Significant uptick in Los Angeles alpha and beta radiation. Eleven U.S. EPA RadNet stations show four month beta highs across country.
Tag: Hepa filters
Hot skies sizzle with over five times the amount of radiation that would be normally expected at 30,000 in pre-Fukushima meltdowns days. Michigan snow shows significant beta.
40-day accumulation of dust and debris by three HEPA filter machines at Radiation Station Santa Monica yields the highest air rad readings we’ve taken yet: 7.46 times normal.
March 6 test of combined dust came in at a sizzling 6.68 times normal. Since last testing period, radiation detected has risen another 130% indicating continued upward trend.
Dust and debris of both the Honeywell and Kenmore Plasmawave HEPA filter air cleaners was shocking – 5.38 times normal. Natural radon progeny is not a factor affecting this high reading.
According to a Nevada accident report obtained by EnviroReporter.com, a hazardous material incident’s tripwire is three times background for any subject media, or 300% of normal.
EnviroReporter.com tests three months worth of HEPA filter-cleaned air in an historic downtown L.A. building with central air. Dust tests 364% of normal, hotter than expected.
Disturbing readings from one of Radiation Station Central’s HEPA filters after just 30 days of use: 308% of normal background higher. Alpha and beta radiation captured by the filter.
After just 53 days of air cleaning at Radiation Station in Santa Monica, California, two HEPA filters’ dust aggregate comes in at a worrisome 216.0% of background higher than normal.
While a HEPA filter from Grover Beach, California, registered no additional radiation, two HEPA filters from Radiation Station Santa Monica were ~227% and ~222% of normal higher.
HEPA filters’ aggregate from July 29, 2011 after 23 days of use are above background by a significant amount showing substantial radiation is in the air penetrating structures.
Shocking new evidence of radioactive fallout in Los Angeles with HEPA filters from Santa Monica and Glendale showing significant increases in radiation.