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57th World Standards Day | Standards Empower Clean Energy, Build a Shared Vision for a Better World
#WorldStandardsDay #CleanEnergy #HydrogenEnergy #HYDREXIA
Recently,the 2026 Pointtech SOFC/SOEC Industry Conference took place in Ningbo,regarded as the commercialization inaugural year for China's SOC industry,bringing together more than 180 organizations and 300 experts from the full industrial chain.Jiang Fang,R&D Director of Hydrexia,presented a keynote speech introducing the one-stop hydrogen-electric energy storage solution of RSOC coupled magnesium-based solid-state hydrogen storage.Featuring 6.4 wt% hydrogen density via reversible metal-lattice reaction,magnesium-based storage achieves ideal thermal closed-loop matching with RSOC.Heat released during hydrogen charging satisfies SOEC steam demand for over 90% hydrogen-production efficiency;600-800 ℃ waste heat from SOFC enables hydrogen release without external heat sources,delivering 40%-45% round-trip "power-hydrogen-power" efficiency better than traditional P2G2P.Its long-life compatibility and 20-ft container modular design support flexible deployment for multi-day and cross-season long-duration scenarios such as new-energy consumption,off-grid supply and data-center backup power,working alongside lithium batteries and supercapacitors.
Despite existing bottlenecks covering full-system engineering validation,high RSOC cost and insufficient industry standards,Hydrexia will push forward system verification,accelerate cost reduction and engage in standard formulation.The company aims to provide dispatchable integrated hydrogen-electric solutions,contributing to the construction of China's new-type power system and low-carbon energy transition.
#RSOCCoupledMagnesiumBasedSolidStateHydrogenStorage #SOEC #SOFC #Hydrogen
The 26th China International Fair for Investment and Trade (CIFIT) opened in Xiamen. At the Hydrogen Innovation Zone, Hydrexia delivered a keynote speech on the industrialization of magnesium-based solid-state hydrogen storage, showcasing its technologies, qualifications and global demonstration projects. Its booth drew extensive exchanges with global clients, investors and government representatives.
Coinciding with CIFIT, the Marine Hydrogen Energy Special Competition of the China Hydrogen Energy Alliance's "Specialized, Refined, Unique, and Innovative" Entrepreneurship Contest concluded successfully. Hydrexia presented its complete set of large-scale magnesium-based solid-state marine hydrogen storage & transportation equipment. Addressing harsh offshore challenges including salt spray and rough sea conditions, the firm stood out among 37 teams and took the enterprise-group runner-up award. It also signed a strategic cooperation agreement to advance marine hydrogen technology commercialization in Xiamen. With proven overseas cross-border hydrogen transport pilots, Hydrexia will further iterate marine hydrogen-storage system, facilitate deep-sea renewable-energy exploitation and deliver China-originated hydrogen-energy solutions worldwide.
#MarineHydrogenEnergy #LargeScaleMagnesiumBasedSolidStateMarineHydrogenStorageTransportationEquipment
#26thChinaInternationalFairforInvestmentandTrade
#CIFIT
Hydrexia has successfully passed the annual surveillance audits for ISO 9001 (Quality Management), ISO 14001 (Environmental Management) and ISO 45001 (Occupational Health and Safety Management) carried out by authoritative third-party TÜV NORD. The audit team conducted comprehensive reviews at its Shanghai headquarters from June 17 to 18, covering core departments and key businesses including hydrogen refueling station development and solid-state hydrogen storage system solutions. Its Yixing subsidiary also finished related certification renewal audits in July. Auditors highly recognized the stable and effective operation of the integrated management system across full-product lifecycles.
Driven by standardized operation, Hydrexia integrates quality, environmental and safety requirements into R&D, project delivery and daily workflows. Regular training turns written rules into staff-wide practice. Moving forward, the firm will stick to quality, green and safety principles. Leveraging international-standard management systems, it will deliver reliable hydrogen-energy equipment solutions and support the standardized, sustainable growth of the hydrogen industry.
#ISO #IntegratedManagementSystem #SolidStateHydrogenStorage #HydrogenEnergyEquipment #TÜV #Hydrexia
To mark the 25th National Work Safety Month themed "Everyone Prioritizes Safety, Everyone Masters Emergency Response", Hydrexia wrapped up a two-month full-chain safety campaign across its hydrogen refueling stations, manufacturing plants and labs in 2026. The firm carried out full-coverage hazard inspections, rectifying all 42 identified risks with a 100% closed-loop correction rate. Six on-site emergency drills covering hydrogen leak handling, first aid and heatstroke prevention, three systematic safety training sessions and an online safety knowledge contest were held, engaging over 100 staff to boost hazard identification and rescue capabilities.
After the campaign, Hydrexia held a review and commendation meeting to summarize outcomes and recognize outstanding safety performers. As a full-service hydrogen equipment and refueling station operator, the company regards safety as an unbreakable bottom line throughout R&D, production and operation. Moving forward, Hydrexia will turn temporary safety-month initiatives into regular management routines, advancing pre-risk prevention and providing solid safety support for nationwide green hydrogen infrastructure and energy transition.
#SafetyMonth #HydrogenInfrastructure #FullCoverageHazardInspections #Hydrexia
The Grade-I integrated energy station at G4 Beijing-Hong Kong-Macao Dawu Service Area is fully completed with full hydrogen refueling equipment and technical solutions supplied by Hydrexia. Fitted with dual-nozzle dispensers, 12m³ tiered hydrogen storage and a 1000Nm³/[email protected] compressor, the station delivers 1000kg hydrogen per 12 hours to serve long-haul hydrogen fleets. As a full-chain hydrogen infrastructure provider, Hydrexia equips all devices with intelligent leak monitoring for safe round-the-clock highway operation, and has delivered multiple hydrogen refueling projects across Xiangyang, Shiyan and Daye in Hubei.
This vital project under Hubei Communications Investment fills the hydrogen supply gap along the Hubei section of G4, slashing logistics costs for hydrogen vehicles and advancing the local "hydrogen production-storage-transport-utilization" industrial chain. Hubei has rolled out favorable policies and a 2024-2027 hydrogen action plan to subsidize large hydrogen stations, with Wuhan Metropolitan Area designated a national hydrogen demonstration zone. Hydrexia's reliable hardware solutions help Hubei build a central China hydrogen hub, powering regional energy transition and dual-carbon targets.
#BeijingHongKongMacauExpressway #IntegratedFuelGasAndHydrogenRefuelingStation #Hydrexia #HubeiCommunicationsInvestmentGroup
Operating multi-format hydrogen stations to explore new business models for hydrogen terminal.
#HydrogenStation #HydrogenEconomy #GreenHydrogen #CleanEnergy #EnergyTransition #HRS
Hydrexia and the Energy Research Institute @ NTU (ERI@N) have officially signed an industry‑academia‑research cooperation agreement, focusing on in‑depth joint R&D of a magnesium‑based solid‑state hydrogen storage and transport system integrated with a solid oxide fuel cell (SOFC) system.
#SOFC #ERI_N #Hydrexia #SolidStateHydrogen
The Shanghai Administration for Market Regulation recently organized the official acceptance review for Hydrexia's pilot project on Standardized R&D & Manufacturing of Hydrogen Refueling Equipment, recommended by Minhang District Administration for Market Regulation. After rigorous multi-dimensional assessment by a cross-disciplinary expert panel, the project scored an outstanding total of 99.2 points and fully passed the official evaluation, setting a replicable benchmark for standardized development of hydrogen refueling equipment nationwide. During the review session, Hydrexia's project lead delivered a comprehensive achievement report supported by production footage, station operation data, complete standard archives, customer satisfaction records and standardized practice documents. The presentation elaborated on the full-cycle construction outcomes, including self-developed corporate standards and Hydrexia's participation in drafting national and industrial specifications. Tangible quantitative gains were highlighted: higher product yield, upgraded core technical indicators, lower operational failure rates of refueling stations, and expanded overseas order volume, offering the expert panel a clear overview of the pilot's solid practical value. The expert team, consisting of senior standardization engineers, university professors and special equipment inspection specialists, conducted thorough document reviews, on-site file verification and targeted technical inquiries before holding a closed-door deliberation session. They unanimously recognized the sound organizational framework, coordinated and operable standard system, and two-way empowerment between standardization and technological innovation, confirming all planned targets were fully accomplished.
This landmark pilot delivers multi-layered strategic value and boasts strong cross-scenario replication potential. Internally, the integrated standard system streamlines R&D cycles, cuts mass production costs and upgrades operational safety, consolidating Hydrexia's core technological and market competitiveness. For the whole hydrogen industry, the complete standardized framework resolves long-standing pain points of inconsistent manufacturing processes and fragmented operation codes, accelerating the shift from customized small-batch production to large-scale standardized manufacturing and advancing nationwide hydrogen refueling infrastructure rollout. Regionally, it strengthens Shanghai's leading edge in hydrogen equipment standardization and amplifies the city's industrial voice while driving standardized coordination across upstream and downstream supply chains. The full-set standardized construction workflow can be directly adopted by peer hydrogen equipment manufacturers to slash independent R&D costs, extended to hydrogen production and storage equipment segments, and adapted to global market access rules to support the export of domestic hydrogen hardware. Moving forward, Hydrexia will continuously refine its standard system, deepen participation in international, national and industrial standard formulation, and share its proven standardized practices to fuel large-scale deployment of hydrogen infrastructure and advance high-quality growth of China's hydrogen energy sector.
#StandardFormulation #HydrogenRefuelingEquipmentRDAndProductionStandardization #Hydrexia #HydrogenRefuelingStation
Hydrexia has been honored with the China Patent Award of Excellence at the 26th China Patent Awards for its core invention patent ZL202110496874.0, titled Magnesium-based Solid-State Hydrogen Storage and Transportation Device with Leakage Warning Function. Jointly presented by the China National Intellectual Property Administration and WIPO, this highest national patent honor validates the firm's long-term independent R&D strength and marks a milestone for China's magnesium-based solid hydrogen storage core technology on the national intellectual property stage. Rigorous multi-layer municipal screening and national comprehensive evaluation verified the patent's outstanding innovation value and industrial practicability. Equipped with real-time hydrogen leakage alert modules, the proprietary technology solves critical safety pain points of traditional hydrogen storage equipment, supporting stable, ambient-pressure hydrogen transport with remarkable market promotion potential.
Backed by this patented breakthrough, Hydrexia has launched multiple landmark industrial demonstration projects covering hydrogen refueling stations, hydrogen metallurgy, and cross-border maritime hydrogen supply routes linking Shanghai, Malaysia, Hong Kong and Vietnam. The technology will further expand into hydrogen chemical production, wind-solar energy storage, offshore platforms and ocean shipping, delivering low-cost, high-safety hydrogen storage solutions for diverse scenarios. This national-level recognition strengthens Hydrexia's authoritative technological brand, boosts trust from industrial partners, and motivates its R&D team to iterate new hydrogen storage materials and complete sets of equipment. Moving forward, the enterprise will deepen intellectual property layout, optimize full-series solid-state hydrogen storage products, and fuel China's low-carbon energy transition with domestically controllable core hydrogen innovation.
#The26thChinaPatentAwards #MagnesiumBasedSolidHydrogenStorage #Hydrogen
Hydrexia took part in the Asia Pacific Green Hydrogen Conference & Exhibition 2026 (APGH 2026) hosted in Kuching, Sarawak. The company co-organized a live technical demonstration alongside SEDC Energy on 12 June, showcasing the full hydrogen charging and discharging process of its magnesium-based solid-state hydrogen storage system (MHX). The on-site demonstration attracted 31 attendees, consisting of APGH delegates, exhibitors and representatives from enterprises including Sungrow Hydrogen, Senari Synergy etc. Industry visitors observed the reliable performance of Hydrexia's solid-state hydrogen storage equipment and conducted in-depth technical exchanges with the company's team on application scenarios.
This joint live demonstration brought abundant potential cooperation opportunities to Hydrexia. The brand established follow-up communication channels with numerous key clients such as TNB Group, ST Engineering, CNE, Finnish energy bodies and Polish hydrogen industry associations, and arranged an online technical sharing session with Wielkopolska Hydrogen of Poland. Beyond business gains, the showcase delivered far-reaching strategic significance: it demonstrated the commercial maturity of MHX solutions to global policymakers, investors and project developers, boosted Hydrexia's brand presence within ASEAN's green hydrogen sector, and provided a practical, safe solid hydrogen storage and transportation solution to support Sarawak's vision of becoming a core green hydrogen hub across Asia-Pacific.
#Hydrexia #GreenHydrogen #MHXSolution
Hydrexia provided a full-set integrated hydrogen refueling solution for the Grade 2 oil-hydrogen combined refueling station at Xiangyang Da'an Automotive Testing Center in Hubei. The station applies 35MPa & 70MPa dual-pressure hydrogen refueling technology with a daily hydrogen supply capacity of 1000kg. Fully equipped with refueling machines, hydrogen storage tanks, compressors and auxiliary systems, it satisfies high-frequency, high-precision refueling requirements for fuel cell vehicle tests. The devices are built with intelligent leakage detection, safety alarm and digital management systems to support stable round-the-clock operation.
The project makes up for the shortage of supporting facilities for hydrogen vehicle testing and completes the industrial chain of R&D and verification. It optimizes Hubei's hydrogen energy infrastructure and promotes the integration of hydrogen energy and local automotive industry. During the China 15th Five-Year Plan period, it improves the whole hydrogen industry chain, strengthens Hubei's position as a central hydrogen hub, and fuels the development of hydrogen economy and carbon neutrality.
#OilHydrogenCombinedHydrogenRefuelingStation #HydrogenVehicleTesting #Hydrexia
Energy Research Institute is partnering with Hydrexia to develop and demonstrate the integration of a commercial solid oxide fuel cell (SOFC) system with Hydrexia's metal hydride hydrogen storage technology. The Research Collaboration Agreement was signed today at the World Hydrogen Energy Conference.
The project, Integrated MHX–SOFC Demonstrator: Retrofit and Heat-Driven Hydrogen Supply Using Solid-State Storage, will focus on the subsystem engineering required to connect the two technologies, including hydrogen delivery, thermal management, controls, and balance-of-plant integration.
The demonstrator will use hydrogen released from Hydrexia's metal hydride storage module to operate a commercial SOFC system. As both technologies involve high-temperature operation, the project will evaluate how recoverable heat from the SOFC system can support hydrogen desorption from the metal hydride. This thermal integration has the potential to reduce auxiliary heating requirements and improve overall system efficiency.
Through the collaboration, ERI@N and Hydrexia aim to demonstrate a stable, integrated hydrogen-to-power system and validate the operational and efficiency benefits of coupling solid-state hydrogen storage with commercial SOFC technology.
#ERIANResearch #ERIANCollaboration #Hydrogen #SOFC #MetalHydride #EnergyEfficiency
Recently, Sichuan DKT Energy Technology Co., Ltd., an affiliate of Hydrexia, has successfully delivered and obtained full joint acceptance for the 2000Nm³/h hydrogen production renovation unit built for Henan Yutian Energy Technology Co., Ltd., an affiliate of Henan Shuncheng Group. The project adopts DKT Energy's independently developed Pressure Swing Adsorption (PSA) hydrogen purification technology and special adsorbents for high-purity hydrogen. Since commissioning, the facility has operated steadily, delivering hydrogen with a purity of over 99.999%. The product fully complies with national standards GB/T 37244 and GB/T 3634.2, perfectly meeting the operational requirements for hydrogen refueling stations. The team overcame multiple technical difficulties during construction and commissioning, marking a comprehensive success in technology delivery, project construction and operational application.
The newly accepted unit features outstanding stability across equipment, instruments, electrical and automatic control systems. Operators of Yutian Energy have mastered professional operation skills under the guidance and training of DKT Energy's technical team. So far, Hydrexia's DKT Energy has completed five sets of facilities for Henan Shuncheng Group, covering decarbonization, pre-purification, hydrogen recovery and hydrogen refueling systems. DKT Energy keeps focusing on R&D and promotion of advanced gas separation and purification technologies. This project serves as another remarkable practice of its core PSA technology in modern coal chemical and hydrogen energy sectors. Moving forward, the company will continue to provide customized comprehensive solutions for gas separation and purification, empowering partners to advance the development of clean energy and build a green and zero-carbon future.
#PressureSwingAdsorptionHydrogenPurificationTechnology #Decarbonization #GasSeparationAndPurification #PSA
Peace & Health for Dragon Boat Festival
#DragonBoatFestival #HydrogenEnergy #CleanEnergy #GreenFuture
