— Paper: Advanced transmutation process and its application for decontamination of radioactive nuclear wastes, Michrowski and Porringa

Complete paper

Proceedings of Congress 2000

University of Alberta

Edmonton, May 29-30, 2000

Advanced transmutation process

and its application for the decontamination of radioactive nuclear wastes

Andrew Michrowski [1] and Mark Porringa [2]

Abstract: There are deviations to the standard model of radioactive atomic nuclei decay reported in the literature. These include persistent effects of chemical states and physical environment and the natural, low-energy transmutation phenomena associated with the vegetation processes of plants. The theory of neutral currents is proposed by Nobelist O. Costa de Beauregard to account for the observed natural transmutations, also known as the Kervran reaction. “Cold fusion” researchers have also reported anomalies in the formation of new elements in cathodes. This body of knowledge provides the rationale for the observed and successful and developed advanced transmutation processes for the disposal of nuclear waste developed by Yull Brown involving a gas developed by him with a stoichiometric mixture of ionic hydrogen and ionic oxygen compressed up to 0.45 MPa. The radioactivity in samples decreases by up to 97%, rapidly, simply and at low cost.

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[1] President, The Planetary Association for Clean Energy, Inc, 100 Bronson Avenue, #1001, Ottawa, Ontario K1R 6G8, Canada. (613) 236-6265; fax: (613) 235-5876.

[2] Zeropoint Research, RR#1, Deep River, Ontario K0J 1P0, Canada. (613) 584-2960; fax: (613) 584-4616

For more information: https://pacenetwork.org/


— Alternative nuclear waste treatment and remediation — the way forward

[Note: New website https://pacenetwork.org/]

PDF — Letter and annexes

From Planetary Association for Clean Energy, Inc.
Bronson Avenue, Suite 1001
OTTAWA, Ontario K1R 6G8, Canada
(613) 236-6265 / fax: (613) 235-5876
paceincnet[at]gmail.com / http://www.pacenet.homestead.com
An international collaborative network of advanced scientific thinking NGO in Special Consultative status with the Economic and Social Council of the United Nations (ECOSOC)

May 7, 2018

Greg Fergus, MP, PC
Parliamentary Secretary to the Minister of Innovation, Science and Economic Development

Hon. Greg Fergus,

First of all, I wish to thank you for organizing the March 5 Town Hall Meeting, Forum on Chalk River at UQO in your riding. Some of our associates were thus able to exchange with the qualified interveners and to affirm professional observations. This keynote event has led to meeting you with our colleagues on April 5th on the interdisciplinary theme of clean soil, water and responsible waste management, with an emphasis on alternative nuclear waste treatment and remediation. We note from the April 12 Government of Canada announcement of the launching of an Expert Panel on Sustainable Finance to enable clean growth an impetus and opportunity for innovative and remunerative rectification of a costly and hurting long-term state of affairs.

In our group meeting with you, we underlined a priori, based on 50 years of hands-on executive experience with landfills that, even in the cases of well-conceived and engineered designs, contaminants, quite toxic, end up deleteriously in soil and in water.

The very concept of landfill is illogical: it implies that all materials (in this case, aging barrels and containers, instruments, rods, construction debris, etc.) are lumped together, with no certainty nor predictability of what can happen between the contaminants. In this case, as well, one does not see a Hazard and Operability Study (HAZOP) methodology of considering everything that could possibly go wrong (used in software research). It applies to complex ‘processes’ such as nuclear waste whereby sufficient predictable and explicitly-identified information is available.

Our first suggestion is that nuclear waste be separated and segregated at source, and in sequence of decommissioning. This is also helpful for alternative on-site, real-time decontamination. One treats to radioactive depletion components such as rods as they are assessed and retrieved, at near range – without hazard to workers, with robotics ; one treats liquids, facility equipment items, structural remains, etc. specifically and with appropriate and the most efficacious technology and protocols than are pre-tested first for their ability to reduce as quickly as viable radioactivity levels.

Our second suggestion is to focus on methodologies that are not only much more affordable, with more immediate applicability in terms of timelines but also those than can lead to productivity and rapid returns on capitalization by offering options for stocks of not only commodities but also of rare earth elements.

The interest of PACE goes back to the demands of its co-founder, scientist Senator Chesley W. Carter who aspired that Canada avoid nuclear energy facilities that were imposed as a result of the energy crisis of the 1970s, by embarking instead on less expensive and less uncertain advanced clean energy production technologies that were then being considered, and since peer-reviewed internationally with the participation of our collaborative network, which includes Nobelists. (See the Annexes.)

Retrospectively, a comptroller exercise shows that had the National Research Council of Canada (under pressure from the U.S. Secretary of State) not contradicted the July 1976 initiative by the Rt. Hon. Pierre E. Trudeau, prime minister to embark on the clean energy path suggested by Senator Chesley W. Carter as spokesperson for our collaborative network, Canada would have probably remained with a deficit-less national budget, and free of need of GST taxation. This repudiation led to the massive federal subsidy of the nuclear energy programme in Ontario and the expensive maintenance of status quo with regards to oil & gas, several megaprojects in a response to the then energy crisis due to rise in oil prices.

We propose that an initiative been undertaken to develop a matrix, on the basis of a full testing in appropriate nuclear licensed facility in Canada to determine which currently described and, additionally other promising and peer-reviewed accelerated and radioactivity-depleting nuclear waste remediation systems and protocols are most adapted and optimised for their logistical decontamination with due regard to the environmental and hazards issues.

We do hope that this communication enables risk-free and enhanced-economic viability for Canada.

Dr. Andrew Michrowski, President
Joseph Kennedy, P.Eng. , Director

Full document with annexes

Planetary Association for Clean Energy, Inc.