Panels of Papers, Presentations and Debates
- The Iberian renewable uniqueness and its Hydrogen
Changes in electricity generation through renewable energies when, on April 1, 2024, a negative price was achieved in the pool.
ZERO has managed to promote decarbonization instead of electrification.
While the reinforcement of existing renewable installations is being mandated, their availability will likely be limited, as has been done since ZERO with virtually base CCGTs.
In any case, this means photovoltaic plants will be left out for many hours or days, and those that enter will encounter low prices.
Everyone is thinking about storage and hydrogen production.
The parallel FID (Final Investment Decision) development model of the LNG world or Wind Offshore Farms has imposed itself on the traditional sequential RtB (Ready to Build) model of the wind and photovoltaic world, and those who do not understand and follow it may face problems, as even signed PPAs may fall through (or the companies that signed them).
It is also a moment of opportunities for investors and financiers.
- Energy Storage
- The role of BESS (Battery Energy Storage Systems)
The installation of storage parks has raised significant controversy in some countries.
Storing renewable energies is one of the solutions for stabilizing transmission lines.
Are they dangerous for people?
Advantages of using BESS.
- Generating H2 and electricity through pressurized gas ducts without gas consumption.
- European regulatory framework on H2. A necessary change.
- Association of hydrogen valleys.
- Meeting of current members.
- Presentation to potential new associates.
- Internationalization of the Association.
- H2 and renewable energies. Impact on the Ibero-American economy.
This round table is one of the main highlights of this event.
It aims to bring together top executives from electric and petrochemical companies of the Iberian Peninsula to discuss the changes brought by renewables and their respective modifications and adaptations.
If the renewable sector already played an important role in the Iberian energy matrix, the arrival of green hydrogen will significantly increase the demand for photovoltaic and wind generation.
On the other hand, petrochemicals, with the technology presented by Kuartum, will have entirely disruptive technology to leverage the pressurized gas ducts in their refineries.
The coexistence of oil – hydrogen and LNG – hydrogen will be something petrochemicals must embrace.
- Project financing related to H2
- New parameters for analyzing H2 and renewable investments
Financing new technologies for large projects is always one of the challenges promoters must face.
This round table brings together top-level bank executives, funds, and consultants to exchange opinions on financial solutions or changes that need to be addressed for risk analysis of projects.
- The importance of PPPs for implementing green hydrogen
- Legislative differences between countries
- H2 in universities
Debate on the arrival of green hydrogen in higher education.
It is time to train H2 technicians to prevent what happened with renewable energies.
The convenience of positioning this new fuel in degrees, post-graduate studies, specialties, or as a subject will need to be analyzed.
- H2 in transport
Transporting people and goods without producing harmful emissions is one of the great goals of the 2030 Target program.
Ships, buses, trucks, taxis, trains, vans, planes, or motorcycles working without polluting. Undoubtedly, a significant milestone towards decarbonization and environmental preservation.
- Public strategies for the implementation of H2
Analysis of some public initiatives to promote the use of green hydrogen.
For example, China incentivizes the use of hydrogen vehicles (regardless of whether it is brown hydrogen) to raise awareness among the population and gradually introduce the use of green hydrogen when it becomes more competitive in price.
- Cantabrian Coast. Strategy for success
The H2 traffic between America and Europe clearly passes through the Cantabrian coast (Spain and France) and Dutch ports.
The main Spanish Cantabrian ports must design and execute a common strategy to lead these H2 import traffic flows.
Initially, ports with regasification facilities (Ferrol, Gijón, and Bilbao) have a certain advantage, but the growing demand will require the construction of new port facilities for storing green hydrogen.
This meeting should involve mayors and port authorities from Ferrol, Avilés, Gijón, Santander, Bilbao, and Pasajes, invited by the Mayor of Oviedo.
- Military vehicles with hydrogen cells
- Emission-free and self-sustaining military camps
Not all military vehicles can currently be powered by hydrogen fuel cells for obvious security reasons; however, troop transport, services, and even some amphibious vehicles are likely to transition to zero emissions.
It is feasible to think that hydrogen vehicles and the installation of state-of-the-art waste and water treatment plants could enable camps (for military or refugee uses) to be self-sustaining and environmentally friendly.
- Transport and supply of H2
Transporting H2 is one of the major challenges in the sector.
Due to being the smallest molecule, the initial idea of transporting H2 through LNG ducts is unfeasible, as losses are significant due to leaks, creating a safety issue.
Several options are already on the market for transporting hydrogen in liquid form mixed with other substances; however, these procedures ultimately impact the final price.
- Natural solutions for CO2capture. The future of hydrogen bonds
- “Motor Verde”
Analysis of alternatives that have emerged in the market for capturing CO2, such as reforesting forests, which the REPSOL Foundation is doing through its Green Engine program.
The arrival of hydrogen bonds could be of great help.
- H2 production using biogas
Producing green hydrogen from biogas can be one of the solutions to achieving a competitive market price.
There are currently numerous projects underway or in production of biogas in both Europe and Latin America, and obtaining H2 through this could open a new market.
- Generating H2 through waste
Plasma technology was applied twenty years ago for waste treatment. All plants closed due to the high OPEX.
Plasma Innova and Ecosolutions have developed much more efficient technology, enabling a process to treat waste (all non-radioactive) starting from 1.2 tons/day.
- H2 and the circular economy
- Subsidies for H2 production
- H2 “the popular fuel.”
- Fiscal solutions for green hydrogen
The wide range of solutions that green hydrogen can offer for circular economy processes; this will also allow subsidies for H2 production through funds allocated for the circular economy.
Seeking the “popularization” of green hydrogen so that its use is viable among retailers.
One way to reduce H2 costs could be fiscal subsidies.
- The concept of "Water Positive". Applying the CO2 footprint to the water footprint
- Regenerative agriculture
- Agricultural machinery powered by H2
The concept of “Water Positive” defines an entity going beyond mere water conservation, actively contributing to sustainable management and restoration of water resources. This involves practices and technologies that reduce water consumption, enhance water quality, and improve availability.
Regenerative agriculture is an agricultural approach aimed not merely at maintaining soil health and biodiversity but at improving it. It differs from conventional methods by focusing on restoring agricultural ecosystems through practices like reduced tillage, maintaining vegetative cover, and integrating crops and livestock, avoiding chemical fertilizers and pesticides.
- Ethics in the Energy Transition
Many changes are being addressed in our society without prior ethical analysis.
We are facing a crucial shift in global society, where environmental conservation takes priority over other important factors.
We would like OH2 to include an opinion on the importance and impact of ethical rules on the energy transition the planet is undergoing.
- Respect for local communities
The implementation of a large project often entails the forced displacement of local communities.
When this is necessary, do developers and authorities prioritize and address the new needs created for these families?
There are many known cases where natives have had to leave with ridiculous amounts of assistance to start their lives over in locations unfamiliar to them.
Isn’t it possible to establish a rule so that minimum requirements must always be met by those who must abandon their roots?
- Agrolinera
Under this name, a startup has created a treatment plant for livestock slurry and whey from the cheese industry that promises to be a great solution to the environmental problems and popular rejection generated by large, intensive livestock farms.
The product is so versatile that it can be installed on any size livestock farm or cheese factory.