Green hydrogen quickly emerges as a key component in the world’s transition to sustainable energy. Since it is a clean substitute for fossil fuels, it is essential for lowering carbon emissions and promoting energy independence. This shift is picking up steam in India, where businesses like Airox Nigen are at the forefront. Leading the nation’s largest green hydrogen pilot project, led by THDC India Ltd. in Rishikesh, Uttarakhand, is Airox Nigen, a pioneer in green hydrogen technology. This case study examines the project’s function for Airox Nigen.
Overview Summary
Airox Nigen has played a pivotal role in THDC India Ltd.’s largest green hydrogen pilot project in Rishikesh, Uttarakhand. This initiative aims to produce 50 kg of green hydrogen daily using a 1 MW rooftop solar plant, showcasing advanced hydrogen production and storage technologies. Airox Nigen’s expertise in green hydrogen technology, commitment to in-house manufacturing, and innovative solutions have been crucial in overcoming challenges and driving India’s sustainable energy transition.
Pilot Project for Green Hydrogen by THDC India Ltd.
An important milestone in India’s transition to sustainable energy is the green hydrogen pilot project of THDC India Ltd. The project, which is situated in Uttarakhand’s Rishikesh, intends to produce 50 kilogrammes of green hydrogen every day. To maintain the sustainability and cleanliness of the production process, this hydrogen is produced using renewable energy from a 1 MW rooftop solar plant.
The purpose of the initiative, which was launched by the Managing Director and Chairman of THDC, is to showcase the efficiency of green hydrogen generation and storage technologies. It includes the biggest electrolyser-end fuel cell pilot in India, which makes use of a microgrid system based on hydrogen fuel cells with a proton exchange membrane (PEM). This program not only demonstrates the potential benefits of green hydrogen but also establishes a standard for upcoming initiatives in India’s energy sector.
Green Hydrogen Production: The Role of Airox Nigen
The THDC project’s success relies heavily on Airox Nigen’s participation. In order to design and implement the hydrogen generation process, the company’s 1 MW rooftop solar plant is used in the project to produce 50 kg of green hydrogen each day, which is a noteworthy accomplishment that demonstrates the effectiveness and scalability of this technique.
The green hydrogen produced is stored in two specialised tanks, demonstrating the project’s technological prowess. These storage solutions are critical for ensuring a steady supply of hydrogen, which is later used to power a 70 KW PEM fuel cell, providing electricity to the THDC office complex during the night.
Challenges Faced and Solutions Implemented
High Production Costs:
One of the primary challenges in green hydrogen production is the high cost associated with electrolysers and renewable energy sources.
Therefore, Airox Nigen’s commitment to in-house manufacturing played a crucial role in mitigating costs. By producing key components domestically, the company was able to offer competitive pricing while maintaining high-quality standards. This self-reliant approach not only reduced production costs but also ensured the project’s financial viability.
Storage and Transportation:
Efficient storage and transportation of hydrogen remain significant challenges due to its low energy density and the need for specialised infrastructure.
In order to store the hydrogen produced safely and effectively, Airox Nigen developed and implemented advanced storage tanks. These tanks were integrated into the THDC project, ensuring that the hydrogen could be stored for later use without significant energy loss or safety concerns.
Integration with Existing Infrastructure:
Integrating green hydrogen production and storage systems with existing infrastructure is complex and often requires extensive retrofitting and customisation.
Airox Nigen’s engineering team worked closely with THDC to design a PEM fuel cell-based microgrid system that seamlessly integrated with the existing office complex. This system not only demonstrated the practicality of green hydrogen in real-world conditions but also provided valuable insights for future scalability.
Technological Adoption and Public Perception:
The adoption of green hydrogen technology is often hindered by public scepticism and the need for widespread technological understanding.
Airox Nigen has actively engaged with industry stakeholders and the public through platforms like LinkedIn, promoting knowledge sharing and innovation. Airox Nigen has helped build trust and foster a positive perception of green hydrogen technology by leading community engagement efforts.
Airox Nigen’s Competitive Edge and Future Prospects
Airox Nigen’s success in the THDC project is a testament to its competitive edge in the green hydrogen sector. The company’s focus on in-house manufacturing, commitment to quality, and innovative approach to overcoming challenges have solidified its position as a leader in the industry. Despite facing competition from both domestic and international players, Airox Nigen’s 30-year legacy and expertise give it a distinct advantage.
Looking ahead, Airox Nigen is well-positioned to continue driving India’s green hydrogen revolution. The company’s project-based revenue model, which involves undertaking high-value projects, ensures sustained growth and success. As India ramps up its green hydrogen ambitions, aiming to produce 5 million metric tonnes annually by 2030, Airox Nigen’s role will be crucial in achieving these goals.
In conclusion, Airox Nigen’s contribution to THDC India Ltd.’s green hydrogen pilot project in Rishikesh marks a significant milestone in India’s energy transition journey. By addressing the challenges of high production costs, storage, integration, and public perception, Airox Nigen has demonstrated its leadership and innovation in the green hydrogen sector. As India strives towards energy independence and sustainability, Airox Nigen’s expertise and commitment will continue to play a vital role in shaping the country’s clean energy future.
