U.S. media reported that the latest research by the Texas Public Utilities Commission (PUC), after decades of investigation, did not provide an exact testimony that direct contact with low-level RF signals from the body could cause biological effects, and there was no reliable evidence that high-level meters emit large amounts of harmful radiation. In addition, the research writes that "smart meters are used to measure the customer's total electricity consumption and transmit this data to the business company. The smart meter does not have the ability to damage individuals or guide their thoughts or actions."
The study, published in December last year, was released after some Texas residents raised questions about the health effects of smart meter RF radiation. The study was prepared by Alan Rivaldo of the PUC's Infrastructure and Reliability Division to objectively review global investigations involving this question, including recent investigations by the California Science and Technology Commission, research conducted by the Michigan Public Service Commission and the Lawrence Berkeley Laboratory, and from electricity. An on-site report from the Research Institute (EPRI).
The report pointed out that the on-site report from the Electric Power Research Institute is based on full scientific principles and has extremely high reliability.
At the end of the report, a large number of scientific studies involving the biological effects of EMF on organisms have undergone a period of at least seven decades. These studies are part of human knowledge on a wide range of physical research on this subject, and safety standards are based on human knowledge.
But it needs to be cautious that the investigation will continue when individuals propose that research is banned or when individual research is used as evidence to prove that some of the hazards or diseases have been overlooked. Other reports may produce conflicting results. We must understand what the scientific laws must obey and how to interpret the study. Non-professionals often fail to recognize erroneously executed studies, or they misinterpret the results of these studies. Both of these situations can lead a non-professional to produce erroneous conclusions.
Compared with similar products at home and abroad, this series of equipment has significant technical advantages, which are mainly reflected in:
1. High gold desorption rate: the carbon-poor gold grade after desorption is less than or equal to 50g/t (the same industry products are generally less than or equal to 100g/t).
2. High primary electrolysis rate: the average electrolysis rate of desorption solution is ≥90%. (The products in the same industry are generally around 70%).
3. Accurate gold balance: the actual amount of gold obtained after desorption and electrolysis is consistent with the theoretical gold content in the gold-loaded carbon. (Products in the same industry generally have the phenomenon of "floating gold or accumulative funds", which causes the loss of gold in the processing process and makes the amount of gold unbalanced)
4. Efficient and easy to operate: The whole set of equipment adopts integrated design, signal acquisition, operation adjustment control and safety protection are automated to ensure high efficiency, easy operation, safety and reliability during the entire operation period.
5. Low operating cost: The equipment is made of real materials of special materials (mainly including high-quality insulation materials, all-tetrafluoroethylene insulation materials, fully imported aerospace-grade circulating pumps, high-resistance electric shock heating pipes, etc.). The power-consuming equipment adopts frequency conversion design to ensure the low cost of operation and maintenance while ensuring the desorption electrolysis index.
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