating its intention to purchase a product or service irrevocably, provided certain agreed conditions and terms are met.
    2. Formalization of Intention: The ICPO formalizes the purchasing intention of the purchasing company in a more solid way than a SCO. This demonstrates serious commitment on the part of the buyer and can help establish a more trusting business relationship.
    3. Detailed Specification: An ICPO usually includes very specific details about the quantity, quality, price and other terms and conditions of the purchase. This provides a clear basis for the transaction and helps avoid misunderstandings.
    4. Advanced Negotiation: The ICPO is typically the next step after the parties have discussed an SCO and reached a preliminary agreement. The ICPO details the specific terms that the parties have agreed to during negotiations.
    5. Payment Guarantee: When issuing an ICPO, the buyer usually includes a financial guarantee that demonstrates its ability to make payment according to the agreed terms.
    6. Formal Process: The ICPO is part of the formal purchasing process and is an important step in the supply and distribution chain.

    It is important to highlight that the ICPO is a serious and binding document; in the high-volume fuel business, sending and receiving companies must fully understand its legal and financial implications. As in any commercial transaction, it is essential that both parties agree to the terms and conditions before moving towards an ICPO and, subsequently, towards the formalization of a purchase and sale contract.


    Execution time:


    Quick execution time is another critical aspect to consider in the context of the ICPO (Irrevocable Corporate Purchase Order). The short lead time means that the parties must have a well-negotiated and pre-agreed Soft Corporate Offer (SCO) to ensure that all details and conditions are clear and ready for immediate action once the ICPO is issued. The importance of a strong SCO is that it provides the basis for efficient execution of the ICPO and successful completion of the transaction. If all key aspects have already been discussed, agreed and documented in the SCO, the ICPO compliance process is considerably streamlined. Additionally, a well-negotiated and detailed SCO can help avoid potential misunderstandings or disputes later during the execution of the ICPO. This is especially relevant in international business transactions, where geographic distance and cultural differences can increase the complexity of negotiations and the importance of clear communication.


    Concluding: The relationship between a well-negotiated SCO and a fast lead-time ICPO is crucial to ensure a smooth and successful business transaction in international trade. Both documents are key tools in the process of negotiation and purchase and sale of fuels in large volumes.


  • Financial Mathematics

    Financial mathematics plays an essential role in high-volume international fuel trade and investment management in the energy industry. Its importance lies in several key aspects:


    1. Risk and Return Assessment: Financial mathematics allows companies and investors to evaluate the risks and returns associated with investments in energy projects. This includes cash flow analysis, rate of return calculations, and determining the profitability of fuel exploration, production, refining and distribution projects.
    2. Decision Optimization: In a highly competitive and globalized environment, energy companies must make optimal financial decisions. Financial mathematics provides tools to optimize resource allocation, such as infrastructure investment, operations expansion, and project portfolio management.
    3. Valuation of Assets and Companies: To acquire or sell energy assets, such as refineries, oil pipelines or electricity generation plants, an accurate valuation is required. Financial mathematics helps determine the present value of future cash flows, which is essential for making investment decisions.
    4. Hedging and Risk Management: Volatility in fuel prices and currencies is a common feature in international trade. Financial mathematics is used to develop hedging strategies that protect against adverse price fluctuations and minimize financial risks.
    5. Long-Term Financial Planning: Energy companies must plan their investments and operations for the long term. Financial mathematics allows us to model different scenarios and evaluate how current decisions will affect the future profitability and viability of projects.
    6. Regulatory Compliance: Financial and tax regulations in international energy trade can be complex. Financial mathematics is essential to ensure compliance with these regulations and to calculate taxes, tariffs and other costs associated with fuel trading.
    7. Market Forecasting and Analysis: Mathematics-based quantitative analysis is crucial for predicting fuel price trends and making buying and selling decisions in international markets.

    In summary, financial mathematics is a fundamental tool in making strategic and operational decisions in high-volume international fuel trade. They help manage risks, optimize investments, value assets and ensure profitability in a highly dynamic and competitive global energy environment.

  • El tiempo es Factor

    El factor tiempo es crítico en el mercado internacional de combustibles, especialmente en lugares como Rotterdam, que son centros de negociación altamente dinámicos y competitivos. El comercio de combustibles a gran escala implica una serie de consideraciones relacionadas con el tiempo que pueden afectar significativamente las oportunidades comerciales. Éstas son algunas de las razones clave por las cuales el tiempo es un factor esencial:


    • Competencia Intensa: En mercados altamente competitivos, como el de Rotterdam, las ofertas de combustible a menudo son rápidamente aprovechadas por competidores ágiles. La rapidez en la toma de decisiones y la ejecución es esencial para asegurar que una empresa obtenga la oferta antes que otros.
    • Fluctuaciones de Precios: Los precios de los combustibles pueden experimentar fluctuaciones significativas en cortos períodos de tiempo debido a factores como la oferta y la demanda, eventos geopolíticos y cambios en los precios del petróleo crudo. La capacidad de tomar decisiones rápidas y aprovechar las oportunidades en momentos oportunos es crucial.
    • Cumplimiento de Contratos: Los contratos de compra y venta de combustibles a menudo especifican plazos y fechas de entrega. Cumplir con estos plazos es esencial para evitar sanciones y garantizar una relación comercial exitosa.
    • Logística y Transporte: El transporte de grandes volúmenes de combustible puede ser complejo y requiere una planificación cuidadosa. La coordinación de la logística y el transporte dentro de plazos ajustados es crucial para garantizar la entrega oportuna.
    • Gestión de Inventarios: Las empresas deben administrar sus inventarios de combustibles de manera eficiente para satisfacer la demanda y evitar la pérdida de valor debido a fluctuaciones de precios. La gestión precisa del tiempo es fundamental en este aspecto.
    • Regulaciones y Documentación: El comercio internacional está sujeto a regulaciones y documentación específicas, como certificados de calidad y aduanas. El cumplimiento de estos requisitos dentro de plazos estrictos es necesario para evitar retrasos y problemas legales.

    Para tener éxito en el comercio de combustibles a gran escala, es necesario ser altamente ágil y estar preparado para tomar decisiones rápidas y eficientes. Esto a menudo implica contar con sistemas de información avanzados, acceso a información en tiempo real sobre precios y condiciones del mercado, y una cadena de suministro y logística eficiente. Además, la capacidad de anticipar las tendencias del mercado y aprovechar oportunidades en el momento adecuado es un activo valioso en este entorno altamente competitivo.

  • SGS. Verificación y Auditoría de Extremo a Extremo

    La Société Générale de Surveillance (SGS) es una empresa líder en servicios de inspección, verificación, pruebas y certificación a nivel global. Proporcionan una amplia gama de servicios que incluyen la inspección de actividades comerciales, y su enfoque principal es garantizar la calidad, la cantidad y el cumplimiento normativo en diversas industrias, incluido el comercio de combustibles y productos relacionados.


    SGS ofrece una amplia gama de servicios de inspección, incluyendo:


    1. Inspección de Calidad: Esto implica la evaluación de la calidad de los productos, asegurando que cumplan con las especificaciones y estándares requeridos. En el comercio de combustibles, esto puede incluir pruebas de calidad, como la medición del contenido de azufre, densidad, punto de inflamación, entre otros.
    2. Inspección de Cantidad: SGS se encarga de verificar que la cantidad de productos entregados coincida con la cantidad acordada en el contrato. Esto es fundamental para garantizar la transparencia y evitar desacuerdos.
    3. Verificación del Cumplimiento Normativo: SGS puede verificar que las actividades comerciales cumplan con las regulaciones y normativas aplicables en el comercio internacional, lo que incluye la seguridad, la salud, y las normas medioambientales, entre otras.
    4. Pruebas y Certificación: SGS realiza pruebas y certificaciones de productos y servicios para garantizar la conformidad con estándares y regulaciones específicas. Esto puede incluir la emisión de certificados de calidad.
    5. Auditorías y Supervisión: La empresa también ofrece servicios de auditoría y supervisión para evaluar y garantizar la conformidad continua en las operaciones comerciales.

    SGS proporciona información más detallada y personalizada sobre sus servicios, incluyendo los procedimientos y costos asociados. En general, contar con una entidad independiente de inspección como SGS puede proporcionar confianza y transparencia en las operaciones comerciales y ayudar a cumplir con las expectativas de calidad y cantidad en el comercio internacional de combustible.


    Por favor visite: Trade Inspection | SGS

  • Sistema de Intercambio Comercial de Energía y Control de Riesgos

    Algunos conceptos breves pero relevantes sobre el sistema de intercambio comercial de combustibles a gran escala y el control y gestión de los riesgos inherentes, son:


    Sistema de Intercambio Comercial de Combustibles a Grandes Volúmenes:


    • Mercado Globalizado: El comercio de combustibles a gran escala es un mercado globalizado en el que los participantes pueden comprar y vender productos en todo el mundo, lo que requiere una comprensión de las regulaciones y normativas internacionales.
    • Intermediarios: En este mercado, es común la participación de intermediarios que facilitan las transacciones entre compradores y vendedores, brindando servicios de intermediación y reduciendo la complejidad de las operaciones.
    • Logística y Distribución: La logística y la distribución son fundamentales, ya que los combustibles deben ser transportados de manera eficiente desde los puntos de producción o almacenamiento hasta los compradores finales.

    Control y Gestión de Riesgos Inherentes:


    • Riesgo de Precio: Las fluctuaciones de precios en el mercado de combustibles pueden tener un impacto significativo en las ganancias y pérdidas. La gestión de riesgos financieros, como el uso de contratos de futuros y opciones, es esencial para mitigar este riesgo.
    • Riesgo de Calidad: La calidad de los combustibles es crucial. La inspección, pruebas y certificaciones son utilizadas para garantizar que los productos cumplan con las especificaciones y estándares requeridos.
    • Riesgo de Crédito: Las transacciones comerciales a menudo involucran sumas significativas de dinero. El riesgo de crédito se refiere a la posibilidad de que una de las partes no cumpla con sus obligaciones de pago. La evaluación de la solidez financiera de los socios comerciales y la gestión de crédito son fundamentales.
    • Riesgos Logísticos: Los riesgos relacionados con la logística incluyen retrasos en la entrega, daños a la mercancía durante el transporte y problemas aduaneros. Una planificación logística adecuada y la gestión de riesgos son clave.
    • Riesgos Normativos y Legales: Cumplir con las regulaciones y leyes internacionales y locales es esencial. El incumplimiento puede resultar en sanciones y problemas legales. La gestión de riesgos normativos es crítica.
    • Riesgo de Mercado: El mercado de combustibles está sujeto a volatilidad debido a factores como la geopolítica, los eventos naturales y la oferta y la demanda. La gestión de riesgos de mercado implica estar preparado para adaptarse a cambios inesperados.

    La gestión efectiva de estos riesgos es fundamental para el éxito en el comercio de combustibles a gran escala. Las empresas suelen utilizar una combinación de estrategias financieras, controles de calidad, seguros y prácticas comerciales sólidas para mitigar estos riesgos y garantizar operaciones exitosas y rentables en este mercado altamente competitivo.

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