Saffron
Deceased
[SIZE=10pt]
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[SIZE=10pt]OUT OF CHARACTER INFORMATION[/SIZE]
[SIZE=10pt]PRODUCTION INFORMATION[/SIZE]
[SIZE=10pt]SPECIAL FEATURES[/SIZE]
[SIZE=10pt]Strengths[/SIZE][SIZE=10pt]:[/SIZE]
[SIZE=10pt]Weaknesses[/SIZE][SIZE=10pt]:[/SIZE]
[SIZE=10pt]DESCRIPTION[/SIZE]
[SIZE=10pt]To continue the ongoing research into terraforming and toxin removers, research into specific flora that was able to absorb deadly toxins, metals, and minerals provided the knowledge to synthesize the technology. [/SIZE]
[SIZE=10pt]Certain plants, it turns out, have a particular gift for sucking up specific chemicals, either as a quirk of their biology or as a way to make themselves poisonous and avoid being eaten. When these plants are sown on contaminated ground, they absorb the contaminants into their tissues, gradually reducing the amount in the soil until it is safe for humans.[/SIZE]
[SIZE=10pt]Called phyto-remediation, this process has become one of the newest and most promising fields of biology. Similar methods use mushrooms in what is called myco-remediation, or use bacteria and have unfortunate names like bio-sparging, bio-slurping and bio-venting. The basic method is straightforward: find out what toxins lurk in your patch of ground, and come up with a regimen of plants appropriate for the climate that hyper-accumulate those particular toxins.[/SIZE]
[SIZE=10pt]This same technology was transfered into ionic and sonic methods of absorption and removal. Carbon nanotubes were placed onto quartz wool, then epoxidized to make them active to adsorb metal ions. It was discovered that vinegar reacts with the metal in solution to adsorb it from solution in a very efficient manner.[/SIZE]
[SIZE=10pt]As such, the technology was refined, until the protoype produced results of at least 80% toxin, metal ore, inorganic or organic biohazards. With the filtrations and separations systems, one can dial a specific focus for decontamination. What materials will be sorted into different specialized and secure containers, with metals that can be recycled and refined for use stored later and any other substance that is renewable. All others will be appropriately neutralized through combustion, allowing for a smaller carbon footprint. For radioactive materials, the use of [/SIZE][SIZE=10pt]neutra serum[/SIZE][SIZE=10pt] is utilized, as the [/SIZE][SIZE=10pt]nesira plant[/SIZE][SIZE=10pt] has been found to have beneficial neutralizing properties.[/SIZE]
[SIZE=10pt]This Ion Decontaminator showcases a smaller Isotope-5 powercore ensure longevity of the generators as well as lessoned the risk of handling and use. Utilizing a load-shedding technique, excess electrical and/or mechanical energy in the system was re-channeled into energy reservoirs. This was a safety feature that prevented any system employing it from overheating or disintegrating. Plastiray is then utilized on all electronic components for protection in the event of an EMP, electronic surge, or ion event. [/SIZE]
[SIZE=10pt]OUT OF CHARACTER INFORMATION[/SIZE]
Intent: To create a submission for producing technology that is able to filter and process toxins out of the atmosphere, oceans, and earth of heavily industrialized worlds.
Image Source: Here
Canon Link: N/A
Restricted Missions: N/A - ATC Tier 6 Company Restricted Material Isotope-5
Primary Source: neutra serum and nesira plant
Earth Studies: https://futurism.com/an-incredible-new-filter-can-remove-almost-100-of-toxic-materials-from-water/
http://www.resilience.org/stories/2014-08-11/using-plants-to-clean-contaminated-soil/
[SIZE=10pt]PRODUCTION INFORMATION[/SIZE]
Manufacturer: Arceneau Trade Company | Browncoat Arms | Mara Tibx | Haven Shipyards | PharmaTech
Model: MTX - Advanced Ionic Decontaminator
Affiliation: Closed-Market To ATC, MaraTibx, PharmaTech
Modularity: Yes, different sizes
Production: Limited
Material: Refined Isotope- 5 powercore, Agrinium, Alusteel, matrix armor, plastiray, carbon nanotubes, filtration technology, electronics, power loop capacitors, patented ionic technology, patented sonic technology, neutra serum.
[SIZE=10pt]SPECIAL FEATURES[/SIZE]
Neutralizes contaminates
Stores contaminants that can be recycled into new products
Refined Isotope- 5 Powercore
Ray and Particle Shields
Easy to read display console
Plastiray reinforced.
[SIZE=10pt]Strengths[/SIZE][SIZE=10pt]:[/SIZE]
Decontamination: Advanced neutralizing Ionic decontaminator mimics the absorption of various plants in a mechanical form that provides a means of dialing and selecting a specific toxin to decontaminate from the area selected. The decontaminates are processed through the various chambers until placed in safety containers based on type. This process can decontaminate an area up to 80% of known toxins, metals, radioactive, inorganic and organic biohazards.
Energy: Refined Isotope- 5 powercore in a compact solution allows for longevity with a stable and efficient use of energy. These terraforming generators are sustainable and produce little carbon imprint.
Defenses: Advanced triple layer armor and ray and particle shields secure the powercore, canisters, and holding containers of the materials filtered. Use of Plastiray provides for enhanced Ion, electronic, and EMP protection
[SIZE=10pt]Weaknesses[/SIZE][SIZE=10pt]:[/SIZE]
Time: The Ionic decontaminator requires at the very least 24 hours to properly process an area of decontaminates. It must be dialed specifically to a toxin to focus absorption and to select a rate to process it.
Boom: One must be careful that volatiles elements or substances do not accidently intermix in the final containers, as there might be a dangerous reaction. If the refined isotope 5 is exposed from it's ray and particle shield and triple shielded case it makes it vulnerable to sabotage. It has been found that while this refined Isotope-5 substance is more stable, direct contact with styrofoam has been found to produce volatile effects akin to that of baradium bisulfate. Mandatory Hazard decals are a requirement and at no time should the refined Isotope-5 be transported in or placed alongside any styrofoam products.
Situation Specific if using neutra serum for a specific decontamination use:
Allergies: It has been found that at least in 4% of the population, Neutra Serum can produce deadly allergic reactions to include the swelling of broncoal tubes, sensitivity to light that induces phytophotodermatitis, resulting in blisters and long-lasting scars. These serious reactions are due to the furocoumarin derivatives in the leaves, roots, stems, flowers, and seeds of the plant. Initially, the skin colours red and starts itching. Blisters form as it burns within 48 hours. They form black or purplish scars that can last several years. Other severe symptoms include nausea, coma, and potentially death.- Timed Activation: Depending on the medium used to distribute, activation for neutralizing can vary. Disbursement as a gas can start neutralizing the area immediately within five meters, but will take longer based on environmental factors. A good stiff wind could also affect neutralization, as a gas is mercurial in nature. Injected or consumed, the neutralizing agent is able to work at a quicker pace depending on the species circulation systems and physiology.
- Can't neutralize it all: Based on environmental factors and a species physiology, it isn't possible to completely neutralize all of the neurotoxin. It is a first line of defense, allowing to mitigate the heavy loss of life of weaponized agents. Medical care is still very highly recommended, as trace contact with any neurotoxin, poison, or biochemical agent may still have some muted effects.
[SIZE=10pt]DESCRIPTION[/SIZE]
[SIZE=10pt]To continue the ongoing research into terraforming and toxin removers, research into specific flora that was able to absorb deadly toxins, metals, and minerals provided the knowledge to synthesize the technology. [/SIZE]
[SIZE=10pt]Certain plants, it turns out, have a particular gift for sucking up specific chemicals, either as a quirk of their biology or as a way to make themselves poisonous and avoid being eaten. When these plants are sown on contaminated ground, they absorb the contaminants into their tissues, gradually reducing the amount in the soil until it is safe for humans.[/SIZE]
[SIZE=10pt]Called phyto-remediation, this process has become one of the newest and most promising fields of biology. Similar methods use mushrooms in what is called myco-remediation, or use bacteria and have unfortunate names like bio-sparging, bio-slurping and bio-venting. The basic method is straightforward: find out what toxins lurk in your patch of ground, and come up with a regimen of plants appropriate for the climate that hyper-accumulate those particular toxins.[/SIZE]
[SIZE=10pt]This same technology was transfered into ionic and sonic methods of absorption and removal. Carbon nanotubes were placed onto quartz wool, then epoxidized to make them active to adsorb metal ions. It was discovered that vinegar reacts with the metal in solution to adsorb it from solution in a very efficient manner.[/SIZE]
[SIZE=10pt]As such, the technology was refined, until the protoype produced results of at least 80% toxin, metal ore, inorganic or organic biohazards. With the filtrations and separations systems, one can dial a specific focus for decontamination. What materials will be sorted into different specialized and secure containers, with metals that can be recycled and refined for use stored later and any other substance that is renewable. All others will be appropriately neutralized through combustion, allowing for a smaller carbon footprint. For radioactive materials, the use of [/SIZE][SIZE=10pt]neutra serum[/SIZE][SIZE=10pt] is utilized, as the [/SIZE][SIZE=10pt]nesira plant[/SIZE][SIZE=10pt] has been found to have beneficial neutralizing properties.[/SIZE]
[SIZE=10pt]This Ion Decontaminator showcases a smaller Isotope-5 powercore ensure longevity of the generators as well as lessoned the risk of handling and use. Utilizing a load-shedding technique, excess electrical and/or mechanical energy in the system was re-channeled into energy reservoirs. This was a safety feature that prevented any system employing it from overheating or disintegrating. Plastiray is then utilized on all electronic components for protection in the event of an EMP, electronic surge, or ion event. [/SIZE]
