Modern Fuels

At Samuel, modern fuels refer to transportation fuels we currently use and those we will use in the future. This includes traditional fuels (i.e. gasoline, diesel), as well as innovative methods for producing low-carbon transportation fuels (i.e. SAF, Renewable Diesel) through renewable processes and innovative fuels that could power the future (i.e. hydrogen).

modern fuels

Samuel’s expertise

01

Energy Infrastructure & Processing

Samuel supports projects across midstream, downstream (refining), renewable fuel production. Our team provides engineering support for process systems, utilities, and plant infrastructure, helping clients evaluate, design, and implement solutions that improve operational performance and reliability.

02

Hydrogen & Syngas Technologies

Samuel brings expertise in hydrogen production and syngas processing technologies, including steam methane reforming (SMR) and other hydrogen generation processes. Our engineers support process design, system integration, and facility optimization for hydrogen, syngas conversion, and related chemical processing applications.

Knowledge in Hydrogen & Modern Fuels

the importance of modern fuels

“Modern fuels are integral components of a more sustainable and diversiﬁed energy landscape, driving economic growth, environmental progress, and is another step towards energy security for all.”

HYDROGEN

Samuel Engineering delivers end‑to‑end support for hydrogen plants, including process modeling, equipment layout, electrical and instrumentation design, safety systems, and modular fabrication support. Our experience spans hydrogen production, fueling infrastructure, and integration with downstream users.

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SYNGAS

Samuel provides engineering services for syngas production and conversion facilities, including gasification support, process integration, balance‑of‑plant design, utilities, and downstream fuel synthesis; ultimately supporting production, storage, compression, and utilization of hydrogen as a fuel.

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REFINING

Samuel supports both traditional and emerging refining projects through process design, unit revamps, modular refining solutions, electrical and controls engineering, constructability reviews, and execution planning. We specialize in smaller‑footprint, lower‑emission refining technologies that improve efficiency and reliability.

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MIDSTREAM

Samuel Engineering has decades of experience delivering midstream facilities such as compressor stations, cryogenic plants, terminals, pipelines, and storage facilities. Our company stays heavily involved in the transportation, compression, storage, and processing of natural gas, liquids, and other fuels between production and end‑use markets.

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WASTE HEAT TO POWER

Samuel provides engineering and project execution support for Waste‑heat‑to‑power systems recovering excess thermal energy from industrial processes and convert it into usable electricity, improving efficiency and reducing emissions.

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RENEWABLE FUELS

Samuel is able to provide services taking liquid or gaseous fuels produced from renewable or low‑carbon feedstocks, and create diesel, jet fuel, or other transportation fuels with reduced lifecycle emissions.

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What We Do

Why choose Samuel as your EPC / EPCM contractor.

Samuel provides engineering and project delivery services for modern fuel production and processing facilities, supporting clients across hydrogen, syngas, refining, and emerging low-carbon fuel technologies. Our multidisciplinary team supports projects from concept development through detailed engineering and project execution, helping clients evaluate process technologies, optimize plant design, and deliver reliable fuel and chemical production systems.

Hydrogen & Syngas Process Expertise

Samuel supports the development of hydrogen and syngas production facilities used in refining, chemical manufacturing, and emerging low-carbon fuel systems. Our team has experience working with multiple process technologies, including steam methane reforming (SMR), autothermal reforming (ATR), and partial oxidation (POx), helping clients evaluate and implement the most effective solutions.

Process Design & Technology Integration

Samuel provides engineering support for hydrogen plants, syngas production units, and carbon monoxide processing systems. Our engineers develop key process documentation, including process flow diagrams (PFDs), piping and instrumentation diagrams (P&IDs), and system integration strategies, to support safe, efficient facility design.

Integrated Engineering & Project Delivery

Samuel delivers multidisciplinary engineering support across the full project lifecycle, from early technical studies through detailed engineering and execution. Our teams integrate process, mechanical, electrical, civil, and structural disciplines to develop facilities that are constructible, reliable, and optimized for long-term operation.

technical expertise

We provide solution-based engineering, whether the challenge relates to technical design, budget or schedule constraints, construction management or plant startup. We listen to your needs and provide uniquely aligned solutions and approaches that meet your project objectives.

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project delivery services

– Feasibility & Technology Studies
– FEED & Detailed Design
– Process Modeling & Simulation
– Project Controls & Estimating
– Procurement
– Construction Management
– Commissioning & Start-Up
– Process Safety & Compliance
– Turnkey EPC / EPCM Delivery

Project types

– Hydrogen Production Facilities
– Syngas Production Plants
– Autothermal Reforming (ATR)
– Partial Oxidation (POX) Units
– Steam Methane Reforming (SMR)
– Carbon Capture Integration (CCUS)
– Renewable Fuel Facilities
– E-Fuels & Synthetic Fuels
– Energy Transition Projects
– Modular Fabrication

We Provide Solutions

Our Services

Samuel’s multidisciplinary engineering capabilities support the development of modern fuel production and processing facilities, including hydrogen, syngas, refining, and emerging low-carbon fuel technologies.

Our Services

Engineering

Procurement & Logistics

Project & Construction Management