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Energy logistics involves far more than transporting commodities from one location to another. Refiners, producers, marketers and industrial customers work within supply networks where transportation capacity, storage infrastructure, pipeline connectivity, terminal access and market timing can influence operational performance. Reliable energy supply increasingly depends on coordinating assets across several transportation modes. Operators serving geographically dispersed markets need logistics infrastructure that links production and refining assets with customers while adjusting to shifts in commodity flows and regional demand. Delek US [NYSE: DK] Holdings addresses these demands through a diversified energy platform spanning petroleum refining, logistics, pipelines, asphalt and renewable fuels. Its logistics operations include Delek Logistics Partners, a publicly traded master limited partnership that owns and operates midstream energy infrastructure. The logistics platform supports the movement, storage, processing and marketing of crude oil and refined products while linking Delek's refining system with third-party customers and wider energy markets. Building an Integrated Energy Network Delek Logistics Partners operates an infrastructure network linking crude oil supplies with refining facilities and refined products with downstream markets. Its midstream assets include pipelines, gathering and processing infrastructure, terminals, storage facilities and transportation capabilities. The network moves energy commodities among production areas, refineries, terminals and customers. Transportation and supply optimization operations put that infrastructure to work across several modes. Delek handles crude oil, asphalt, light products, gasoline, diesel, aviation fuels and other refined commodities using truck, marine, rail and pipeline transportation. A multimodal network gives the commercial organization greater flexibility when selecting routes between supply points and end markets. Pipeline infrastructure anchors these transportation choices by moving crude oil and refined products through established corridors. Gathering and processing systems in producing regions create further links between upstream production and downstream refining and marketing activities.
Jack Regan, Owner
Many organizations struggle to understand what truly drives their energy costs. Utility bills often include multiple components beyond supply rates, including capacity charges, demand charges and tariff structures that significantly impact total spend. Without clear visibility, businesses are left reacting to fluctuations rather than managing energy as a controllable expense. Summit Energy Solutions addresses this challenge by focusing on education and long-term strategy instead of transactional purchasing. Its approach centers on helping clients understand how usage patterns interact with tariffs, market conditions and regulatory changes. “Our role is to act as an advisor that helps clients understand the structure behind their utility costs so they can make informed decisions,” says Jack Regan, owner. Moving Beyond Transactional Procurement A common issue for commercial and industrial users is reliance on short-term pricing decisions without understanding long-term cost drivers. Contracts are often structured without considering f lexibility, risk exposure or future volatility, leaving organizations vulnerable to rising costs. Summit Energy Solutions takes a data-driven approach by analyzing consumption patterns alongside tariff structures and wholesale market trends. Instead of presenting the lowest available rate at a given moment, it develops procurement strategies that consider timing, operational risk and cost stability. This approach enables organizations to shift from reactive purchasing to structured planning. By understanding how different cost components interact, clients gain the ability to make decisions that align with both current needs and future conditions. Structuring Cost Control through Analysis The company’s methodology is built around four components: analysis, strategy, execution and ongoing management. It begins with a detailed review of billing structures, historical usage, demand patterns and supplier contracts to establish a clear baseline.
Sam Plunkett, Chief Executive Officer
Cold-chain operators are under increasing pressure to reduce fuel costs, meet emissions targets and maintain reliable refrigeration performance across demanding transport environments. Nivalis Energy Systems solves a challenge many fleet operators continue to face: adopting electrified refrigeration systems without sacrificing reliability, scalability or cost competitiveness. “We deliver an electric solution that provides an economic benefit to customers versus diesel and provides performance capabilities equivalent to or better than diesel systems,” says Sam Plunkett, chief executive officer. Nivalis developed its TRU-POWER® system specifically for battery-electric transport refrigeration applications. Rather than relying heavily on non-optimized off-the-shelf components, Nivalis engineered advanced battery and power electronics systems designed around the operational requirements of refrigerated fleet operators. The design strategy focused on reducing total cost of ownership while maintaining the usability, serviceability and reliability fleet operators expect from diesel-powered refrigeration units. Nivalis also structured the system around modular installation requirements, allowing trailers to be outfitted and returned to service within two days through its nationwide dealer and installer network. It believes minimizing installation downtime is essential for broader fleet adoption because operators remain highly sensitive to disruptions affecting route schedules and equipment availability.
Emery Brown, Ph.D., Marketing Director
Battery separators are becoming an increasingly critical component of modern cell manufacturing. As battery makers push toward thinner separators and higher energy density while meeting stringent requirements for safety and durability. The technical challenge does not end with developing a separator that performs in the laboratory, but lies in producing that separator consistently, at scale, and in a way that fits the customer’s manufacturing process and cost requirements. Green New Energy Materials, INC. (GNEM) operates at this critical intersection, developing battery separator solutions designed to help manufacturers balance performance, safety, consistency, and commercial viability.
Mark Maybee, CEO and Founder
As advanced reactors, including small modular reactors, move closer to deployment, the opportunity for nuclear growth is becoming increasingly tangible. Sustaining that momentum, however, requires more than advancing reactor technology. It also depends on the manufacturing capacity, specialized engineering, skilled talent and nuclear-grade quality systems required to support existing plants and advance next-generation programs. Fusion Enterprises is responding to that need by bringing together established nuclear businesses and directing resources toward areas of growing industry demand. NWS Technologies, Master Machine and Container Products Company give Fusion a portfolio of unique capabilities purpose-built to support the existing nuclear fleet while contributing to the build-out of new infrastructure. “We are combining the expertise and resources of our businesses to invest ahead of demand and build the capabilities the nuclear industry will need next,” says Mark Maybee, CEO and founder. Solving Critical Challenges through Specialized Nuclear Expertise NWS specializes in the maintenance, testing and regulatory certification of nuclear safety relief valves, helping existing plants maintain critical equipment and operate efficiently without downtime. Through client partnerships and continuous improvement, NWS has helped extend valve service life from a single refueling outage to the regulatory maximum of three. For one customer, data-backed collaboration with regulators supported an extension to four cycles, reducing maintenance interventions while maintaining critical safety and performance.
Energy Consulting
Michelle Rust, Vice President, New Business Growth & Enablement, NiSource
Solar and Battery Storage
Julian Kaufmann, Chief Commercial Officer, CAMS
Natural Gas
Michael Caravaggio, Vice President, Energy Supply, Reliability, EPRI
Battery Solutions
Tryggvi por Herbertsson, Global Head of Hydrogen Strategy and Partnership, QAIR Group
Energy Extraction
Lon Bartoli, Head, QHSE, Risk Management, InCharge Energy
Battery separator suppliers support safer, higher-performance batteries through material innovation, reliable supply chains, and advanced energy storage solutions.
Nuclear engineering manufacturing services strengthen infrastructure, innovation, supply chains, and sustainable industrial growth through precision and technical excellence.
The Systems Shaping a Changing Energy Industry
Our cover story features Delek US [NYSE:DK], recognized as the Top Midstream Energy Logistics Provider 2026. Its logistics business connects pipelines, gathering and processing systems, terminals and storage with truck, rail, marine and pipeline networks, giving Delek flexible ways to move crude oil and refined products between supply points and markets for its refining operations and third-party customers.
As energy systems evolve, the infrastructure supporting them must keep pace. Green New Energy Materials, INC. (GNEM), recognized as the Battery Separator Supplier of the Year 2026, develops separators for commercial-scale battery production, balancing thickness, strength, safety and manufacturing needs. Fusion Enterprises, recognized as the Top Nuclear Engineering and Manufacturing Services 2026, supports nuclear projects with specialized engineering, manufacturing, maintenance and containment expertise.
Transportation efficiency and energy cost management are also shaping how businesses operate. Nivalis Energy Systems, recognized as the Top Advanced Battery Electric Transport Refrigeration Solution 2026, has developed an electric refrigeration system focused on fleet reliability, lower operating costs and practical installation. Summit Energy Solutions, recognized as the Top Utility Rate Management Service 2026, helps commercial and industrial customers understand the factors driving utility costs and develop procurement strategies around usage, tariffs and market conditions.
The issue also features perspectives from leaders working at the intersection of technology, performance and safety. Robert Gomez, Head of Onshore Asset Management at Ørsted, examines how data, analytics and emerging technologies are changing renewable asset management. John (JP) Srock, Vice President of Safety & Risk Management at Atlas Energy Solutions, discusses connecting operational technology and AI to make safety more proactive and strengthen incident response.
Taken together, the stories in this edition reflect an energy industry working to strengthen how energy is produced, moved and supported. We invite our readers to explore these perspectives and the businesses contributing to that progress.