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Who is Tomás Miklos?

  • PhD in Science from the University of Paris (Sorbonne).
  • Graduated in Chemical Engineering from the Universidad Nacional Autónoma de México (UNAM).
  • International Consultant at Price Waterhouse, Cresap Mccormick and Paget and the INAE [Instituto Nacional de Asesoría Especializada, S.C. – National Institute of Specialized Advice]
  • Technical Design Coordinator and Chemical Plant Operator at Bufete Industrial, Monsanto Mexico, Dow Química de México and Syntex Corporation.
  • Director General and Official in the Secretaría de Educación Pública [Ministry of Public Education], in Research on Education at the Centro de Prospectiva de la Fundación Javier Barros Sierra [Prospectiva Center of the Javier Barros Sierra Foundation], at the CREFAL [Centro Regional de Educación Fundamental para América Latina y el Caribe – Regional Center for Fundamental Education for Latin America and the Caribbean], At the INEA [Instituto Nacional para la Educación de los Adultos – National Institute for Adult Education], at the ILCE [Instituto Latinoamericano de la Comunicación Educativa – Latin American Institute of Educational Communication], and as Technical Advisor for Higher Education at the MEJOREDU [Comisión Nacional para el Mejoramiento Continuo de la Educación – National Commission for the Continuous Improvement of Education]
  • Received “honorable mention” in Public Administration from the Ministry of the Civil Service and the Benito Juárez Medal of the Mexican Society of Geography and Statistics.
  • He is a Fellow Member of the Mexican Academy of Geography and Statistics and at the Academy of Engineering and the Legion of Honor.
  • He is a nominated Candidate for the National Science Award.
  • He is the author and co-author of 16 published books and multiple articles on Prospective and Strategic Planning, Climate Change and Homeland Security and Education.

Ecological Threats

Climate change caused by the rapidly increasing greenhouse acid gas emissions [Carbon Dioxide (CO2), Nitrogen Dioxide (NO2), Sulfur Dioxide (SO2)], generally referred to as CO2 equivalent, leads to a very accelerated rise in both planetary temperature and ocean levels, the disappearance of snow in glaciers and high mountains and at the 2 poles of our planet, ocean acidification, disasters known as extreme naturals, desertification on land, biodiversity loss, air pollution, forest fires, and even storms, floods and pandemics generation. Therefore, the environmental deterioration aforementioned urgently requires immediate responses to consider and address climate change as a “global threat”, so it should be considered as a priority issue in terms of intelligence, national security and human security, in order to take proactive measures to forecast, prevent, adapt, mitigate and contain the impacts of climate change on our population as soon as possible, on the current models of development and on the quality of life of both humans and other living organisms on our planet.

OUR PROPOSAL

Innovation and Applied Science

With the key objective of avoiding or eliminating the increasing and threatening volumes of greenhouse polluting gases mentioned above, and even Hydrogen Sulfide (H2S) from the atmosphere around us and from industrial, agricultural, livestock, and urban, air and maritime transportation emissions, and the production of electricity, as well as to comply with Sustainable Development Goal 13 (“Take urgent action to combat climate change and its impacts”) driven by the United Nations (UN) and the Millennium Project and multiple environmental associations, demands of the civil society and international agreements (v. gr. the Paris Agreement), the expansion and implementation of effective and practical alternatives in the short term and at low costs is extremely urgent. To do this, I have developed the ECOPLANT/ZEROCARBON project described below.

The ECOPLANT/ZEROCARBON project proposed by Miklos Technology consists of a chemical process that replaces the traditional procedure for capture and sequestration (CYS) of greenhouse gases, with an ingenious procedure of CAPTURE AND TRANSFORMATION (CYT) of these gases extremely efficiently (99%), which also generates industrial products of high purity, high volume of consumption and very high rates of profitability (TIR/ROI), whose competitiveness and usefulness are described below.
This process includes a small, low-cost horizontal absorbing-reactor developed, tested and patented by Dr. Tomás Miklos, which in addition to eliminating all of these mentioned greenhouse acid gases, allows the highly profitable marketing of various products, among which we can emphasize carbonates whose use is described in the following section.
Hence the extraordinary competitive advantage of high technology in both ecological and technological matters and in the generation of large financial profits.

ECOLOGICAL AND ECONOMIC ANTHROPOGENESIS

Anthropogenesis implies awareness that the current situation we are currently living in is the result of positive and negative actions by us human beings; therefore, the world in which we will live in the future will also be, to a considerable extent, the result of what we humans do. The ECOPLANT/ZEROCARBON development managed by Dr. Tomás Miklos under the label Miklos Technology allows first of all the CAPTURE and TRANSFORMATION of virtually all Carbon Dioxide (CO2) present both in the atmosphere and particularly in the industrial emissions of said gas and other polluting gases, largely originating from the combustion of fossil materials (v.gr. coal, wood, oil, gas and organic waste), mostly used in the production of electricity, cement, metallurgy and transportation. This innovative technology allows to face, reduce, retain and at least slow down the aforementioned threats of climate change and its catastrophic effects. This innovative technology allows to take on, reduce, retain and at least slow down the aforementioned threats of climate change and its catastrophic effects. Moreover, it facilitates the harmonious, gradual and realistic coexistence of traditional energy generation processes from fossil fuels to predictable renewable energy generation processes (photovoltaic, wind, marine, geothermal, etc.) to which it also contributes in the essential rechargeable batteries.

In addition to this great ecological benefit, we have developed productive derivations that generate large commercial and financial profits. To this end, we have experimented and propose the alternative production of 4 major types of carbonates of extreme purity, whiteness and granulometry that are in high demand in the global industry:

Sodium Carbonate (Na2CO3)

Massively demanded for glass manufacturing, oil refining, water treatment, detergent manufacturing, etc.

Calcium Carbonate (CaCO3)

Massively demanded for paper, paints, ceramics, textiles, medicinal products manufacturing, etc.

Magnesium Carbonate (MgCO3)

Highly demanded and useful as a “flame retardant” for cigarette paper manufacturing and in the textile, electric wiring, agricultural and forestry industries, as well as particularly demanded to prevent, prevent and/or put out forest fires.

Lithium Carbonate (Li2CO3)

Exponentially demanded for the manufacturing of all kinds of rechargeable batteries, particularly known for the manufacturing of electric cars, cell phones, aeronautics, satellites and drones. This product is also known as “white gold”, due to its high strategic and futuristic value.

All of this enables the ECOPLANT/ZEROCARBON system to lead to extraordinary financial results (high IRR/ROI), as well as its extraordinary efficiency and effectiveness for CO2 elimination, other greenhouse gases and Hydrogen Sulfide originating from transportation and industrial emissions.

To know more feel free to download the following documents and videos:

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