THERMAX project website launched for energy recovery in steel industry

Hydrogen vs Natural Gas — Brackno Course Option for Inclusion Exploring the ways to keep the Brackno Technology for Managers fully up to date I have included an optional module which looks at the challenges and opportunities presented on our journey to net zero. I developed the module to  utilise the skills gained on the course and promote some of the issues which need consideration for a safe and efficient transition. The preparation included trying to fill in the areas which do not seem to have lots of information available. I produced  a transparent, interactive tool to compare Hydrogen and Natural Gas pipeline performance for equal energy throughput. What started as a quick calculator turned into a thought provoking tool to help develop the course material covering: ✅ Correct MW → m³/h conversions ✅ Line condition volumetric flows using Z factors ✅ Velocity, Reynolds number & friction using Swamee–Jain ✅ Darcy–Weisbach pressure drops, cross-checked against IGEM TD/3 expectations ✅ Proper polytropic compressor power calculations (not fixed percentages) 📊 Graphs for flow vs pressure, ΔP vs length, and ΔP vs diameter — all live and exportable. The optional module is not as difficult as the list above suggests, the tool was produced to ensure that our existing course is using the correct approach for applying current day standards and design procedures for application in Hydrogen networks. 👉 Next up, we’ll look at how Pressure Control Systems may be affected by a change to hydrogen — and what this means for regulators and network operation. #Hydrogen #NaturalGas #PipelineEngineering #IGEMTD3 #EngineeringTools #EnergyTransition #HydrogenBlending #GasNetworks #ProcessEngineering #ChartJS #DarcyWeisbach#PressureControl

🎉 New Publication in Environmental Modeling & Assessment Our team is proud to present the article “Thermodynamic Modeling and Emission Assessment of Coalbed Methane Utilization in Power Generation: A Case Study from Russia” published by Springer. 🔗 Read here: https://lnkd.in/efur2SZ7 Using EBSILON® Professional, we developed a thermodynamic and emission model to evaluate how coalbed methane (CBM) can be used more efficiently in power generation systems. The model compares energy and exergy efficiency, CO₂ emission intensity, and useful power output for different fuels—coal, oil, natural gas, and CBM. 💡 The results show that a CBM–natural gas combined cycle achieves the lowest CO₂ emissions (245.35 mg/kWh) and the highest efficiency, highlighting CBM’s potential as a cleaner transitional fuel in coal-based regions. Grateful to my co-authors Vadim Fetisov, Adam Gonopolsky, Elena Mazlova, and Reza Mosayebi Behbahani for their valuable collaboration! #EnergyModeling #EnvironmentalAssessment #CoalbedMethane #SustainableEnergy #EBSILON #Research #CleanEnergy

"How can we mitigate moisture-induced degradation of gas turbine blades under #hydrogen-rich #flames?" Our recent study, published in the International Journal of Hydrogen Energy, investigates the moisture-induced degradation of thermal barrier coatings (TBCs) on #GasTurbine blades under H₂-enriched #combustion environments. While hydrogen offers a promising pathway toward cleaner energy with higher efficiency and reduced carbon emissions, its #combustion produces elevated water vapor. This accelerates degradation of critical hot-section components, particularly the protective coatings on turbine blades. In this work, we compared conventional YSZ coatings with multilayer α-Al₂O₃/YSZ architectures using a custom-designed distributed combustion setup. Results revealed that YSZ systems suffered microcracking and spallation, whereas α-Al₂O₃/YSZ coatings confined degradation mainly to the alumina surface, effectively shielding the underlying YSZ. These findings highlight the importance of advanced coating strategies for enabling durable, #Hydrogen-compatible #GasTurbines—supporting the transition toward sustainable, low-emission power generation. #Hydrogen #GasTurbines #MaterialsScience #SustainableEnergy

We have been exploring how natural polyphenols and liquid metals can work together to create efficient photothermal composites. By combining the tunable chemistry of polyphenols with the conductivity and fluidity of gallium alloys, these materials capture sunlight across the full spectrum and convert it rapidly into heat, offering exciting potential for solar thermal systems, coatings, and future renewable energy technologies. While the performance is already impressive, there remains tremendous scope to deepen our understanding of their synergy and enhance durability, scalability, and integration into next-gen renewable technologies. Please check out our latest publication from this exciting journey in #AdvancedScience! Huge congratulations to Nieves Flores March and the entire team for this outstanding work! #PhotothermalMaterials #Polyphenols #LiquidMetals #SolarEnergy https://lnkd.in/gGPMxpAh

⚡ Decarbonizing Gas-Fired Power with CCUS 🌍 Gas-fired power plants play a major role in the energy mix—but capturing CO₂ from their flue gases presents unique challenges: Low CO₂ concentrations (4–8%) make separation energy-intensive and costly High oxygen content accelerates solvent degradation, raising maintenance needs Retrofitting requires careful integration to maintain plant efficiency 💡 Our Solution We deliver amine-based carbon capture systems designed specifically for gas-fired plants. With advanced solvents and innovative heat integration, our technology captures CO₂ effectively while reducing both energy demand and operational costs. 📊 Case Study Amine-based process development for a gas-fired plant of a large petrochemical company in China: 🔄 Flue Gas Flow: 300,000 m³/hr 📉 Annual CO₂ Captured: 170,000 metric tonnes 🚀 By making carbon capture viable for gas-fired plants, we’re helping operators align with decarbonization targets—without compromising reliability. #CCUS #CarbonCapture #GasFiredPower #CleanEnergy #Decarbonization #ClimateTech

Nuberg Engineering | CRU Sulphur Conference 2025, USA Mr. Romesh Sharma, Head – Energy Business, will present his technical paper at the CRU Sulphur Conference 2025 in The Woodlands, Texas, USA, from November 3–5, 2025. Titled “Sulphur Recovery Versus Removal – Compliance & Capex”, the presentation explores strategies for the commercial utilization of high-ash, low sulphur indian coal through gasification - a challenge historically marked by mixed results & uncertainty. Leveraging recent advancements in technology & catalysts, the paper provides an objective assessment of available technical options, carefully weighing their merits & limitations. The recommendations balance innovation with respect for proprietary technology & financial prudence, encouraging a fresh perspective on unlocking the potential of this unconventional coal resource. This recognition underscores Nuberg Engineering’s role in shaping discourse on clean energy pathways and advanced technologies for the global energy transition. Romesh Sharma #NubergEPC #MakingIdeasHappen #CRUSulphurConference #CRUSulphur2025 #SulphuricAcid #TechInnovation #EnergyTransition #ThoughtLeadership

Excited to dive into the world of high-temperature process heating today! 🌡️ Have you explored molten nitrate salt heaters? These systems use a eutectic mixture of sodium and potassium nitrates (often called "solar salt") as a heat transfer fluid, enabling efficient operations at temperatures up to 600°C without the high pressures required in steam systems. Key benefits: - Superior thermal stability: Low freezing points (around 220°C) and high boiling points make them ideal for continuous, reliable performance. - Energy efficiency: Excellent heat storage capabilities, perfect for concentrated solar power (CSP) plants, chemical processing, and thermal energy storage. - Safety and cost-effectiveness: Non-flammable, low toxicity, and reduced corrosion compared to organic fluids, leading to lower maintenance costs. In industries like petrochemicals and renewables, these heaters are game-changers for decoupling energy generation from demand. If you're in engineering or energy sectors, what's your experience with molten salt tech? Share below! #MoltenSaltHeaters #ThermalEnergy #RenewableEnergy #ProcessEngineering #Sustainability

⚡ Transformer Iron Core – The Heart of Reliable Power The transformer iron core is critical for efficient energy transfer and stable operation. Crafted from high-quality silicon steel sheets, each core undergoes precise stacking and lamination to minimize energy loss and reduce heat generation. From industrial power distribution to commercial and renewable energy applications, a meticulously built iron core ensures high efficiency, long service life, and reliable performance. It’s the foundation that powers every transformer with excellence! #TransformerCore #IronCore #SiliconSteel #ElectricalEngineering #PowerSolutions #HighEfficiency #ReliablePerformance #IndustrialEquipment #TransformerManufacturing #EngineeringExcellence #EnergyEfficiency

We are proud to present our latest project – an evaporator for ORC (Organic Rankine Cycle) systems, equipped with an integrated demister that ensures the required level of dryness of the working fluid at the outlet. This makes the process of energy recovery and utilization even more efficient. Key features: - Corrugated process tubes of our own production, increasing heat exchange efficiency. - Compact design tailored to the requirements of modern energy systems. - High reliability thanks to precise engineering and manufacturing. Where is it used? ORC systems enable the efficient conversion of waste heat or low-temperature heat sources into electricity. They are successfully applied in: - geothermal power plants, - industrial facilities recovering process heat, - cogeneration systems, - industrial heat pumps supporting decarbonization. In this way, Hexonic actively supports the energy transition by providing technologies that reduce emissions and improve energy efficiency both domestically and globally. The energy of the future begins with innovative technological solutions – and we are proud to be the ones creating them. #EnergyTransition #ORC #WasteHeatRecovery #Cogeneration #Decarbonization #HeatExchangers #CleanEnergy #Hexonic

✨ #HighlyCitedPaper Solid–Gas Thermochemical Energy Storage Materials and Reactors for Low to High-Temperature Applications: A Concise Review 👉 https://brnw.ch/21wWAMF 🖋️ by Anti Kur, Jo Darkwa, John Calautit, Rabah Boukhanouf and Mark Worall from University of Nottingham #ThermalEnergyStorage #TES #ThermochemicalEnergyStorage #TCES #ThermochemicalReactors #SolidGasReactions #Modeling #Simulation #EnergyStorage #ChemicalReactionEngineering #ReactionKinetics #HeatTransfer #mdpienergies #openaccess