Energy that
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Ensuring the operational continuity and competitiveness of industrial plants in the country requires flawless technical planning. Choosing a partner to deploy strategic energy infrastructure in Mexico must be based on logistical integration capabilities, strict compliance with the current regulatory framework, and the feasibility of interconnection to the national grid. This analysis provides Directors, CFOs, COOs, and Operations Managers with guidelines to audit development companies without risking capital. At OXY NRG, we are a Mexican firm specialized in the supply, development, and operation of energy, industrial, logistical, and port projects.

Evaluation Criteria for an Industrial Energy Project Developer

Selecting a technical partner requires going beyond reviewing initial financial budgets. An industrial energy project developer must demonstrate strength in managing permits before sector authorities and master transmission engineering.

Regulatory stagnation or a lack of capacity at local substations halts large-scale investments.

The chosen company must demonstrate experience in designing custom infrastructure, ranging from pipelines and storage facilities to cogeneration schemes. When evaluating Infrastructure and Storage options, operational management must demand technical files that prove a track record free of regulatory sanctions. At OXY NRG, we orchestrate every stage of development to ensure that the contracted capacity aligns with your plant's projected growth.

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Power Supply Guarantee for Industrial Plants and Logistical Flexibility

Voltage drops and capacity constraints at transmission nodes threaten the commercial traction of manufacturing firms. A power supply plan for industrial plants must incorporate backup systems and smart grid solutions that mitigate flow disruptions.

• Precise Interconnection Studies: Validate the actual availability of the delivery point prior to starting civil works.

• Port and Terrestrial Integration: Connect the supply of inputs with maritime or rail logistics nodes to diversify molecule sources.

• Grid Code Compliance: Equip facilities with technology that ensures power quality and prevents financial penalties.

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Before signing long-term agreements, it is advisable to validate the developer's robustness in handling hydrocarbons and electricity. [Connect your assets with our distribution network and logistical integration] to ensure the uninterrupted flow of your production processes. The deployment of energy infrastructure projects in Mexico executed by OXY NRG reduces your corporate operational volatility.

Risk Management and Integration of Transition Technologies

Projecting the energy sovereignty of an industrial complex involves preparing facilities for the gradual incorporation of cleaner sources. Engineering must anticipate equipment conversion without requiring the total replacement of existing infrastructure.

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Critical Errors in Selecting Energy Suppliers:

1. Omitting the verification of rights-of-way and environmental feasibility prior to construction.

2. Relying on a single supply node without redundancy or on-site storage schemes.

3. Underestimating management timelines with regulatory entities in the energy sector.

Operational Certainty and Industrial Energy Sovereignty

Securing the growth of an industrial complex in the domestic market demands moving away from improvised solutions that compromise operational continuity. Selecting the appropriate strategic energy infrastructure in Mexico represents the single most important technical decision to protect profit margins and sustain production. Working with experienced integrators guarantees regulatory compliance and provides long-term stability to your facilities.

At OXY NRG, we deliver cutting-edge Mexican engineering to turn supply challenges into lasting competitive advantages.

Explore our supply and clean energy transition solutions, or Schedule a meeting with an advisor to analyze the specific requirements of your industrial park or plant.

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Energy infrastructure is the set of facilities, equipment, systems, and processes that allow for the reception, storage, transport, distribution, and utilization of different energy sources. It includes physical assets and technological tools that make it possible for energy to reach points of demand safely and efficiently.

Energy infrastructure is one of the fundamental elements for the operation of industrial, commercial, and logistical activities. While attention is usually focused on energy generation or availability, having sufficient infrastructure to move and manage it is equally important.

What elements form part of energy infrastructure?

Depending on the type of energy and the activity carried out, infrastructure may include:

• Storage facilities

• Terminals

• Transport systems

• Port infrastructure

• Distribution centers

• Industrial facilities

• Measurement and monitoring systems

• Safety equipment

• Digital platforms for supervision and control

All these elements form part of a chain in which every stage must function in a coordinated manner.

Why is it important for industry?

A company can have a market, a plant, machinery, and personnel, but if it lacks a reliable energy supply, it can face interruptions that affect its productivity.

For this reason, energy infrastructure is directly related to concepts such as operational continuity, competitiveness, safety, and growth capacity.

Companies planning new investments also consider infrastructure availability as part of their site selection and expansion decisions.

Infrastructure and logistics

Energy infrastructure should not be analyzed in isolation.

A storage center, for example, requires adequate means to receive products, keep them under appropriate conditions, and subsequently deliver them.

In this way, infrastructure and logistics form part of the same chain.

From a corporate perspective, OXY NRG can address these topics with a comprehensive vision of the energy sector, considering the relationship between infrastructure, logistics, technology, and industry needs.

Furthermore, energy infrastructure development requires a long-term vision, because current needs may shift as technology, industrial demand, and consumption models evolve.

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Energy logistics encompasses the processes required to plan, transport, store, distribute, and deliver energy products or resources from their point of origin to where they will be utilized.

Unlike other logistical activities, energy logistics requires taking additional aspects into account related to safety, specialized infrastructure, regulation, traceability, and supply continuity.

What activities does it encompass?

An energy logistics chain can involve different stages:

• Demand planning

• Procurement and supply

• Transport

• Storage

• Inventory management

• Distribution

• Delivery scheduling

• Monitoring

• Traceability

• Risk management

The importance of each stage depends on the product, the available infrastructure, and the consumer's needs.

Why is it important?

The existence of an energy product does not guarantee that it will be available to the end user.

It is also necessary to have a chain capable of moving it efficiently and safely.

A delay in transport, insufficient storage capacity, or a route interruption can affect the operations of companies relying on a continuous supply.

For this reason, energy logistics forms part of any operational continuity strategy.

Technology and energy logistics

Digitalization is transforming how energy supply chains are managed.

Information systems can help track inventory, monitor movements, analyze consumption, and improve scheduling.

This enables decision-making backed by better information and allows potential deviations to be detected before they turn into problems.

The role of specialized companies

Organizations participating in the energy sector can perform different functions within this chain.

In the case of OXY NRG, infrastructure and logistics form part of a comprehensive industry vision, while the specific activities of OXY Services and OXY Distribution must be understood according to the corporate and operational functions assigned to each entity.

This differentiation is important for properly understanding how an energy chain functions.

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Energy storage makes it possible to maintain available inventories to meet operational needs and reduce vulnerability to variations among supply, demand, and delivery lead times.

Storage represents a strategic element because it connects different moments in an energy chain.

What function does it perform?

A storage facility can receive product, keep it under appropriate conditions, and facilitate its subsequent distribution to other points.

This allows for managing gaps between:

• what is needed → when it is needed → when it can arrive.

• The required storage capacity depends on factors such as:

• Type of energy resource

• Consumption volume

• Location

• Demand

• Available infrastructure

• Replenishment lead times

• Logistical characteristics

Storage and operational continuity

For certain industries, a supply interruption can affect production, transport, or services.

Having adequate inventory can provide a margin of response during contingencies.

However, storing more product does not always equate to a better strategy.

An excessive inventory level can create additional costs and operational burdens.

Therefore, management must seek a balance between availability, safety, efficiency, and real demand.

What is the importance of technology?

Digital tools can help monitor inventories, movements, and available capacity.

Updated information improves planning and anticipates needs.

Additionally, monitoring systems can contribute to identifying conditions that require operational attention.

Storage as part of a chain

Storage should not be considered an isolated element.

It must be coordinated with transport, distribution, infrastructure, and demand.

For companies like OXY NRG, energy infrastructure analysis requires precisely this comprehensive perspective.

The efficiency of an energy chain depends on every component—including storage—being properly sized and coordinated.

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Energy security is the capacity to guarantee a sufficient, reliable, and continuous energy supply to satisfy the needs of a society, industry, or organization.

It does not depend solely on having energy resources. It also requires infrastructure, storage, transport, distribution, and response capacity when disruptions occur.

What factors are involved?

Among the main elements of energy security are:

• Supply availability

• Infrastructure

• Diversification

• Storage

• Transport

• Distribution

• Technology

• Planning

• Risk management

The combination of these elements builds more resilient supply chains.

Corporate energy security

Although the concept is usually associated with governments and national grids, it is equally relevant to businesses.

An organization might ask itself:

• What would happen if our primary supplier could not deliver?

• Do we have alternatives?

• How much inventory do we need?

• Are there alternative routes?

• Which infrastructure is critical?

• How long could we operate during an outage?

Asking these questions incorporates energy management into overall corporate risk management.

Diversification

Overreliance on a single supplier, route, or facility increases vulnerability.

Diversification does not necessarily mean duplicating all assets.

It can consist of having different options for supply, transport, storage, or technology.

A long-term vision

Energy security also requires anticipating change.

Industrial demand can grow, technologies can evolve, and company needs can shift.

For this reason, organizations like OXY NRG can contribute to sector analysis from a perspective that integrates infrastructure, logistics, technology, and operational continuity.

Energy security is not simply about having energy today, but about building the conditions necessary to count on it reliably in the future.

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A company can reduce energy risks through a combination of planning, diversification, infrastructure, storage, monitoring, and supplier management.

The first step consists of identifying the most vulnerable points in the supply chain.

What should a company analyze?

Some key factors include:

• Supplier Dependency: Knowing what percentage of supply depends on a single vendor and what alternatives exist.

• Logistics Routes: Identifying main routes and determining if alternatives exist in case of disruption.

• Inventories: Determining what inventory level is appropriate for operational needs and risks.

• Critical Infrastructure: Identifying which facilities are indispensable for maintaining operations.

• Future Demand: Planning should look beyond current consumption; a expanding company must project its future energy needs.

The importance of data

Technology grants greater visibility over consumption, inventory levels, deliveries, and asset performance.

This information can be used to detect patterns and anticipate needs.

Contingency plans

An energy strategy should always prepare for disruption scenarios.

The question is not only:

"What do we do if everything functions normally?"

...but also:

"What do we do if part of the chain stops working?"

Having pre-defined procedures improves response times and capabilities.

An integrated strategy

Reducing risks does not necessarily mean increasing costs.

In many cases, improving planning, data integration, and coordination creates efficiencies.

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Nearshoring relates to relocating or expanding productive activities closer to primary consumer markets.

When a company evaluates establishing operations in a specific region, it analyzes far more than the cost of land.

It also evaluates infrastructure, transportation, utility availability, talent, and energy supply.

Why is energy important?

An industrial plant needs energy to produce.

However, logistics centers, warehouses, refrigeration systems, commercial facilities, and local suppliers also require energy.

Therefore, any region attracting new investments must feature sufficient infrastructure to support growing demand.

Price and reliability

Energy cost is important.

However, for an industrial operation, reliability is equally critical.

An outage can disrupt:

• Production

• Deliveries

• Inventories

• Machinery

• Contracts

• Supply chains

This makes energy security a pillar of industrial competitiveness.

Infrastructure and growth

Nearshoring creates new opportunities to upgrade energy and logistics infrastructure.

Terminals, storage facilities, transport networks, and distribution channels may all require expansion or modernization.

In this context, companies like OXY NRG participate within an ecosystem tied to infrastructure and energy.

The opportunity lies not only in attracting investment, but in developing the necessary conditions for those investments to operate efficiently for years to come.

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The energy transition is the process by which energy systems adopt new sources, technologies, and consumption models aimed at increasing efficiency and reducing environmental impacts.

It is not an instantaneous shift.

It is a progressive transformation involving technology, infrastructure, investment, regulation, and shifts in consumer habits.

Infrastructure must evolve too

An energy transition does not rely solely on generating power from new sources.

That energy must also be transported, stored, and distributed.

This means infrastructure must evolve alongside new generation technologies.

Why is there no one-size-fits-all solution?

An industrial facility has vastly different needs compared to a logistics hub.

Some operations require continuous power, others need long-distance mobility, and others demand specific thermal or industrial characteristics.

Therefore, the transition must account for the unique demands of each activity.

OXY NRG and sector evolution

For an energy- and infrastructure-focused organization like OXY NRG, the energy transition represents an evolving landscape where infrastructure, logistics, technology, and efficiency become increasingly important.

The energy transition must be approached with a pragmatic perspective: how to make energy systems progressively more efficient and sustainable without compromising reliability.

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The energy transition is a gradual process that depends on technology, infrastructure, regulation, costs, availability, and specific industry requirements.

Some applications can move rapidly toward electrification, while others require different alternatives.

Why can't all industries change at the same pace?

Industrial processes present distinct technical demands.

Certain operations require:

• Continuous power

• High energy density

• Specific working temperatures

• Long-distance mobility

• Dedicated storage

• Specialized infrastructure

Technological substitution must account for these realities.

Energy security

A well-planned energy transition must maintain supply reliability.

Reducing emissions is a crucial goal, but guaranteeing that companies and communities have access to adequate energy is equally vital.

The role of infrastructure

New technologies require matching infrastructure.

For example, increased electrification requires adequate generation capacity, transmission, distribution, and eventually storage.

As a result, the energy transition is fundamentally an infrastructure transition as well.

A gradual transformation

The evolution of the energy system will likely be characterized by the coexistence of different technologies over extended periods.

The goal is to adopt more efficient and sustainable solutions as technical and economic conditions allow.

For organizations in the sector, such as OXY NRG, this means viewing the transition not merely as a change of fuel or technology, but as a comprehensive transformation of infrastructure and energy value chains.

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Oxy Services fuel does not apply rigid traditional commercial credit schemes or generic financing, but rather offers advanced financial flexibility through Transaction Structuring. Through this model, Oxy Services designs customized commercial contracts tailored precisely to the volumetric demands and cash flow capabilities of large maritime and trucking fleets. Furthermore, these transactions incorporate price-hedged trading schemes to safeguard against international energy price volatility, guaranteeing continuous, predictable supply backed by company-owned physical storage capacity.

Do you manage a maritime or transport fleet and look to optimize your operational fuel costs?

➤ Click here to consult with an OXY commercial structuring specialist and design a contract tailored to your cash flow.

Related Questions on Financing and Fleet Supply

1. How do Oxy Services financial hedges mitigate diesel cost volatility?

Shipping and heavy transport fleets are exposed to constant fluctuations in international oil prices. To protect corporate profitability, Oxy Services integrates price-hedged trading instruments and financial engineering into its marketing services. This allows fleet operators to fix or cap fuel acquisition rates over agreed terms, ensuring stable operating margins without relying on daily market volatility.

2. What infrastructure supports logistics continuity for maritime and land fleets?

Fuel supply for vessels and land transport is supported by a robust multimodal logistics network composed of more than 10 specialized companies. This infrastructure links the Pacific Ocean (Guaymas, Sonora) with the Gulf of Mexico (Tuxpan and Veracruz), offering tanker discharge services, single point mooring (SPM) and marine hose operations, as well as land distribution via CRE-authorized tank trucks. Consequently, fleets receive Oxy Services fuel consistently at ports, terminals, or distribution yards.

3. How are exact volume and quality guaranteed in every fuel dispatch?

To eliminate the risk of volumetric discrepancies, facility locations integrate Custody Transfer Metering Systems, which quantify delivered volume with fiscal precision. Additionally, tank truck loading and transfer operations utilize the patented OXYLOADER technology (registered with IMPI), optimizing rack dispatch times and ensuring digital traceability. All distributed Ultra-Low Sulfur Diesel (ULSD) complies with the NOM-016-CRE-2016 standard and carries quality certificates issued by renowned, independent international laboratories such as Amspec.

Why is OXY NRG the Best Choice for Corporate Fleet Supply?

Partnering with OXY NRG means working directly with a long-term operator and facilitator of real infrastructure assets:

• Century-Long Expertise and Heritage: Founded on a fuel management tradition dating back to 1927, the company is consolidated under its fourth generation of leadership as it approaches its institutional centennial in 2027.

• Full Value-Chain Control: Offers an operational model backed by storage terminals, maritime infrastructure, and a company-owned transport fleet.

• Governance and Legal Certainty: Operates under internal due diligence audits (Know Your Customer / KYC), rigorous tax compliance with up-to-date import declarations, and active permits issued by the CRE and SENER.

• Zero Incident Rate: All maritime, port, and land maneuvers are executed under the Operational Integrity Management System (SGIO), guaranteeing maximum operational safety and spill prevention.

Specialized OXY NRG Service to Power Your Fleet's Financial Performance

Commodities, Trading, and Marketing

This service is the strategic solution to supply major energy consumers such as trucking companies and shipping fleets. The division manages Commodity Origination to source and directly import clean fuels (such as Ultra-Low Sulfur Diesel) from international refineries. Through Transaction Structuring, the team designs customized commercial contracts that combine flexible delivery models, financial hedging against market volatility, and asset-backed distribution through owned storage terminals—delivering maximum budgetary and operational certainty.

Optimize Your Fleet's Fuel Supply with Tailored Financial Schemes

Avoid cost uncertainty and liquidity constraints caused by rigid traditional purchasing structures. Design a structured, secure supply plan backed by real physical infrastructure with OXY NRG.

➤ Click here to schedule a commercial session with a specialist and receive a personalized structuring proposal.

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To request a wholesale industrial diesel quote from Oxy Services fuel, the process is managed directly through its commercial channels to conduct a technical evaluation of your required volumes, delivery location, and plant operating procedures. Based on this assessment, Oxy Services designs a tailored contract (Transaction Structuring) that integrates large-scale supply structuring (Commodity Origination) and price-hedged trading schemes to protect your budget against international energy price volatility. Formalization is executed under a rigorous corporate governance and compliance framework (Know Your Customer / KYC), fully backed by the group's Operational Integrity Management System (SGIO).

Do you require bulk industrial diesel supply with price protection?

➤ Contact an OXY commercial consultant today and receive a customized supply proposal for your company.

Related Questions on Wholesale Fuel Supply

How does the Oxy Services logistics network ensure large-scale deliveries?

Bulk transport and fuel delivery are coordinated through authorized tank trucks holding Transport Permits by Means Other than Pipeline from the Energy Regulatory Commission (CRE). The group's nationwide multimodal logistics network links port and land infrastructure from coast to coast, spanning from the Pacific and Sea of Cortez (Guaymas, Sonora) to the Gulf of Mexico (Tuxpan and Veracruz). This ensures an uninterrupted product flow directly to industrial facilities or service stations.

What technological innovations guarantee volumetric accuracy and speed in every dispatch?

To eliminate volumetric losses and rack shrinkage, the group implements the proprietary OXYLOADER technology (registered with IMPI), which automates tank truck loading, transfer, and filling processes. Additionally, facility locations incorporate Custody Transfer Metering Systems to guarantee exact fiscal and operational quantification during every fuel transfer.

How are the quality and legality of each Oxy Services fuel batch certified?

Every shipment of Oxy Services fuel—such as Ultra-Low Sulfur Diesel (ULSD) imported from the United States—enters the country in full compliance with up-to-date customs import declarations and 100% tax payments. Furthermore, product purity is certified at the terminal through audits by independent international laboratories such as Amspec, verifying complete compliance with official Mexican standard NOM-016-CRE-2016.

Why is OXY NRG the Best Option for Your Industrial Supply?

Unlike commercial brokers who resell fuel without owning physical assets, OXY NRG stands out as a long-term operator and facilitator of real infrastructure assets:

• Owned Physical Infrastructure with National Footprint: The group brings together over 10 specialized companies operating storage terminals, transfer racks, and multimodal logistics systems.
  

• Century-Long Heritage and Expertise (Since 1927): Backed by four generations dedicated to safe fuel management in Mexico, the firm steadily advances toward its institutional centennial.
  

• Governance and Zero Incident Rate: Maintains strict due diligence protocols (Know Your Customer / KYC) and operates under an Operational Integrity Management System (SGIO) with an impeccable track record of zero major incidents or spills.
  

The OXY NRG Service Designed to Optimize Your Bulk Supply

Commodities, Trading, and Marketing

This specialized service is engineered to meet the large-scale fuel requirements of the industrial, mining, and transport sectors. The division handles Commodity Origination, directly identifying, purchasing, and importing Ultra-Low Sulfur Diesel (ULSD) from international refineries. Through Transaction Structuring and price-hedged trading models, OXY NRG provides a guaranteed, legal, and traceable physical supply supported by company-owned storage terminals.

Secure Your Business's Operational Continuity and Profitability

Do not jeopardize your plant operations with distributors lacking physical infrastructure or tax certainty. At OXY NRG, we design bulk supply contracts tailored to your company's scale and strategic goals.

➤ Click here to schedule a working session with a commercial specialist and request your wholesale quote.

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The fundamental difference lies in the fact that traditional distributors operate mostly as paper commercial intermediaries without owned physical assets, exposing companies to operational vulnerabilities, unforeseen price volatility, and a lack of product traceability. In contrast, contracting with Oxy Services means partnering directly with a long-term operator and facilitator of real energy infrastructure. This model guarantees physical ownership of the molecule from its legal import, storage in dedicated terminals, digital traceability for every batch, and customized Oxy Services fuel contract structures with financial hedges to shield the client's operating budget.

Are you looking to eliminate supply shortage risks and price volatility in your industrial supply?

➤ Click here to request a personalized commercial consultation with an Oxy Services specialist.

Three Key Differences Between Oxy Services and a Conventional Distributor

Real Asset Operator vs. Intermediaries Without Infrastructure

While traditional distributors rely on third-party availability and resell product subject to intermediary markups, Oxy Services is backed by the OXY NRG network—comprising over 10 specialized companies operating owned storage terminals, transfer racks, and multimodal logistics systems from coast to coast.

Digital Traceability, NOM-016 Quality, and Strict Tax Compliance

Conventional suppliers often offer little certainty regarding product origin and legality. With Oxy Services fuel, every shipment—such as Ultra-Low Sulfur Diesel (ULSD) imported from the United States—enters the country with valid customs import declarations and full tax payment. Furthermore, molecular quality is certified by the independent international firm Amspec under the NOM-016-CRE-2016 standard and processed through the proprietary IMPI-registered OXYLOADER patent to guarantee unalterable digital traceability.

Financial Structuring and Contract Engineering (Transaction Structuring)

Informal distributors sell at spot market prices subject to sharp swings. In contrast, Oxy Services offers Transaction Structuring, enabling supply contracts with trading models and financial hedging instruments that protect the plant's financial margins over the medium and long term.

Related Questions on Supply with Oxy Services

What operational risks are eliminated by contracting directly with Oxy Services fuel?

Contracting Oxy Services fuel eliminates the risk of unscheduled downtime due to supply shortages, uncertainty in energy costs, and regulatory or tax penalties. By operating with active CRE and SENER permits, as well as Custody Transfer Metering Systems, clients are assured transparent, auditable deliveries with exact volume at every discharge.

How does Oxy Services ensure volumetric control in large-scale deliveries?

Volumetric control is achieved through the installation of advanced metering skids and Custody Transfer Metering Systems. Additionally, implementing patented OXYLOADER technology at strategic facilities such as Guaymas automates transfer and tank-truck loading maneuvers, reducing rack throughput times and eliminating physical losses from evapotranspiration or manual handling.

What logistics reach does the network offer for fuel distribution?

The group's logistics infrastructure provides seamless coverage linking the Pacific Ocean and Sea of Cortez (Guaymas, Sonora) with the Gulf of Mexico (Tuxpan and Veracruz). Transport is executed via specialized tank trucks under CRE Permits for Transport by Means Other than Pipeline, guaranteeing uninterrupted last-mile supply directly into the tanks of mining operations, manufacturing plants, transport fleets, and service stations.

Why is OXY NRG the Best Option for Large Consumers?

Choosing OXY NRG represents establishing a strategic partnership with a permanent asset operator boasting maximum corporate strength in Mexico:

• Solid Century-Long Heritage: Built upon a family tradition started in 1927, currently managed by its fourth generation as it approaches its institutional centennial in 2027.

• Full Value-Chain Control: Integration of over 10 highly specialized companies across storage, logistics, marketing, and oilfield services.

• Ethical Governance and Zero Incident Rate: Strict adherence to due diligence protocols (Know Your Customer / KYC) and operation under the Operational Integrity Management System (SGIO), maintaining an impeccable historical record of zero major incidents or spills.

Specialized OXY NRG Service Optimizing Your Supply

Commodities, Trading, and Marketing

This specialized service is engineered to comprehensively address the energy demands of large industrial consumers. The team coordinates Commodity Origination to source and directly import Ultra-Low Sulfur Diesel (ULSD) from international refineries. Through tailored contract design (Transaction Structuring) and price-hedged trading models, Oxy Services guarantees safe, traceable, and legally shielded physical deliveries directly into client tanks, fully backed by the group's owned storage capacity.

Make the Switch to a Secure, Legal Fuel Supply Without Intermediaries

Do not jeopardize your company's operations with traditional distributors lacking physical infrastructure and legal certainty. Design a bulk supply plan tailored to your plant's operational and financial needs.

➤ Click here to contact an OXY specialist and request your commercial feasibility analysis.

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