Celeste Solum
2025: Are we seeing Depopulation and Carcass Management in Action?
In 2006 when I first reported Carcass Management news, this was where Carcass Managers wanted to be and voila, here we are in 2025!
The precursor to Carcass Management was the UN Stamping Out Manual that was Beta test somewhere around the year 2000 and then adopted by the UN, specifically the FAO.
The environmental term for Soylent Green is Carbonization.
Liquefaction is a process that generates a liquid from a solid or a gas or that generates a non-liquid phase which behaves in accordance with fluid dynamics.
Now we go down the rabbit hole.
We Like Sheep Go Astray… to Death
TPTB view us as livestock to do with as they will.
Liquefaction of Biological Life
One stain that I am concerned about is its Serratia liquefaciens. It dissolves gelatin in biological life. Why is this important?
Gelatin is a protein derived from collagen found in human and animal tissues such as skin, bones, and connective tissue. This is the next step in the liquefaction of humans and animals that is law now in many states. WA State was the first. WA State Alkaline Hydrolysis Law.
Hydrolysis (/haɪˈdrɒlɪsɪs/; from Ancient Greek hydro- ‘water’ and lysis ‘to unbind’) is any chemical reaction in which a molecule of water breaks one or more chemical bonds. The term is used broadly for substitution, elimination, and solvation reactions in which water is the nucleophile.
Washington State has a law that allows alkaline hydrolysis as a method of disposition for human remains. This process, also known as aquamation or water cremation, uses water, temperature, and alkalinity to reduce the body into a liquid known as hydrolysate and solid bone particles similar to cremated ashes. Here are some relevant details:
https://app.leg.wa.gov/rcw/default.aspx?cite=68.04.290
“Alkaline hydrolysis” or “hydrolysis.”
“Alkaline hydrolysis” or “hydrolysis” means the reduction of human remains to bone fragments and essential elements in a licensed hydrolysis facility using heat, pressure, water, and base chemical agents.
My later coverage included: https://shepherdsheart.life/blogs/news/war-on-food-operational-2024?_pos=1&_sid=0caaa927f&_ss=r
Legal Status: Alkaline hydrolysis is legal in Washington State since 2017.
WA State Alkaline Hydrolysis Law
Washington State has a law that allows for alkaline hydrolysis as a method of disposition for human remains. This process, also known as aquamation or water cremation, uses water, temperature, and alkalinity to reduce the body into a liquid known as hydrolysate and solid bone particles similar to cremated ashes. Here are some relevant details:
Legal Status: Alkaline hydrolysis is legal in Washington State since 2017.
Process: The process involves using water, temperature, and alkalinity to reduce the body into a liquid known as hydrolysate and solid bone particles similar to cremated ashes.
Facilities: As of the latest information, there is only one facility in the state, located in the Seattle area, that provides the service.
Regulation: The process is regulated by state laws and can be contracted by funeral providers listed in the state.
Environmental Impact: Alkaline hydrolysis is considered more environmentally friendly than traditional flame-based cremation, using approximately 10% of the energy and emitting no mercury, carbon dioxide, or particle matter into the air.
Alternative Disposition: Washington State also became the first to legalize human composting, or natural organic reduction, alongside alkaline hydrolysis, offering more environmentally friendly options for the disposition of human remains.
https://en.wikipedia.org/wiki/Water_cremation
Carbonization
Carbonization or carbonisation is the conversion of organic matters like plants and dead animals remains into carbon through destructive distillation. Carbonization is a pyrolytic (heat) reaction, therefore, is considered a complex process in …
https://en.wikipedia.org/wiki/Carbonization
Through Gasification or Pyrolysis is the process of thermal decomposition of materials at elevated temperatures.
Gasification is a process that converts biomass– or fossil fuel-based carbonaceous materials into gases, including as the largest fractions: nitrogen (N2), carbon monoxide (CO), hydrogen (H2), and carbon dioxide (CO2). These gases are now being removed from the air through air suckers.
https://en.wikipedia.org/wiki/Gasification
The word pyrolysis is coined from the Greek-derived elements pyro– (from Ancient Greek πῦρ : pûr – “fire, heat, fever”) and lysis (λύσις : lúsis – “separation, loosening”).
Pyrolysis is most commonly used in the treatment of organic materials. It is one of the processes involved in the charring of wood or pyrolysis of biomass.
It basically turns everything to ashes.
Liquefaction Through Serratia Liquefaciens
Serratia liquefaciens was named based on its characteristics and the historical context of its discovery. The genus Serratia was first named by Bartolomeo Bizio, a Venetian pharmacist, in 1819. He named the genus after an Italian physicist named Serrati, who invented the steamboat, to honor him. The specific epithet “liquefaciens” refers to the bacterium’s ability to liquefy gelatin, which is a property it possesses.
https://microbewiki.kenyon.edu/index.php/Serratia_liquefaciens
- Serratia liquefaciens: Named for its ability to liquefy gelatin, a characteristic that distinguishes it from other enterobacteria. The genus name Serratia honors Serrati, the inventor of the steamboat, as chosen by Bizio.
UN War Against Plastics Using Serratia Liquefaciens
Serratia marcescens is a bacterium that has been found to play a role in the biodegradation of plastics, particularly polyethylene (PE).
Most of us have be saturated with microplastics, polystyrene, and polymers.
In yesterday’s presentation I discussed fingerprintless or signatureless warfare. Where Kill Switches and other technologies erased any trace of evidence of the perpetrator’s crimes.
https://www.scientific.net/AMR.1132.238
How Serratia Strains Can Interact with Plastics
Biodegradation of Polyethylene: Serratia marcescens has been shown to degrade polyethylene. This bacterium can break down PE into simpler compounds, potentially reducing plastic waste in the environment.
Mechanism of Degradation: The degradation process involves the formation and coalescence of microvoids in the plastic with the bacterium favoring crystalline regions of the plastic due to their higher energy content.
Efficiency of Degradation: When Serratia marcescens is combined with another strain, Meyerozyma guilliermondii, the degradation efficiency of polyethylene increases significantly.
Products of Degradation: The degradation products of polyethylene by Serratia marcescens reducing plastics, life, and carcass to simple organic molecules.
Environmental Impact: Improper disposal of polyethylene causes land pollution and soil infertility. The Serratia family offers a potential biological solution to reduce the accumulation of human, animal, plant, and plastic waste in the environment.
Comparison with Other Strains: While Serratia marcescens is effective in degrading polyethylene, it is often more efficient when used in combination with other strains suggesting a synergistic effect in microbial consortia.
Instant Upcycling of Plastics into GRAPHENE!
Microplastic pollution poses a growing threat to ecosystems globally, necessitating sustainable solutions. This study explores upcycling microplastics into graphene as a promising approach. Traditional methods like pyrolysis and catalytic carbonization are slow and compromise graphene quality.
Flash Joule heating is fast but energy-intensive and hard to control. In contrast, atmospheric pressure microwave plasma (APMP) synthesis, the proposed technique, offers a one-step, environmentally friendly alternative. APMP operates at relatively lower temperatures, reducing energy consumption and providing precise control over process parameters. This study demonstrates that polyethylene microplastics from waste dropper bottles can be efficiently transformed into graphene using APMP synthesis.
From the trenches God Bless each of you!
Celeste
