Author: Arnes Biogradlija

South Korea’s real-time safety monitoring system for hydrogen fuel charging stations has been activated in order to effectively manage and avoid hydrogen fuel infrastructure incidents. When an anomaly is discovered, the system notifies the control tower. South Korea’s drive to achieve carbon neutrality by 2050 has resulted in an increase in the number of electric, plug-in hybrid, and fuel cell vehicles on the road. By 2020, around 830,000 clean energy vehicles would have been registered, coupled with over 20,000 EV chargers built in public facilities, apartments, and office buildings, or approximately one charger for every six EVs. Despite an aggressive…

SAF is deemed low in carbon due to its method of manufacture. There are two ways to make this fuel. It’s made from either biomass or synthetically.

The proposed guidelines aim to encourage the faster adoption of renewable energy by resolving a number of issues that have arisen in the green energy sector.

Siemens’ Russia unit, according to its head, may be able to produce hydrogen-powered passenger trains.

Raven SR Inc., a renewable fuels company, announced last week that it has received a $20 million investment from Chevron

The goal of the alliance of private-sector groups representing countries’ hydrogen energy businesses is to develop and propose worldwide regulations and standards for the industry to governments.

Construction and agricultural vehicles are often large, powerful machines that require a great deal of power to move both themselves and their loads. The majority are powered by diesel engines. However, switching to hydrogen-powered engines could make them more environmentally beneficial by reducing their emissions to zero. The German Aerospace Center (Deutsches Zentrum für Luft- und Raumfahrt (DLR)) is collaborating with DEUTZ, a Cologne-based engine manufacturer, to develop innovative concepts and solutions for hydrogen-powered construction and agricultural equipment. On August 26, 2021, representatives of the two partners signed a collaboration agreement to this purpose. The DLR facilitated the collaboration between…

Air Products will showcase its hydrogen for mobility solutions for heavy-duty transportation at the Advanced Clean Transportation (ACT) Expo in Long Beach, California, from August 31 to September 1. “The switch to hydrogen for heavy-duty transportation such as buses and semi-trucks is an essential part of building a cleaner future through the energy transition,” said Eric Guter, Air Products’ vice president, hydrogen for mobility solutions.  “Hydrogen fuel cell trucks and buses have inherent technical advantages compared to their battery electric counterparts including faster refuel times, the ability to travel longer distances, while carrying heavier payloads.” The ACT Expo is North…

GenH2, a leading developer of hydrogen infrastructure solutions, will showcase at the Advanced Clean Transportation (ACT) Expo its ground-breaking technology for on-site carbon-free hydrogen production, storage, and dispensing. The annual ACT Expo, which will take place from August 30 to September 2, 2021 at the Long Beach (CA) Convention Center, is North America’s premier advanced transportation technology and clean fleet event. As a Silver Sponsor of the event, GenH2 aims to demonstrate to participants that hydrogen’s future is now. Additionally, the company will have a stand (#662) showcasing GenH2’s Modular Hydrogen Infrastructure Systems, which are built on decades of NASA,…

Alstom, a global leader in rail transport and sustainable mobility, is credited with pioneering various sustainable mobility solutions throughout the Middle East and North Africa. The Coradia iLint exemplifies Alstom’s dedication to developing and delivering innovative and environmentally friendly solutions, which has resulted in Alstom being the first firm to create and operate hydrogren trains. Developing a hydrogen-powered train is the most vivid example, in addition to offering a diverse range of sustainable solutions tailored to customers’ unique difficulties and local characteristics. Railway applications are excellent for hydrogen utilization because the quantities of hydrogen required are enormous, predictable, localized, and…