by Mike Adams, Natural News.com:
A new “recycling” technology called “bio-cremation” liquefies the dead, then dumps their liquid remains into city sewers where solid and liquid waste are collected as “biosludge” to be dumped on food crops. Those crops, in turn, are fed back to humans as part of the mainstream food supply.
In a shocking true story that’s part The Matrixand part Soylent Green, a company based in Smith Falls, Ontario has devised a “bio-cremation” system that it calls an “eco-friendly alternative to flame-based cremation or casket burials,” reports Canada’s CBC News. The company is called Hilton’s Aquagreen Dispositions and touts its approach to dissolving dead bodies as “eco-friendly alkaline hydrolysis.”
According to CBC News, dead bodies are liquefied with a “process that blends water with an alkali solution…” The company’s website describes the body liquefaction process as follows:
Bio Cremation creates a highly controlled and sophisticated environment that uniquely combines water, alkali, heat and pressure. This process biochemically hydrolyzes the human body, leaving only bone fragments. During a typical Bio Cremation cycle, the body is reduced, bone fragments are rinsed and the remaining by-product is a sterile fluid.
There’s no mention of handling the mercury and other toxic heavy metals that would survive such a process, of course. Those metals would obviously end up in the city’s sewer system.
“The company came under fire in 2016 when it was revealed the liquid byproduct is then drained into the town’s sewage system,” reports CBC News (Canada):
Liquefied human remains to be dumped on food crops
As Natural News has extensively documented, cities across North America — including Toronto — collect sewage into so-called “biosolids” or “biosludge,” which is trucked out of the city’s sewage treatment center and dumped on food crops in rural areas.
See the trailer for the upcoming film Biosludged for more details on this alarming process that spreads toxic heavy metals, pharmaceutical chemicals and industrial pollutants onto crop soils: