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Experience a highly engaging session with Hirendra Chatterjee, Head of Business Development at Draeger Safety India Pvt Ltd, and Oliver Bornholdt, Global Business Development Manager at Dräger, as they delve into critical safety considerations for ammonia as a hydrogen derivative in industrial applications. This insightful discussion addresses the latest safety challenges, detection technologies, and international guidelines.
About the Speakers:
Hirendra Chatterjee: With over 25 years of experience in industrial safety, Hirendra is an OSHA-certified Qualified Safety Sales Professional (QSSP) and a chemical engineer, holding a postgraduate qualification in marketing. As a member of the Bureau of Indian Standards (BIS) Chemical Committee, he actively contributes to safety standardization in India.
Oliver Bornholdt: Bringing over 25 years of diverse industry experience, Oliver is a certified Six Sigma Green Belt and an advocate for industrial safety. As the Global Business Development Manager at Dräger, he focuses on digital transformation and emerging technologies, with a particular emphasis on hydrogen and ammonia safety.
Learn more at the Dräger official website
What is Green Ammonia Safety? This session explores essential safety practices and guidelines for ammonia in hydrogen applications.
✅Why Green Ammonia Safety Matters: Ammonia’s Role in the Hydrogen Economy
✅Key Safety Challenges: Safety Challenges and Risk Management
✅Best Practices: Detection and Mitigation Solutions
✅Global Guidelines: International Guidelines and Compliance
This session is an essential resource for professionals involved in hydrogen safety, process engineering, or industrial risk management. Gain valuable technical insights and learn best practices for mitigating safety risks associated with ammonia.
GHI is dedicated to driving sustainability and innovation across various industries, offering customized solutions tailored to meet the specific needs of our clients while contributing to a cleaner and more sustainable future for generations to come.
Providing sustainable solutions for optimizing processes and reducing environmental impact.
Offering innovative technologies to minimize emissions and enhance efficiency in the production of petrochemicals and chemicals.
Renewables
Developing renewable energy projects such as solar, wind, and hydroelectric power.
Oil & Gas
1. Upstream: Supporting exploration and production activities with sustainable practices.
2. Midstream: Enhancing the efficiency and safety of transportation and storage infrastructure.
3. Downstream: Optimizing refining and distribution processes while reducing environmental footprint.
Hydrogen, Ammonia
Promoting the adoption of hydrogen and ammonia as clean energy sources.
CCUS
(Carbon Capture, Utilization, and Storage): Implementing technologies to capture and store carbon emissions, mitigating climate change.
Liquefied Natural Gas (LNG)
Facilitating the transition to cleaner fuels through LNG infrastructure and solutions.
Implementing sustainable practices and technologies to reduce waste and improve efficiency in pharmaceutical manufacturing.
Offering sustainable solutions for food processing, packaging, and distribution to minimize environmental impact.
Advancing sustainable transportation solutions, including electric vehicles, biofuels, and efficient logistics.
Providing eco-friendly solutions for manufacturing processes and equipment, optimizing energy usage and resource efficiency.
GEXCON
GHES is joint venture with Gexcon India to share the vision of Innovating for a safer and sustainable future. Gexcon is a world-leading company in the field of safety and risk management and advanced dispersion, explosion, and fire modelling.
Gexcon’s experience arises from detailed knowledge of explosion phenomena built up through years of extensive research projects, carrying out safety assessments, performing accident investigations and conducting physical testing at the company’s facilities.
Headquartered in Bergen, Norway, Gexcon has offices in Australia (Perth), China (Shanghai), France (Paris), India (Pune and Mumbai), Indonesia (Jakarta), the Netherlands (Utrecht), Sweden (Borås), the UAE (Dubai), the UK (Manchester) and USA (Houston, Bethesda, and Boston).
IIT Roorkee
In India, the need has been felt for long, for a Centre of Excellence (CoE) to promote education as well as research and development in process safety at par with global institutes. In response to this need, a unique Center of Advanced Sciences (CoAS) in Process Safety & Risk Vulnerability in Hydrogen Economy has been set up in the Indian Institute of Technology, Roorkee (IITR) under a MoU between IITR (Academic & Research Partner), Greenstat Hydrogen India Pvt. Ltd. (Industry Partner) and Gexcon (Knowledge Partner) and Green Hydrogen Energy Services Pvt. Ltd. (Funding Partner) to develop human capital and to conduct research, consultancy and advisory services in the domain areas of Process Safety, Risk management, Hydrogen Safety and Green Hydrogen to industries, government and public sector units of the Government of India (GoI).
Government
Regulatory
Finance
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Catch the full replay of our exclusive webinar with Kristina Đurkić, Senior Business Development Manager at Kjeller Innovasjon AS! Dive into Norway’s latest hydrogen scale-up initiatives and explore the innovations shaping the future of the hydrogen sector.
Kristina shares her expertise in turning ideas into commercialization and emerging trends you won’t want to miss.
📅 Originally Broadcast: 18th October 2024
Incident Investigation and Emergency Response focus on learning from past incidents, improving emergency response procedures, and utilizing advanced technologies such as Augmented Reality (AR) and Virtual Reality (VR) for training and simulation.
Safety in Design Solutions involves integrating safety considerations into the design phase of industrial processes and facilities to minimize risks and enhance safety.
Land Use Planning and Layout Optimisation Assessment
This assessment evaluates the layout of industrial facilities to minimize the impact of potential hazards on surrounding areas and communities.
Structural Response and Integrity Assessment
This assessment evaluates the structural integrity of buildings and equipment to ensure they can withstand potential hazards such as explosions or fires.
Design Accidental Load ( fire and blast) Assessment
This assessment evaluates the potential loads placed on structures and equipment during accidents such as fires or explosions.
Active and Passive Fire Protection Assessment
This assessment evaluates the effectiveness of fire protection measures such as fire suppression systems, fireproofing, and passive fire protection barriers.
Fire and Gas Mapping Studies
These studies involve mapping the distribution of flammable gases and potential fire scenarios within industrial facilities to identify areas of high risk.
HAC and ATEX Studies
HAC (Hazardous Area Classification) and ATEX (Atmosphères Explosibles) studies involve classifying areas within industrial facilities based on the likelihood of explosive atmospheres forming and assessing the effectiveness of safety measures in these areas.
Building Risk Assessment involves evaluating the structural integrity and safety features of buildings in industrial facilities to ensure they can withstand potential hazards such as explosions or fires.
