Corporate Social Responsibility
Workshop on Green Hydrogen
Table of Contents
Background…………………………………………………………………………………………………………………………………. 3
Overview – ‘Production and Utilization of Green Hydrogen’………………………………………………………….. 4
Speaker Profiles……………………………………………………………………………………………………………………………. 5
Training Proceedings – ‘Production and Utilization of Green Hydrogen’………………………………………… 6
Key Pointers of the concerned training batch………………………………………………………………………… 10
Annexure-I: Agenda…………………………………………………………………………………………………………………… 11
Sample Project Certificate…………………………………………………………………………………………………………… 14
Annexure-II: Registration Sheet………………………………………………………………………………………………….. 15
Annexure-III: Workshop & Training Expense Sheet……………………………………………………………………. 17
Annexure-IV: Travel Cost Expense Sheet……………………………………………………………………………………. 18
Background
Green hydrogen is a clean and renewable form of energy which is produced through the electrolysis of water using renewable energy sources such as wind, solar, or hydropower, is emerging as a key component in the global energy transition. Unlike conventional hydrogen, which is typically generated from natural gas and associated with high carbon emissions, green hydrogen is entirely emissions-free, making it a clean alternative for industries and sectors aiming to decarbonize. Its production involves splitting water into hydrogen and oxygen using electricity, where renewable energy drives the process, ensuring zero greenhouse gas emissions. The utilization of green hydrogen spans multiple sectors, including transportation, where it powers fuel cell vehicles; industry, where it serves as a low-carbon feedstock for refining and ammonia production; and power generation, where it can be used as a storage medium for surplus renewable energy. Its potential to complement renewable energy systems, particularly in hard-to-abate sectors such as heavy industry and long-haul transportation, makes green hydrogen a pivotal solution for achieving carbon neutrality and enhancing energy security globally. However, challenges remain, particularly regarding the cost of production, scalability, and infrastructure, which are critical for widespread adoption.
In India, interest in the production of green hydrogen has significantly grown, especially since the Central Government announced the National Green Hydrogen Mission (NGHM) in 2021, followed by the notification of Green Hydrogen policy in 2022. NGHM was approved by the Union Cabinet on 4th January, 2023 with an initial outlay of Rs 19,744 crore. Ministry of New and Renewable Energy (MNRE) is the nodal Ministry for implementation the mission. The overarching objective of NGHM is to make India the Global Hub for production, usage and export of Green Hydrogen and its derivatives. This will contribute to India’s aim to become Aatmanirbhar (self-reliant) through clean energy and serve as an inspiration for the Clean Energy Transition.
NGHM targets setting up of at least 5 MMT (Million Metric Tonne) per annum of green hydrogen capacity with an associated renewable energy capacity of about 125 GW by 2030. The targeted production capacity will bring over INR 8 lakh crore in total investments and create over 6 lakhs jobs by 2030. The Mission will lead to significant decarbonization of the economy, reduced dependence on fossil fuel imports, and enable India to assume technology and market leadership in Green Hydrogen. Jobs creation and required skilling & capacity building are one of the key aspirations of the mission and in that context, a coordinated skill development Programme is also being devised to be implemented wherein SCGJ is also actively involved.
The target Building skills and ability for all parties involved in the domestic green hydrogen ecosystem has become essential to reshaping the domestic energy landscape and ensuring a sustainable future. This crucial area of this specialized but quickly expanding industry offers a revolutionary chance for sustainable economic growth, technological innovation, market expansion, and the creation of jobs nationwide in addition to promising to address climate change and other environmental concerns. SCGJ acknowledges that in order for India to take advantage of the enormous potential of this fuel of the future, proficiency in green hydrogen is essential.
As a result, in accordance with NGHM, SCGJ has recently created and executed a variety of green hydrogen skill interventions. Additionally, the organization intends to expedite the implementation of numerous training and capacity development initiatives throughout the green hydrogen value chain. The Ministry of Skill Development and Entrepreneurship (MSDE), Government of India (under the NGHM), established advisory groups on education and skilling, of which SCGJ is a member. These groups have a broader mandate to guarantee that the industry has access to a variety of certified and skilled workers throughout the GH2 value chain.
In this regard, GIZ’s assistance through the “Trainings in New and Innovative Solar Applications (TISA)” project, which aims to accelerate a variety of training programs pertaining to green hydrogen in addition to other cutting-edge solar technologies, is highly pertinent and urgent. GIZ-supported curated skilling and training programs in the green hydrogen ecosystem are a calculated investment in creating a skilled labour force in India that has all the technical, business, and knowledge know-how needed to fully realize the potential of this ground-breaking energy source.
Accordingly, as part of the GIZ-supported project TISA, the Skill Council for Green Jobs, in collaboration with GERMI, arranged a two-day in-person training batch called “Production and Utilization of Green Hydrogen.” This in-person training session was held at Parishkar College of Global Excellence Autonomous, Jaipur, Rajasthan from October 22-23. About thirty trainees from industry, academia, policy think tanks, and other stakeholder groups attended.
Overview – ‘Production and Utilization of Green Hydrogen’
A green hydrogen production training program typically focuses on the methods and technologies used to produce hydrogen in an environmentally friendly manner, emphasizing renewable energy sources.
The production and utilization of green hydrogen represent a transformative shift in energy systems toward sustainability. Green hydrogen is produced through the process of electrolysis, where water is split into hydrogen and oxygen using electricity from renewable energy sources like wind, solar, or hydropower. This method is entirely carbon-free, distinguishing green hydrogen from other types such as grey hydrogen, which is produced using natural gas and emits significant amounts of CO₂. The production process hinges on the availability of renewable electricity, which is critical to ensuring its environmental benefits. Advances in electrolyser technology are essential for reducing costs and scaling up production to meet growing demand.
In terms of utilization, green hydrogen is highly versatile. In the transportation sector, it powers fuel cell electric vehicles (FCEVs), which emit only water vapour, making it an attractive solution for decarbonizing heavy-duty transport, shipping, and aviation. In industry, green hydrogen serves as a clean alternative to fossil fuels in high-temperature processes, such as steelmaking, which traditionally rely on coal or natural gas. It can also be used as a feedstock in chemical industries for ammonia and methanol production, supporting the creation of sustainable fertilizers and fuels. Additionally, green hydrogen plays a critical role in energy storage, especially for balancing intermittent renewable energy sources like wind and solar. It can be stored and converted back into electricity when demand is high or renewable supply is low, thereby stabilizing the grid.
However, the large-scale adoption of green hydrogen faces challenges. The cost of production is currently high due to the need for significant amounts of renewable electricity and expensive electrolyser technology. Additionally, the infrastructure required for transport, storage, and distribution is still underdeveloped. Despite these barriers, many countries are investing in hydrogen strategies, seeing it as a key component of future energy systems. With continued technological advancements, policy support, and international cooperation, green hydrogen has the potential to drive deep decarbonisation across sectors, making it a cornerstone of the global transition to a low-carbon economy.
Speaker Profiles
Dr. Maghendra Sharma is a Scientist and Nodal Secretary Vigyan Bharti, Rajasthan. He studied from Rajasthan University. His profound experiences and priceless ideas have made a lasting impression, inspiring us to take significant action for a sustainable future. As we embark on this remarkable adventure with green hydrogen, prepare to be inspired.
Mr.Prem Bharti is a seasoned professional with a Master’s degree (M.Tech) in Green Energy Technology. He brings extensive expertise in various domains, including Solar EPC Project execution, Capacity Building program development, and Skill-based Renewable energy curriculum development. As a Master Trainer in Solar PV and Green Hydrogen, he has successfully trained over 5000 candidates in India and participants from member countries of the International Solar Alliance (ISA).
Mr.Sarvesh Pratap is a Senior Manager at Skill Council for Green Jobs (SCGJ).He completed his Bachelors from Dr.B.R.Ambedkar University, Agra and M.Tech. from Pondicherry University.
He is having 9+ years of experience in research and development, implementing sustainable development projects. He is very dedicated, adaptive and consistent in his work.
Mr. Manoj Gupta is (Vice President, ReNew Power). He is highly accomplished professional with 30+ years of successful carrer in the renewable energy, new energy, green energy and power sectors combining technical expertise with business acumen. He holds on MBA and and a degree in electrical engineering with certification as a chartered engineer and BEE auditior. He is having vast experience in market trends worldwide on consumption of hydrogen
Nitin Agarwal Chief Executive Officer Rajasthan Solar Association, He completed his Bachelors from Maharishi Arvind University and M.Tech from Deepshikha College of Technical Education, Jaipur. He is having 5+ years’ experience and skilled in trainings and development and operations management.
Miss Kakul Singh is AGM, Renew, Green Hydrogen & Derivatives, Ex-Fluor. Eleven years of experience in process design involving Feasibility Study, Technology Selection, Proposal development, Front End Engineering Design (FEED) and Detailed Engineering.
Training Proceedings – ‘Production and Utilization of Green Hydrogen'
The training program included case studies, group activities, interactive classroom sessions, and a site visit to the Parishkar College of Global Excellence Autonomous, Jaipur, Rajasthan, Green Hydrogen production facility. Key insights into various aspects of green hydrogen production, storage, transportation, and utilization across end-use sectors were provided by eight sessions led by SCGJ Master Trainers and industry experts from major organizations in the renewable energy, green hydrogen, and environmental sustainability sectors.
The technical and other important aspects of producing green hydrogen and green ammonia, such as different electrolysis techniques, plant design and optimization aspects, renewable energy integration, and hydrogen purification, storage, and utilization technologies, were all thoroughly understood by participants thanks to the numerous interactive sessions that were organized over the course of the two days. On day one, in particular, they received training on how to use renewable energy sources, such as solar, wind, and 24/7 renewable electricity (via storage), to produce green hydrogen through electrolysis, which is essential for the world’s energy transformation. The NGHM, related national policy frameworks, state regulations, and changing regulatory environments pertaining to the domestic green hydrogen industry were also clarified by the training. Participants thus gained knowledge of government programs, incentives, compliance requirements, and market prospects related to green understanding the importance of gaining information and skills pertinent to the industry and market for hydrogen projects. Participants thus gained knowledge of government programs, incentives, compliance requirements, and market prospects related to green hydrogen projects, and they realized the value of gaining skills and knowledge relevant to the sector and the market.
The inaugural session of the workshop commenced with Saraswati Vandana with lamp lightening followed by Kulgeet of Parishkar, after that all dignitaries and resource persons are welcomed by presenting them memento and shawl. Mr. Raghav Prakash (Director of Parishkar College) had given an introduction to the event’s objectives and agenda. The session was graced by esteemed dignitaries and keynote speakers who emphasized the significance of the workshop in addressing key industry challenges and fostering collaboration. The chief guest Mr. Maghendra Sharma delivered an insightful opening address, highlighting the relevance of the workshop’s theme and the potential impact of the discussions and training sessions to follow. A vote of thanks was extended to the organizing committee, sponsors, and participants, setting a positive tone for the workshop’s upcoming sessions. The session concluded with a brief overview of the workshop structure, encouraging active engagement and knowledge sharing among attendees.
The session on “Fundamentals of Green Hydrogen and Policy in India” offered a comprehensive overview of the science, applications, and policy framework surrounding green hydrogen. The discussion began with a presentation on the Fundamentals of Green Hydrogen, where the speaker explained the process of producing green hydrogen through electrolysis using renewable energy sources such as solar, wind, and hydropower.
Key aspects such as the zero-emission nature of green hydrogen and its versatility as a clean energy carrier for sectors like transportation, industry, and power generation were highlighted. The technical differences between green hydrogen and other types, such as grey and blue hydrogen, were clarified, with an emphasis on the environmental benefits of the green alternative. The session then shifted to the Role of Green Hydrogen in Net Zero,
underscoring its importance in achieving global and national climate goals. The speaker detailed how green hydrogen can decarbonize hard-to-abate sectors such as heavy industry (steel, cement) and long-distance transportation (shipping, aviation), making it indispensable for achieving carbon neutrality by 2050. Green hydrogen’s potential to act as a large-scale energy storage solution and its role in stabilizing renewable energy supply were also discussed, reinforcing its pivotal role in a sustainable energy future. Lastly, the session focused on the Green Hydrogen Policy in India, outlining the government’s initiatives to promote the production and utilization of green hydrogen. The speaker discussed India’s ambitious National Hydrogen Mission, which aims to position the country as a global hub for green hydrogen production and exports. Key policy measures, including financial incentives, regulatory support, and infrastructure development, were highlighted. The session concluded with a discussion on the challenges and opportunities ahead, with participants expressing optimism about the growing role of green hydrogen in India’s clean energy transition and its potential to significantly contribute to achieving net-zero emissions.
The session on “Introduction to Green Hydrogen Production Technologies” during the workshop provided an in-depth exploration of the various methods and innovations driving the production of green hydrogen. The session began with a comprehensive overview of electrolysis, the primary technology used for green hydrogen production, where water is split into hydrogen and oxygen using electricity generated from renewable energy sources like wind, solar, and hydropower. The speaker highlighted different types of electrolysers, including alkaline, proton exchange membrane (PEM), and solid oxide electrolysers, discussing their efficiencies, operational requirements, and potential for scalability. The presenter also discussed emerging technologies, including high-temperature electrolysis and photo electrochemical water splitting, which hold promise for future advancements in hydrogen production. Throughout the session, case studies were shared to demonstrate how countries and industries are leveraging these technologies in real-world applications, driving the global energy transition. The session concluded with an engaging Q&A, where participants discussed the opportunities and challenges in deploying green hydrogen production technologies at scale, paving the way for continued innovation and investment in this critical field.
The session on “Understanding the Balance of Plant in Green Hydrogen Production” focused on the critical components supporting the electrolysis process beyond the core electrolyser. The Balance of Plant includes essential systems such as water treatment, gas management, cooling, and electrical systems, all of which are vital for the efficient and reliable operation of a green hydrogen production facility. A significant part of the session centred on the DM (Demineralized) Water Unit, which is a key component in green hydrogen production. Electrolysis requires high-purity water to avoid contaminants that can damage the electrolyser and reduce efficiency. The speaker explained the process of demineralizing water to meet the stringent quality requirements, ensuring the long-term durability and optimal functioning of the electrolyser. The need for continuous monitoring of water quality and the potential risks of impurities, which could lead to increased maintenance costs and system downtime, were thoroughly discussed.
The session on “Green Hydrogen Cost Economics and System Configuration” provided an in-depth analysis of the financial and technical aspects of green hydrogen production. The speaker began by discussing the cost economics of green hydrogen, breaking down the key factors that influence production costs. The primary cost drivers highlighted were the price of renewable electricity, the efficiency and cost of electrolysers, and the balance of plant (BoP) components such as water treatment, cooling, and gas management systems. Since renewable energy constitutes the largest portion of green hydrogen production costs, the speaker emphasized that reducing electricity costs through advancements in renewable energy technologies and grid integration is essential for making green hydrogen economically competitive with traditional fossil fuel-based hydrogen (grey and blue hydrogen).Additionally, the session covered the role of system configuration in optimizing the cost-effectiveness and efficiency of green hydrogen production. Various electrolyser types, including alkaline, proton exchange membrane (PEM), and solid oxide electrolysers, were discussed in terms of their capital costs, operational efficiency, and suitability for different scales of production. The speaker highlighted that system design, including the integration of renewable energy sources and the balance of plant, has a significant impact on overall costs and operational efficiency. Modular system configurations, which allow for scaling up production as demand increases, were presented as a viable solution to reduce upfront investment costs and increase flexibility.
The second day of the workshop began with a site visit to a Green Hydrogen Plant, where attendees watched a live demonstration of a micro grid application based on hydrogen. This visit gave participants a hands-on, practical experience by demonstrating how a green hydrogen facility operates in the real world. The demonstration demonstrated how green hydrogen may be used for energy storage and supply in decentralized power generation, highlighting the integration of
hydrogen technology inside a micro grid system. The plant’s operating features, such as hydrogen production, storage, and use, as well as the advantages of hydrogen-based micro grids in boosting energy sustainability and resilience, were all explained in detail to the participants.
After industrial visit, next session on “Micro-entrepreneurship Opportunities in the Green Hydrogen Value Chain” illuminated the vast potential for small-scale businesses to thrive within the burgeoning green hydrogen sector. The speaker began by outlining the various stages of the green hydrogen value chain, emphasizing how micro-entrepreneurs can engage in activities ranging from the production of hydrogen through small-scale electrolysers to providing ancillary services such as water purification, transportation, and distribution. The discussion highlighted that micro-entrepreneurs could capitalize on localized hydrogen production, particularly in rural or off-grid areas, where renewable energy sources are readily available, thus reducing dependency on centralized energy systems. Participants learned about specific opportunities, including the development of hydrogen fuel cells for transportation, such as electric rickshaws and scooters, as well as the manufacturing and assembly of electrolyser components. The speaker also pointed out the importance of innovation in creating niche markets, such as hydrogen-based cooking and heating solutions, which could significantly benefit local communities by providing cleaner alternatives to traditional fuels. The session concluded with a dynamic discussion, where attendees shared their insights and experiences, brainstorming collaborative strategies to promote micro-entrepreneurship in the green hydrogen ecosystem.
The session on “Green Hydrogen Safety, Standards, and Regulation” provided crucial insights into the frameworks necessary to ensure the safe production, storage, and utilization of green hydrogen. The speaker commenced by emphasizing the unique properties of hydrogen, including its flammability and low ignition energy, which necessitate stringent safety protocols across all stages of the hydrogen value chain. Key safety measures were discussed, including proper handling procedures, leak detection technologies, and the importance of robust infrastructure to minimize risks associated with hydrogen production and distribution. The session then shifted to the standards that govern green hydrogen technologies. Participants learned about international standards, such as those established by the International Organization for Standardization (ISO) and the American National Standards Institute (ANSI), which provide guidelines for hydrogen quality, storage, and transport. The speaker highlighted the importance of harmonizing standards globally to facilitate trade and the development of a cohesive hydrogen market, particularly as countries ramp up their hydrogen initiatives.
The closing ceremony of the workshop was marked by a heartfelt farewell from the facilitator, who expressed profound appreciation for the participants’ active engagement and contributions, highlighting the collective achievements and lessons learned. Participants were encouraged to share their reflections and takeaways, fostering a sense of community and shared understanding. The session also included a formal vote of thanks to the organizing committee, sponsors, and participants, acknowledging their efforts and support. To conclude, the facilitator offered a brief overview of the workshop’s structure, encouraging continued collaboration and knowledge sharing among attendees.
Seed Ball Campaign
As you inhale the gentle breeze,
Remember the gift in the rustling trees.
For in each breath, a story’s told,
Of Oxygen’s Grace, both pure and bold
We are living in the era of Anthropocene- An era characterized by significant human impact on Earth’s geology and ecosystem, including climate change, biodiversity loss and environmental degradation. Humans have played a major role in increasing the Carbon Dioxide levels in the environment, primarily through industrial activities, deforestation and burning of fossil fuels etc..
We humans bear the responsibility to take some crucial actions to balance human activities with the health of the planet and future generations. Consequently, we realized the need for corrective actions to be taken for environmental sustainability which could be achieved through plantation and spreading awareness about the same.
To serve the purpose, PARISHKARIANS commenced a “SEED BALL CAMPAIGN- Just Throw and Grow”. The campaign aimed to promote environmental sustainability, raise awareness and engage community in conservation activities. This activity was implemented by the Parishkar’s Social Responsibility (PSR) Cell, in collaboration with the Green Earth Club (Botany Dept.) and Cabin Crew Club (Commerce & Management Dept.)
Details of Campaign:
Preparation of Seed Balls
Details of Distribution in Government and Private Institutions
Rajasthan Electronics & Instruments Limited
Seed Ball Distribution to the faculty of PCGEA
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Workshop on Postpartum Depression
“Congratulationss! New Mommy…..
…You are blessed with a baby boy.. Look how cute he is. He resembles you a lot. Tiny hands, soft velvety skin, chubby cheeks, pure eyes, what a little bundle of joy God has gifted to the family….”. Everyone is filled with excitement, joy and happiness in abundance.
Welcoming a new baby is often depicted as a time of pure joy and elation. It is a momentous occasion filled with happiness, anticipation and a deep sense of love. It marks the beginning of a new chapter, where the arrival of the baby transforms daily routines and relationships. Families often come together to celebrate the new life, sharing in the excitement and wonder of the baby’s first moments. This time is characterized by a blend of awe and responsibility, as parents and loved ones adjust to the changes that come with caring for and nurturing a new born. As the family members embrace the new addition and shape the future of the baby with love, care and support, the mother may face a range of significant challenges. For many new mothers, this phase can also lead to a storm of emotional turbulence. While everyone else is cherishing that moment, the new mom may be struggling with unexpected challenges. Her life transformed altogether and it was never the same. The journey of welcoming a baby brings a unique blend of challenges.
The transition to motherhood involves adapting to a demanding new routine, including sleepless nights, constant feeding, and the immense responsibility of caring for a new born. Alongside the physical exhaustion, many new mothers experience emotional strain as they navigate the complexities of bonding with their baby, managing their own health, and balancing household responsibilities. This period can be compounded by feelings of isolation, pressure to meet societal expectations, and potential struggles with physical wellbeing of the new mother.
One such profound and often hidden challenge is Postpartum depression (PPD) that affects countless women in the months following childbirth. While the world may paint a rosy picture of new motherhood, the reality for many can be far more complex and daunting. It’s a condition that can creep up slowly, or hit suddenly, and its impact is as varied as the women it affects.
Postpartum depression is a serious condition that affects many new parents, but it is treatable with the right support and intervention. Recognizing the symptoms, understanding the risk factors, and seeking appropriate help can make a significant difference in recovery and overall well-being
The support of family, friends, and healthcare professionals is crucial in helping new mothers adjust to their new role, offering both practical assistance and emotional encouragement during this transformative time.
Realizing the seriousness of the issue, The Department of Psychology, Parishkar College of Global, Autonomous, recently organized an insightful and empowering workshop on Postpartum Depression (PPD), aimed at raising awareness, fostering open discussions, and offering practical strategies to support new mothers through their journey of recovery.
The workshop provided a safe space for attendees to openly share their personal experiences with postpartum depression. Many brave individuals spoke about their challenges, emotions, and the difficult journey they’ve faced in navigating both motherhood and mental health. These shared stories not only highlighted the emotional and physical toll of PPD but also fostered a sense of solidarity and support among participants.
We were honored to have the Department of Psychology contribute their expertise to the session, offering valuable insights into the causes and symptoms of postpartum depression. The department provided a comprehensive overview of the psychological and emotional factors that contribute to PPD, as well as evidence-based approaches to managing it.
In addition to identifying the signs of PPD, the experts also suggested practical strategies for new mothers and their families. They discussed the importance of self-care, seeking professional help, and building a support system to ensure that both the mother and baby thrive during this critical period. Special emphasis was placed on the role of partners, family members, and the community in supporting a new mother’s mental and emotional well-being. These efforts are crucial for helping mothers rebuild their strength, both physically and mentally, and prevent the worsening of depression or anxiety during this challenging time.
