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Articles by Venera N. Anderson
Carbon Management Society’s Post
Carbon Management Society’s Post Carbon Management Society - Free Webinar - June 15 Synthetic fuels are crucial for tackling climate change: meeting the need for energy-dense fuels capable of powering aeroplanes, rockets and ships over long distances. Technically-viable pathways from low-carbon hydrogen and biogenic or atmospheric carbon dioxide have been demonstrated to produce fuels such as methanol, ammonia and synthetic hydrocarbons.
Green vs pink hydrogen production in Japan: a partial circular economy approach (Part 6 of 6)
This article is the sixth in a series of six, based on a research by Dr. Venera N. Anderson, “Comparative Analysis of Green and Pink Hydrogen Production in Japan Based on a Partial Circular Economy Approach”. You can read part one, two, three, four and five here. • As Japan tackles its carbon footprint, choosing between green and pink hydrogen is crucial for sustainability. • With nuclear energy, pink hydrogen offers Japan a cost-effective, infrastructure-ready clean energy solution beyond 2040.
Green vs pink hydrogen production in japan: a partial circular economy approach (Part 5 of 6)
This article is the fifth in a series of six, based on a research by Dr. Venera N. Anderson, “Comparative Analysis of Green and Pink Hydrogen Production in Japan Based on a Partial Circular Economy Approach”. Here, you can read part one, two, three and four. Japan is currently facing urgent energy and environmental challenges, demanding bold and sustainable solutions.
Green vs pink hydrogen production in japan: a partial circular economy approach (Part 4 of 6)
This article is the fourth in a series of six, based on a research by Dr. Venera N. Anderson, “Comparative Analysis of Green and Pink Hydrogen Production in Japan Based on a Partial Circular Economy Approach”. You can read part one, two and three here. Japan is currently facing urgent energy and environmental challenges, demanding bold and sustainable solutions.
Green vs pink hydrogen production in Japan: a partial circular economy approach (Part 3 of 6)
This article is the third in a series of six, based on a research by Dr. Venera N. Anderson, “Comparative Analysis of Green and Pink Hydrogen Production in Japan Based on a Partial Circular Economy Approach”. You can read part one and two here. Japan is currently facing urgent energy and environmental challenges, demanding bold and sustainable solutions. As the world’s fifth-largest carbon emitter, the country must rapidly transition to cleaner energy sources to meet its 2050 carbon neutrality goal.
Green vs pink hydrogen production in Japan: a partial circular economy approach (Part 2 of 6)
This article is the second in a series of six, based on a research paper by Dr. Venera N. Anderson, “Comparative Analysis of Green and Pink Hydrogen Production in Japan Based on a Partial Circular Economy Approach”. You can read part one here. Japan is currently facing urgent energy and environmental challenges, demanding bold and sustainable solutions. As the world’s fifth-largest carbon emitter, the country must rapidly transition to cleaner energy sources to meet its 2050 carbon neutrality goal.
Green vs pink hydrogen production in Japan: a partial circular economy approach (Part 1 of 6)
This article is the first in a series of six, based on a research paper by Dr. Venera N. Anderson, “Comparative Analysis of Green and Pink Hydrogen Production in Japan Based on a Partial Circular Economy Approach”. Japan is currently facing urgent energy and environmental challenges, demanding bold and sustainable solutions. As the world’s fifth-largest carbon emitter, the country must rapidly transition to cleaner energy sources to meet its 2050 carbon neutrality goal.
References and Appendix: Green vs pink hydrogen production in Japan
Illuminem Voices Green Hydrogen · Hydrogen · Energy List of references Abdelshafy, A, Lambert, M., Walther, G. (2024, March). MENA region as a potential hydrogen supplier for the European market: Analyzing a prospective route between Kingdom of Saudi Arabia and Germany. The Oxford Institute for Energy Studies.
COMPARATIVE ANALYSIS OF GREEN AND PINK HYDROGEN PRODUCTION IN JAPAN BASED ON A PARTIAL CIRCULAR ECONOMY APPROACH
Given Japan's energy and environmental situations, this research study seeks to explore the best reasonable, practical, and economic future (2040-beyond) source of clean hydrogen (green or pink) for Japan if produced based on a partial circular economy approach. The paper explains the capstone's background and rationale, Japanese energy and environmental security, resilience and reliability situations, types of hydrogen production, and the current state of clean hydrogen development in Japan.
The green hydrogen-water-food-nexus: A sustainability analysis for Kazakhstan (VI/VI)
Kazakhstan is well-positioned to become a global player in the green H2 industry. According to Carbon Tracker (2023), "the upcoming 10-15 years will be crucial for laying the foundation of the new economy [in Kazakhstan]. Failure to do so will result in economic stranding as legacy revenue streams and old economy jobs dry up without the offset from the new (clean) revenue streams and labor opportunities" (p. 2).
The green hydrogen-water-food-nexus: A sustainability analysis for Kazakhstan (V/VI)
The research study seeks to propose novel policies for developing future sustainable green H2 hubs in Kazakhstan. In January 2023, this study’s author wrote a chapter about Kazakhstan’s hydrogen potential for the book Touching Hydrogen Future, which presents a series of 38 short stories about various countries where hydrogen is the norm.
Water issues and opportunities: Impact on green hydrogen-water-food nexus | illuminem
Hydrogen Technologies Research Laboratory at KMG Engineering identified three types of water for Kazakhstan's clean H2 production, namely, 1) available surface water (internal and transboundary waters in eight basins, as shown in Figure 10 in Appendix), 2) flood and precipitation water, and 3) industrial and household wastewater.
The green hydrogen-water-food-nexus: A sustainability analysis for Kazakhstan (II/VI)
The sustainability analysis in this research study builds upon selected international environmental law and policy's key principles and agreements relevant to Kazakhstan. The study also uses the author's two qualitative concepts to present new policies for future sustainable green H2 hubs As Central Asia’s energy transition pioneer, Kazakhstan is well-positioned to become a global player in the clean H2 industry. The country has scored multiple energy transition firsts in this region.
Global stocktake preparation: An assessment of Japan | illuminem
The Global Stocktake (GST), embedded in the framework of the Paris Agreement (PA), helps assess the countries’ collective efforts to combat climate change (UNCC, 2024; 2022). The World Meteorological Organization (WMO) report confirmed that 2023 was the warmest year in a 174-year climate record. Records were broken in sea level rise, ocean heat, Antarctic Sea ice loss, and glacier retreat in Western North America and Europe (WMO, 2024).
The green hydrogen-water-food-nexus (II/VI)
Illuminem Voices Energy · Energy Transition · Hydrogen The sustainability analysis in this research paper builds upon selected international environmental law and policy's key principles and agreements relevant to Kazakhstan. Furthermore, the study uses the author's two qualitative concepts to present new policies for future sustainable green H2 hubs.
The green hydrogen-water-food-nexus: A sustainability analysis for kazakhstan (I/VI) | illuminem
Considering Kazakhstani energy, water, and food situations, this research study presents innovative policies for developing its future sustainable green hydrogen (H2) hubs in the context of the global energy transition. Energy transitions have continued since 1709, from wood and other biomass to coal, oil, natural gas, and renewables.
Thoughts on the road to COP29: A case study on Tuvalu
Despite nearly three decades of climate negotiations, the world will face a global temperature increase of 2.9°C above pre-industrial levels by 2100, even if all current unconditional climate pledges are fully implemented. Fully implementing conditional Nationally Determined Contributions (NDC) would lower this temperature to 2.5°C (UNEP, 2023). The Earth has already warmed by nearly 1.1 °C due to anthropogenic climate change (Bhandari et al., 2024).
Are we there yet? Clean hydrogen’s challenges and opportunities in 2024
2024 looks to be the breakout year for determining the future of clean hydrogen as a crucial opportunity for modern energy systems. These systems are amid the decarbonization transition due to public concerns about greenhouse gas (GHG) emissions, the availability of specific energy resources, rapid technical innovation, and the growing population from developing nations emerging from energy poverty (Anderson, 2022).
Interview with Dr Venera N. Anderson on the growing importance of hydrogen
World Hydrogen Forum: Being named #1 “Most-Read Thought Leader of the Year in Energy" on illuminem is a significant achievement. In addition to this recognition, what other notable accomplishments have you achieved in your work on the energy transition, particularly regarding your focus on the role of hydrogen? Dr Anderson: A “just energy transition” is one of the main topics I currently focus on in my proprietary sustainability research and advisory efforts.
Begin at the beginning (V/V): nexus-integrated policies for clean hydrogen production and integration into high-priority heavy industry sectors in Japan | illuminem
This article is part five of a five-part series on clean hydrogen in heavy industry sectors in Japan. You can find part one here, part two here, part three here, and part four here. Conclusion This research paper strives to modify Japan's H2 strategy by proposing clean H2 production and integration nexus-integrated policies for its high-priority heavy-industry sectors, such as chemicals, refining, and steel.
Begin at the beginning (IV/V): nexus-integrated policies for clean hydrogen production and integration into high-priority heavy industry sectors in Japan | illuminem
*Economy/Environment: Continue energy, food, water, and minerals circular economies. *Economy/Environment/Society: Promote consumer behavioral changes for energy, food, and water conservation to enable better access to the limited resources for the poorest in the community * Society: Apply concepts of water footprints and virtual water trades for consumers and suppliers in water security policies (Sullivan, 2021) that can also accelerate the access to water for the poorest.
Begin at the beginning (III/V): nexus-integrated policies for clean hydrogen production and integration into high-priority heavy industry sectors in Japan | illuminem
This article is part two of a five-part series on clean hydrogen in heavy industry sectors in Japan. You can find part one here and part two here.
Begin at the beginning (II/V): nexus-integrated policies for clean hydrogen production and integration into high-priority heavy industry sectors in Japan | illuminem
This article is part two of a five-part series on clean hydrogen in heavy industry sectors in Japan. Part one can be found here. Section 2. Methodology The analysis in this research study builds upon two qualitative concepts to present a strategy for integrating clean H2 in selected heavy industry applications in Japan.
Begin at the beginning (I/V): nexus-integrated policies for clean hydrogen production and integration into high-priority heavy industry sectors in Japan | illuminem
Part 1. Introduction Considering Japanese energy and environmental situations, this research paper evaluates the country's hydrogen (H2) strategy and proposes innovative policies to produce and integrate clean H2 into its high-priority heavy industry applications. On Earth, H2 exists naturally only in the compound form with other elements in the gaseous, solid, and liquid phases despite being the most abundant element in the universe (EIA, 2022).
Advantages and disadvantages of wide-scale installation of new transmission lines in the United States
Illuminem Voices Power & Utilities · Power Grid · Energy The deployment of greenfield transmission lines is a widely-discussed topic in the U.S. climate sector since two-thirds of the country experiences a heightened risk of power shortages, and more than 2,000 GW of cleaner energy sources are waiting to be connected to the electric grid (Barnard, 2023).
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