Certified Test Results

The Plasmoid Power Thunderstorm Generator has been developed over a number of years and has been tested many times and at many locations - often in front of critical scientific audiences.

Certified results from a recent test are summarized below:

Dartford - United Kingdom

This series of tests were carried out by Element.

Element is a leading global provider of Testing, Inspection, and Certification (TIC) services on a wide range of products, materials, processes and services and products for a diverse set of end markets, where failure in service is simply not an option.

Headquartered in London, UK, Element’s scientists, engineers, and technologists, working in our global network of over 200 laboratories, support customers from early R&D, through complex regulatory approvals and into production ensuring that their products, materials, processes, and services are safe, compliant, and fit for purpose.

The chart shows a summary result of two tests (before and after) on a Plasmoid Power Thunderstorm Generator fitted to a Honda 5500 CL portable petrol generator.

The full test report supporting this summary is available.

Clearwater USA

Another test report summary

Test Report

Test #13

Objective:

The purpose of this series of tests is to evaluate the claims made about the MSAART Plasmoid Power Generator, namely a review of the reduction in harmful emissions and the increase in Oxygen produced when the unit is fitted to an internal combustion engine.

This test was to establish emission levels after fitting a Plasmoid Power Thunderstorm Generator to a 5.5 kW portable electricity generator.

Introduction:

The MSAART plasmoid generator comprises three elements; a device which ionizes incoming air, a blubber comprising a diffuser and steel wool catalyst and finally the plasmoid generator which is comprised of tubes and spheres. It has two connections to the internal combustion engine. First a plasmoid water mix from the plasmoid generator is fed into the air intake before the carburetor. Second the exhaust from the internal combustion engine is fed into the plasmoid generator.

Procedure:

To establish base line parameters a series of tests relating to emissions were carried out on a 5,500 watt portable gasoline generator with a 2,200 W load attached before any modifications were made. Refer to Test Report 6.

Plasmoid Power Testing

Plasmoid Power has itself completed many tests of the Thunderstorm Generator. On each occasion a formal test report has been prepared. A typical example is shown.

Procedure:

To establish emission levels a series of tests carried out on a 5,500 watt portable gasoline generator fitted with a Plasmoid Power Thunderstorm Generator.

Emissions: The generator was started according to the manufacturer’s instructions. Once running smoothly a 2,200 watt portable air conditioner was plugged in and started. The plasmoid power thunderstorm was turned on after the exhaust had reached operating temperature, 260° C. Three or four minutes later the exhaust gases were analyzed using a five gas portable exhaust analyzer. The gas measured were Carbon Dioxide CO2, Carbon Monoxide CO, Nitrous Oxide, NOX, Oxygen O2 and hydrocarbons. On screen measurements were recorded. Note: the gas analyzer was reset according to the operating instructions between each run. This involved removing the probe from the exhaust. The test was repeated five times over a four hour period.

Test Results:

Emissions:

Comments:

It appears that the Plasmoid Power Thunderstorm Generator did not begin operating properly until the second run. This could be due to the fact that it took a little time to charge the engine with plasmoids. Therefore for comparison the Average, Mean and Standard Deviation have been calculated over the last four runs. The very low Standard Deviation shows the measurements are very consistent (ignoring the first set).

The Hydrocarbon readings might indicate that not all fuel has been consumed. It is also observed that the generator is operating only at 40% capacity.

The screen shots are shown in Appendix B.

Conclusions:

The emissions test show that Carbon Dioxide, Carbon Monoxide and Nitrous Oxide have been almost eliminated. Oxygen has increased to almost atmospheric levels.

The results do show an increase in Hydrocarbons. The measurements for Hydrocarbons show inconsistency both in the base line test (Test 6.3) and in the Operating test (Test 13.1).

This could be explained by incomplete burning of the fuel available. It may well be that the if generator load was increased we may get a different result.

It is proposed to conduct further tests as follows: a) repeat base line tests on a new identical generator, but with the muffler removed, b) refit the muffler to the test rig, c) increase the load on the generator from 2.2kW to 4.4kW.

Certification

This test is self-certified. It was carried out in accordance with sound testing procedures and methodology as detailed in ISO/IEC 17025:2017: General requirements for the competence of testing and calibration laboratories. The report contains all the essential elements.

It sets out objectives, identifies and defines the testing process, the results are presented and analyzed, and finally appropriate conclusions are made.

Kevin Baker

Chief Executive Officer

Plasmoid Power Co Ltd