Hydrogen Projects

Innovative solutions for sustainable hydrogen production and mobility.

An array of solar panels arranged in parallel rows on a lush green field, capturing sunlight for energy conversion. The solar panels create a pattern of alternating blue and green stripes.

Solar Hydrogen

Utility-scale projects for local industry supply.

A close-up view of a large array of solar panels, with a uniform pattern of dark blue photovoltaic cells arranged in a grid. The panels are lined with silver frames, reflecting sunlight and indicating a clear day.

Decentralized Hydrogen

Hydrogen solutions for remote mining operations.

→

Solar Hydrogen

Solar hydrogen represents a cutting-edge and sustainable energy solution that integrates solar power with hydrogen production. This process mainly entails utilizing solar energy to electrolyze water, thereby decomposing it into hydrogen and oxygen. Once generated, hydrogen can serve as a clean fuel source with diverse applications, ranging from powering vehicles to acting as a feedstock in industrial processes.

Solar Hydrogen

We specialize in providing FEED and Detailed Engineering solutions across the full CO₂ value chain — including capture, transport, storage, and utilization (e-fuels, methanol, and ammonia). Our expertise spans Static and Rotating Equipment design and review, vendor package integration, and comprehensive Process, Piping & Stress analysis (covering dense-phase CO₂ and cryogenic H₂), along with Structural/Civil and HSE studies such as HAZOP, HAZID, SIL, and dispersion analysis. Backed by a senior engineering team with over 20 years of EPC delivery in complex Oil & Gas projects, we ensure multi-discipline integration that minimizes design gaps, mitigates risks, and accelerates project schedules. Our AI-enabled workflows enhance efficiency by enabling faster vendor document reviews and engineering validation. Positioned as a lean, agile, and cost-effective specialist engineering partner, we collaborate with EPCs, technology licensors, and industrial emitters to support their energy transition goals. With the global CCUS and Hydrogen project pipeline exceeding $200 billion (IEA 2024) and industries like cement, steel, fertilizer, and power under increasing decarbonization pressure, we are committed to driving sustainable growth through innovative engineering and strategic partnerships in the Green CO₂ sector.