Water Desalination & Treatment
Elixir-A is not a novel chemistry but the application of a physical process: ordinary water is evaporated under deep vacuum at ambient temperature and the condensate is recovered as an exceptionally pure medium.
Technology brief
Elixir-A is not a novel chemistry but the application of a physical process: ordinary water is evaporated under deep vacuum at ambient temperature and the condensate is recovered as an exceptionally pure medium.
The challenge
Mass-fatality management. Armed conflict, pandemics and natural disasters routinely generate a volume of human remains exceeding available cold-storage capacity within hours. Elixir-A gives refrigeration-free holding at the point of recovery, transport without a refrigerated vehicle, decentralised low-infrastructure storage, and burial in the same capsule. What it returns is the scarcest resource in a mass-fatality response: time for identification, documentation and the funeral rite.
Other stated uses. Food conservation without salt, nitrates or preservative gas — a jar of cucumbers or peaches becomes a pause, not a grave, and yields a product that can be labelled ECO. Medicine: vaccines, biomaterials and organs no longer hostages of the cold chain; in transplantation, organs living days rather than hours; solutions that do not age. Archives: DNA, tissues and documents kept for decades. Seed banks without billion-dollar refrigeration. Logistics: fish and meat travelling without ice and without the associated CO₂. Space: canned food surviving months. Greenhouses: plants grown without pathogens. Electronics: a sterile process. Energy and utilities: pipes that stop rusting and scaling. Emergency services: capsules droppable from a helicopter that remain usable even when cracked. Washing vegetables and fruit; drinking water.
Voluntary long-term preservation. Offered as an affordable alternative to a cryochamber for those wishing to be preserved until better times — no cold, no nitrogen, no electricity cost, and the water remains stable even if the capsule cracks.
ARBOK solution
Elixir-A is not a novel chemistry but the application of a physical process: ordinary water is evaporated under deep vacuum at ambient temperature and the condensate is recovered as an exceptionally pure medium. Its defining property is not what it contains but what it lacks — dissolved oxygen ≤0.02 mg/L, total organic carbon (TOC) ≤0.3, ammonium <0.05 mg/L, metals ≤0.02, with deuterium and bromine absent. This deliberate emptiness is what makes the water a preservative.
The primary documented application is the refrigeration-free storage and, where appropriate, burial of human remains in mass-casualty settings. A body immersed in Elixir-A inside a sealed bag can be held without electricity, refrigerant or fixative, and stored or transported in a basement, tent or field. Decomposition is arrested by removing the two prerequisites of putrefaction — dissolved oxygen and an organic nutrient substrate — combined with the absence of a viable microbial population in the surrounding medium: no oxygen, no oxidation; no food, no decay.
The same medium serves preservation of food without salt or chemicals, medical materials outside the cold chain, and archival storage of DNA, tissues and documents. Energy input is 0.72 kWh per tonne — one cent buys 140 litres, a litre costs less than the cap that seals it.
Elixir-A is produced on a compact unit in which ordinary water is evaporated under deep vacuum at ambient temperature. No reagent, catalyst or membrane defines the product; a phase transition — controlled evaporation and re-condensation under reduced pressure — separates pure water from everything dissolved or suspended in it. Only the water molecule transitions into vapour; biological, chemical and solid constituents remain in the residual phase. Because the mechanism is a phase change rather than a filtration barrier, there is no membrane to foul and no consumable reagent stream. Pathogens are not carried across into the condensate: biological structures are ruptured under the collapse of the vacuum rather than dosed with ultraviolet light, chlorine or ozone. The residual water becomes so concentrated with precipitating dissolved solids that everything alive dies of salt shock; microbes burst like soda bubbles.
Mechanism of decomposition arrest — two components plus one condition.
This is arrest and preservation, not embalming in the conventional chemical sense: no fixative crosslinks the tissue, and the effect derives from the surrounding medium and the sealed, isolated environment it creates. The source states a body immersed in Elixir-A can remain in it indefinitely, up to the moment of burial.
Limits stated in the source. The parameters and inactivation data derive from the ARBOK vacuum-process description for the medium; clinical, forensic and regulatory validation for the specific application to human remains lies outside the preprint and is a necessary condition of any operational deployment. Duration and stability of preservation under varied ambient temperatures, behaviour of the sealed capsule over extended storage, interaction of the medium with different tissue states, and regulatory and cultural acceptability across jurisdictions are all named as matters for dedicated study.
Market and application
The addressed failure mode is recurring and documented: in mass-casualty events cold-storage capacity is exhausted within hours, morgues overflow, remains accumulate wherever the ambient temperature is marginally lower, and both public-health control and dignified, identifiable handling degrade at once. The core constraint is the cold chain itself, which depends on electrical power, functioning equipment, refrigerant and storage volume — each of which such an event tends to disrupt.
The competing options and their limits, as set out in the source:
Elixir-A occupies a distinct position: refrigeration-free, infrastructure-light, preserving without freezing, fuel or fixative, and identifiability-preserving.
Market sizing and commercial channel: [требует уточнения из базы]
| Item | Value |
|---|---|
| Energy per tonne of Elixir-A | 0.72 kWh — $0.072 |
| Unit cost implication | one cent = 140 litres; a litre costs less than the bottle cap |
| Comparison: ordinary water treatment energy | 5–10 kWh/t |
| Comparison: cryonics | −196 °C, liquid nitrogen, tens of thousands of dollars per month |
| Comparison: light water on the open market | $10–15 per 1.5 litres — in Elixir-A all the water is light, at no premium |
| Consumables: membranes, chemicals, brine handling | none |
Use cases
Mass-fatality management. Armed conflict, pandemics and natural disasters routinely generate a volume of human remains exceeding available cold-storage capacity within hours. Elixir-A gives refrigeration-free holding at the point of recovery, transport without a refrigerated vehicle, decentralised low-infrastructure storage, and burial in the same capsule. What it returns is the scarcest resource in a mass-fatality response: time for identification, documentation and the funeral rite.
Other stated uses. Food conservation without salt, nitrates or preservative gas — a jar of cucumbers or peaches becomes a pause, not a grave, and yields a product that can be labelled ECO. Medicine: vaccines, biomaterials and organs no longer hostages of the cold chain; in transplantation, organs living days rather than hours; solutions that do not age. Archives: DNA, tissues and documents kept for decades. Seed banks without billion-dollar refrigeration. Logistics: fish and meat travelling without ice and without the associated CO₂. Space: canned food surviving months. Greenhouses: plants grown without pathogens. Electronics: a sterile process. Energy and utilities: pipes that stop rusting and scaling. Emergency services: capsules droppable from a helicopter that remain usable even when cracked. Washing vegetables and fruit; drinking water.
Voluntary long-term preservation. Offered as an affordable alternative to a cryochamber for those wishing to be preserved until better times — no cold, no nitrogen, no electricity cost, and the water remains stable even if the capsule cracks.
Elixir-A is produced on a compact unit and used as a medium. In the biopreservation application, a body is immersed in Elixir-A inside a sealed bag and that capsule is the storage unit; it can be stored and transported anywhere — basement, tent, open field — and buried in the same capsule, so storage and burial phases are continuous. Capacity is limited only by the availability of bags and water, both far more readily surged than refrigerated storage volume. Emergency use includes airdrop of capsules, which remain usable even if cracked.
Production rate per unit, capsule handling protocol, and operational validation for human remains: [требует уточнения из базы]
ARBOK PURI · ARBOK MedZWD · ARBOK FOOD PRESERVATION · ARBOK-Light-Water · ARBOK-DEUTERIUM · A-REEFER · ARBOK-CHAIN
Part of the ARBOK vacuum-platform technology series; the preprint is registered as related to the AZOW DOS, ARBOK MedZWD and ARBOK PURI preprints.
Elixir-A is not a novel chemistry but the application of a physical process: ordinary water is evaporated under deep vacuum at ambient temperature and the condensate is recovered as an exceptionally pure medium. Its defining property is not what it contains but what it lacks — dissolved oxygen ≤0.02 mg/L, total organic carbon (TOC) ≤0.3, ammonium <0.05 mg/L, metals ≤0.02, with deuterium and bromine absent. This deliberate emptiness is what makes the water a preservative.
The primary documented application is the refrigeration-free storage and, where appropriate, burial of human remains in mass-casualty settings. A body immersed in Elixir-A inside a sealed bag can be held without electricity, refrigerant or fixative, and stored or transported in a basement, tent or field. Decomposition is arrested by removing the two prerequisites of putrefaction — dissolved oxygen and an organic nutrient substrate — combined with the absence of a viable microbial population in the surrounding medium: no oxygen, no oxidation; no food, no decay.
The same medium serves preservation of food without salt or chemicals, medical materials outside the cold chain, and archival storage of DNA, tissues and documents. Energy input is 0.72 kWh per tonne — one cent buys 140 litres, a litre costs less than the cap that seals it.
Mass-fatality management. Armed conflict, pandemics and natural disasters routinely generate a volume of human remains exceeding available cold-storage capacity within hours. Elixir-A gives refrigeration-free holding at the point of recovery, transport without a refrigerated vehicle, decentralised low-infrastructure storage, and burial in the same capsule. What it returns is the scarcest resource in a mass-fatality response: time for identification, documentation and the funeral rite.
Other stated uses. Food conservation without salt, nitrates or preservative gas — a jar of cucumbers or peaches becomes a pause, not a grave, and yields a product that can be labelled ECO. Medicine: vaccines, biomaterials and organs no longer hostages of the cold chain; in transplantation, organs living days rather than hours; solutions that do not age. Archives: DNA, tissues and documents kept for decades. Seed banks without billion-dollar refrigeration. Logistics: fish and meat travelling without ice and without the associated CO₂. Space: canned food surviving months. Greenhouses: plants grown without pathogens. Electronics: a sterile process. Energy and utilities: pipes that stop rusting and scaling. Emergency services: capsules droppable from a helicopter that remain usable even when cracked. Washing vegetables and fruit; drinking water.
Voluntary long-term preservation. Offered as an affordable alternative to a cryochamber for those wishing to be preserved until better times — no cold, no nitrogen, no electricity cost, and the water remains stable even if the capsule cracks.
Elixir-A is produced on a compact unit in which ordinary water is evaporated under deep vacuum at ambient temperature. No reagent, catalyst or membrane defines the product; a phase transition — controlled evaporation and re-condensation under reduced pressure — separates pure water from everything dissolved or suspended in it. Only the water molecule transitions into vapour; biological, chemical and solid constituents remain in the residual phase. Because the mechanism is a phase change rather than a filtration barrier, there is no membrane to foul and no consumable reagent stream. Pathogens are not carried across into the condensate: biological structures are ruptured under the collapse of the vacuum rather than dosed with ultraviolet light, chlorine or ozone. The residual water becomes so concentrated with precipitating dissolved solids that everything alive dies of salt shock; microbes burst like soda bubbles.
Mechanism of decomposition arrest — two components plus one condition.
This is arrest and preservation, not embalming in the conventional chemical sense: no fixative crosslinks the tissue, and the effect derives from the surrounding medium and the sealed, isolated environment it creates. The source states a body immersed in Elixir-A can remain in it indefinitely, up to the moment of burial.
Limits stated in the source. The parameters and inactivation data derive from the ARBOK vacuum-process description for the medium; clinical, forensic and regulatory validation for the specific application to human remains lies outside the preprint and is a necessary condition of any operational deployment. Duration and stability of preservation under varied ambient temperatures, behaviour of the sealed capsule over extended storage, interaction of the medium with different tissue states, and regulatory and cultural acceptability across jurisdictions are all named as matters for dedicated study.
| Parameter | Ordinary water | Elixir-A | Effect |
|---|---|---|---|
| Process temperature | — | ambient — evaporation under deep vacuum, no heat supplied | — |
| Dissolved oxygen (DO) | 6–9 mg/L | ≤0.02 mg/L | no respiration for microbes, no corrosion |
| Ammonium | 0.1–0.5 mg/L | <0.05 mg/L | no odour, no chloramines |
| Total organic carbon (TOC) | 2–5 | ≤0.3 | no food for biofilms |
| Metals (Fe/Mn) | 0.1–0.5 | ≤0.02 | no scale, no toxins |
| Deuterium | present | none | slower aging |
| Bromine / halogens | present | none | pure taste, no health risk |
| Energy per tonne | 5–10 kWh | 0.72 kWh | a litre cheaper than the cap |
| Pathogen kill (ARBOK vacuum process) | — | 100% | — |
| Log reduction: E. coli, Salmonella, Campylobacter | — | 5–6 log (factor of 100,000 to 1,000,000) | — |
| E. coli, coliforms, enterococci at output | — | 0 | medium introduces no microbial load |
| Evaporation threshold | — | at low pressure only nanoparticles below 30 nm evaporate; vapour carries H₂O, salts, microelements | — |
| Energy cost per tonne | — | $0.072 — one cent = 140 litres | — |
| Membranes, reagents, brine | — | none | — |
> Расхождение в источнике: ammonium is given as <0.05 mg/L in the preprint and in the comparison table of the Russian article, while the body text of the same Russian article states 0.05–0.01 mg/L. Both figures are recorded here.
Compact deep-vacuum unit: evaporation chamber operating at ambient temperature and reduced pressure; condensation stage recovering the product water; residual concentrate phase in which dissolved and suspended matter accumulates. No membranes, no reagent dosing, no UV, chlorine or ozone stage, no high-pressure pumps.
For the biopreservation application the storage unit is the capsule itself: a sealed bag containing the remains immersed in Elixir-A. The proposition is deliberately simple — a bag and water. The same capsule serves for storage and for burial, removing a transfer step at the point where handling capacity is under maximal strain.
Unit throughput, dimensions and capsule specification: [требует уточнения из базы]
Preservation is a property of the medium rather than of an active system: there is nothing to power, maintain or resupply beyond the bag and the water, so the method scales with the availability of two commodity inputs rather than with refrigerated volume. It arrests decomposition rather than transforming the remains, which preserves the identifiability on which forensic and administrative processes depend. A sealed capsule requires no electricity, no refrigerant and no special conditions, and does not depend on a functioning morgue — precisely the elements most likely to be unavailable in a mass-casualty event.
Microbiological and preservative properties arise together from a single process rather than from separate treatment steps, since the same vacuum-collapse mechanism that ruptures biological structures also renders the medium nutrient-free and anoxic.
Cost: 0.72 kWh per tonne, $0.072 per tonne of energy, with no brine, no membranes and no chemistry. Where reverse osmosis and similar systems leave brine — flushed to the drain at home, dumped into the sea at desalination plants — Elixir-A leaves none.
Ethical position stated in the source: a person deserves the right not only to live with dignity but to be buried with respect, honour and lasting memory, and dignity at the end of the road must not be a privilege on a price list.
ARBOK PURI · ARBOK MedZWD · ARBOK FOOD PRESERVATION · ARBOK-Light-Water · ARBOK-DEUTERIUM · A-REEFER · ARBOK-CHAIN
Part of the ARBOK vacuum-platform technology series; the preprint is registered as related to the AZOW DOS, ARBOK MedZWD and ARBOK PURI preprints.
Elixir-A is produced on a compact unit and used as a medium. In the biopreservation application, a body is immersed in Elixir-A inside a sealed bag and that capsule is the storage unit; it can be stored and transported anywhere — basement, tent, open field — and buried in the same capsule, so storage and burial phases are continuous. Capacity is limited only by the availability of bags and water, both far more readily surged than refrigerated storage volume. Emergency use includes airdrop of capsules, which remain usable even if cracked.
Production rate per unit, capsule handling protocol, and operational validation for human remains: [требует уточнения из базы]
TRL 9 — проставлен Михаилом 2026-08-06.
The addressed failure mode is recurring and documented: in mass-casualty events cold-storage capacity is exhausted within hours, morgues overflow, remains accumulate wherever the ambient temperature is marginally lower, and both public-health control and dignified, identifiable handling degrade at once. The core constraint is the cold chain itself, which depends on electrical power, functioning equipment, refrigerant and storage volume — each of which such an event tends to disrupt.
The competing options and their limits, as set out in the source:
Elixir-A occupies a distinct position: refrigeration-free, infrastructure-light, preserving without freezing, fuel or fixative, and identifiability-preserving.
Market sizing and commercial channel: [требует уточнения из базы]
| Item | Value |
|---|---|
| Energy per tonne of Elixir-A | 0.72 kWh — $0.072 |
| Unit cost implication | one cent = 140 litres; a litre costs less than the bottle cap |
| Comparison: ordinary water treatment energy | 5–10 kWh/t |
| Comparison: cryonics | −196 °C, liquid nitrogen, tens of thousands of dollars per month |
| Comparison: light water on the open market | $10–15 per 1.5 litres — in Elixir-A all the water is light, at no premium |
| Consumables: membranes, chemicals, brine handling | none |
The source states its own evidentiary limits plainly. The physicochemical and microbiological parameters derive from the ARBOK vacuum-process description for the medium; the clinical, forensic and regulatory validation specific to human remains has not been performed and is a necessary condition of operational deployment. Named open questions: duration and stability of preservation under varied ambient temperatures; behaviour of the sealed capsule over extended storage; interaction of the medium with different tissue states; regulatory and cultural acceptability across jurisdictions. Field validation has not substituted for the reported data.
Handling of human remains is an ethical matter before a technical one, and acceptance is governed by cultural and religious norms that differ by jurisdiction — a non-technical adoption constraint. The application also depends on the availability of two commodity inputs, bags and water, at the point of recovery.
ARBOK PURI · ARBOK MedZWD · ARBOK FOOD PRESERVATION · ARBOK-Light-Water · ARBOK-DEUTERIUM · A-REEFER · AZOW-Domus
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