The DFX banknotes recovery (‘cleaning’) solution encompasses the science of SSD/SCDN/DFX chemistry. SSD chemical, one of the world’s most hazardous, top secret chemical substance, manifesting the real meaning and the blends of chemical and mystery in labor, forming the full structure of chemistry in laboratory. The trillion dollar chemical, in space of existence.

In this article, you will learn about SSD chemical, what it is, how to make it, and where to find it, including some basic tips on how to safely handle the chemicals, the effects of certain toxins, which substances are controlled or managed for explosion prevention, and safer alternatives, such as chemicals application on Anti- Breeze defaced bank notes.

In the context of this subject. We will first discourse about the SSD/SCDN/DFX meaning.

SSD, means (Security Sealed Defacing).

SCDN, means (Security Coated Defaced Notes).

DFX, means (Defaced Foreign Xurrencies), ‘where X in the currency stands for all’.

The SSD/SCDN/DFX is the complete science that technically generates the ‘SSD’, by removing each first letter of each word from SSD/SCDN/DFX formation structure.

Example; ‘S’sd/’S’cdn/’D’fx. Forming the initial SSD term, where the chemical itself simply describe the produced liquid, powder, solid, paste, and other forms of laboratory developed substances, or solutions. According to a knowledge distribution medium, Wikipedia; a chemical substance is a form of matter having constant chemical composition and characteristic properties. Some references add that a chemical substance cannot be separated into its constituent elements by physical separation methods, i.e., without breaking chemical bonds.

What is the SSD chemical.

SSD chemical or (Security Sealed Defacing chemical) is a laboratory researched and produced substance in liquid, powder, solid, gas, and paste forms used as a solution for DFX banknotes recovery and cleaning. The SSD chemical solutions come in various power hydrogen (pH) levels, including organic (pH10), universal (pH7), and automatic (pH4). The absolute SSD solvent substance is a catalyst, with pH 1 level, derived or composed from VII different types of chemical compounds.

The SSD chemical was discovered by an Italian, who resided in France, in 1422. SSD chemical solution was first researched and produced when a shipment of consignments containing DFX banknotes arrived in the United States from Tunisia in October 1412. According to shipment instruction, a special type of chemical was attached and accompanied alongside with the consignment, and for some unknown reasons, upon shipment arrival in America, the SSD chemical was frozen and needed to be defrosted by using a laboratory heating incubator, being the very first time of such transaction, in history, there was nowhere the American could unfroze these chemicals within the given time frame due to the fact that at that time there was no laboratory to render such service, at least, none known to him at the time.

10 years later, in April 1422, The American travelled to France, to attain a friend’s wedding. Getting to France, because of the language barrier as he could only speak fluent English and being present in France, the only language to communicate and move around the cities of France was French, forcing him to hire a personal translator, someone who could speak both French and English, effectively. Long story short… It was through the translator whom the American got the contact of Dr. Mutler Develo, the Italian researcher, who then founded the SSD chemical, for helping the American recover or clean his consignment of DFX banknotes, worth about $654 million, at that time. In 1422, a liter of an SSD chemical would cost somewhere between; $1,700 — $1,950 to clean $1,000,000. In today BLACK MARKET, from 2022, a liter of this chemical would be selling at roughly $100,000 per liter, by Gemonog Chemical Laboratory SARL. 600 years later (six centuries).

SSD chemical constituents and Characteristic properties.

Making of SSD chemical. For chemical preparation, composition, formulation and characteristic properties, I will elaborate below, in detail, enumerating key chemical elements and compounds that consists of the SSD solution substance, including how to (make SSD chemical ‘this file will be embedded for outbound resources’ only). Or, alternatively, you can easily Google “SSD/SCDN/DFX completes educational resource data” for the full article. File №2315 by GCL. NB: (ON SOME PLATFORMS, IT MIGHT REQUIRE A FEE FOR YOU TO HAVE ACCESS TO THIS INFORMATION) in full length.

SSD chemical preparation;

The preparation of an SSD chemical involves the complete chemical science practice of arranging and putting together all necessary chemical elements and compounds for the solution composition, both theoretically and practically, by a professional chemical expert, most specifically one with at least a Ph.D. in chemistry theory and a year study of SSD/SCDN/DFX practice, and approved by GCL.

Some common ‘chemical preparation method’ includes, but not limited to; Wet chemical preparation methods, which are the most used, such as coprecipitation, precipitation, thermal decomposition, sol–gel, hydrothermal, microemulsion, electrochemical aerosol/vapor-phase, sonochemical decomposition, supercritical fluid methods.

To prepare the SSD chemical, you need to know its elements of composition, or chemical compounds, components, forming the final solution formula, for anti-breeze bank notes cleaning. This will then lead us to the next paragraph for the SSD chemical composition.

SSD chemical composition;

The scientific composition of making the SSD chemical is the process of mixing, and/or blending of chemical components or elements, for processing, extraction and purification. In the composing process, all the chemicals elemental properties are decomposed, mixed and reprocessed collectively to obtain the final chemical formula, known as the catalyst to other SSD solutions, with pH level 01 (The most toxic substance). SSD solution compositions are mixtures of chemical compounds.

The components of SSD chemical, that forms or formulate the solution substances used in the recovery and cleaning of SCDN or DFX banknotes includes the following common elements, in their molecular formula: NaCl, H2O, MgNgK 0.01%, Au 79, C4H8, H2SO4, C3H6O.

Below is a brief description of the above mentioned molecular formulas that make up the SSD chemical substance for SCDN cleaning solution properties dilution, and their various unique functions or reactions when a solution substance is applied on the surface of a security coated defaced note (SCDN).

– NaCl, heating agent (processed)

– H2O, dilution agent

– MgNgK 0.01%, reforming agent

– Au 79, microfilm protection

– C4H8, explosive agent

– H2SO4, toxic agent (processed)

– C3H6O, cleaning agent (processed)

In the recent time, many people have asked me on my private O3T session if they could make the SSD chemical solutions at their home. Let me make this public; The SSD chemical solutions cannot be made at home, or, unless one has undergone the studying process of understanding the complete SSD/SCDN/DFX educational resources’ and learning the raw files, documents, or courses, which are available for sale online in RRD files, amounting to avg. $24 million in the USA, for the original SSD decoding chemical FORMULATION file, carrying complete and adequate measurements, including a step by step chemical processing instructions, as these are top secret information, not found or available publicly, anywhere. Furthermore, it is highly required to be of at least a Ph.D. degree holder in chemistry, relative to SCDN to be able to make the SSD chemical. SSD substance is a top secret chemical, considered illegal globally, and has consequences punishable by the law, for anyone in possession of the chemical substance. In most countries, SSD chemical is classified under illegal drugs such as cocaine and almost carries similar charges and sentences, according to different country’s rule of law.

SSD chemical formula;

The SSD chemical formula is the sum and extraction of all seven chemicals molecular formula: NaCl, H2O, MgNgK 0.01%, Au 79, C4H8, H2SO4, C3H6O (NOT respectively as listed). This gives us a final coded key for the SSD chemical formula as [S2CHe01] with pH level 1, the known, most toxic chemical catalyst, according to latest SSD chemical research by Dr. Peil Ahubah — an Indian SSD/SCDN/DFX researcher, currently working with the GEMONOG CHEMICAL LABORATORY in Sri Lanka.

The 2022 latest and year final SSD chemical catalyst for solution dilution’s full description is as enumerated below, released by GCL.

Name: SSD chemical

Type: Catalyst

Chemical group: SCDN/RRD

Form: Liquid

Color: clear, sky-blue, green, dark-brown, red, unico

Smell: Odorless

Toxic percentage: 97%

Inflammable: Yes (at 80 degree heat)

Chemical Purity: 99.999%

Common elements: NaCl, H2O, MgNgK 0.01%, Au 79, C4H8, H2SO4, C3H6O.

Chemical reactions: -/+ 80

Boiling point: 1,100%

Chemical formulation: [S₂CHe01]

Usage: For cleaning DFX security coated banknotes

Compound: Organic

Storage: Regulated temperature

The SSD chemical formula secret key as [S2CHe01] is known as the 1 catalyst for all other related SSD solution compounds for dilutions, prior to its application or be used in a DFX banknotes cleaning and recovery process. The chemical formula enigma [S2CHe01] obtained from the processing of 7 other different chemicals components are then re-processed, reformulated and re-distributed in 3 different outputs of the SSD solutions criteria which are; organic, universal, and automatic, with unique pH level of each chemical type. All three SSD chemical solution criteria types has a complete difference reaction on each different type of coated notes, irrespectively of the coating color, currency type, and storage time of the DFX banknotes, their reactions and performances are uniquely different when applied on a surface of any security coated defaced note (SCDN), separately.

Characteristic properties;

In below section of this article, you will find information about the VII different chemical compounds and characteristic properties of each constituent element that makes up the SSD liquid solution, upon proper chemical compositions, extractions and purifications, in a standardized science laboratory.

I — Sodium chloride (NaCl);

Sodium chloride, commonly known as salt, is an ionic compound with the chemical formula NaCl, representing a 1:1 ratio of sodium and chloride ions. With molar masses of 22.99 and 35.45 g/mol respectively, 100 g of NaCl contains 39.34 g Na and 60.66 g Cl.

Formula: NaCl

IUPAC ID: Sodium chloride

Molar mass: 58.44 g/mol

Melting point: 801 °C

Density: 2.16 g/cm³

Classification: Salt

Soluble in: Water, Ammonia, Ethanol, Methanol, Glycerol, Formic acid, Formamide, Propylene glycol.

II — Water (H2O);

Water is an inorganic, transparent, tasteless, odorless, and nearly colorless chemical substance, which are the main constituent of Earth’s hydrosphere and the fluids of all known living organisms. It is vital for all known forms of life, despite providing neither; food, energy, nor organic micronutrients.

Formula: H₂O

Molar mass: 18.01528 g/mol

Melting point: 0 °C

Triple point temperature: 0.01 °C

Critical point pressure: 22.06 MPa

Boiling point: 100 °C

IUPAC ID: Oxidane, Water.

III — Magnide kalcronium (MgNgK 0.01%);

Magnide kalcronium is one of the key secret chemical element in the formulation of a security coated defaced notes (SCDN) cleaning solution substance. Magnide kalcronium or MgNgK theaters two measure roles in an SSD chemical substance, the initial is to render it completely odorless and the latter is acting as a reforming agent of a wet note which cover just 0.01% of its compound in a 100 g amount of Magnide kalcronium.

Formula: MgNgK 0.01%

Molar mass: 39.61 g/mol

Melting point: 0 °C

Triple point temperature: 0.01 °C

Reaction pressure: 72.66 SSD/SCDN

Toxin variation: 14–99 °C

Soluble in: Oxidane, Water, Ammonia, Acetone.

IV — Gold liquid (Au 79);

Gold is a chemical element with the symbol Au and atomic number 79. This makes it one of the higher atomic number elements that occur naturally. It is a bright, slightly orange-yellow, dense, soft, malleable, and ductile metal in a pure form. Chemically, gold is a transition metal and a group 11 element.

Symbol: Au

Atomic number: 79

Electron configuration: [Xe] 4f145d106s1

Atomic mass: 196.96657 u

Melting point: 1,064 °C

CAS ID: 7440–57–5

Boiling point: 2,700 °C.

V — Butene (C4H8);

1-Butene is the organic compound with the formula CH₃CH₂CH=CH₂. It is a colorless gas that is easily condensed to give a colorless liquid. It is classified as a linear alpha-olefin. It is one of the isomers of butene. It is a precursor to diverse chemical products.

Formula: C4H8

Boiling point: -6.3 °C

Density: 620 kg/m³

ChemSpider ID: 7556

Classification: Alkene, Organic compound.

VI — Sulfuric acid (H2SO4);

Sulfuric acid or sulphuric acid, known in antiquity as oil of vitriol, is a mineral acid composed of the elements sulfur, oxygen and hydrogen, with the molecular formula H₂SO₄. It is a colorless, odorless and viscous liquid that is miscible with water.

Formula: H₂SO₄

IUPAC ID: Sulfuric acid

Molar mass: 98.079 g/mol

Density: 1.83 g/cm³

Melting point: 10 °C

Boiling point: 337 °C

VII — Acetone (C3H6O);

Acetone, is an organic compound with the formula (CH₃)₂CO. It is the simplest and smallest ketone. It is a colorless, highly volatile and flammable liquid with a characteristic pungent odour. Acetone is miscible with water and serves as an important organic solvent in its own right, in industry, home, and laboratory.

Formula: C3H6O

Boiling point: 56 °C

Molar mass: 58.08 g/mol

Density: 784 kg/m³

Melting point: -95 °C

Classification: Ketone

As you can see; Acetone ends the list of all VII chemical compounds that forms the complete science involving the composing and production of an SSD chemical. The finished product after the composition, and processing of NaCl, H2O, MgNgK 0.01%, Au 79, C4H8, H2SO4, C3H6O compounds produces a toxin/toxicant substance (commonly known as SSD chemical), making it one of the world’s most toxic chemical substance. The SSD chemical acts as a catalyst to other DFX banknotes cleaning solutions. The production time of an SSD chemical takes approximately 21 days to obtain the final and purified solution substance, extracted from VII different chemical compounds.

In context of the above paragraph; it is important to note the clear difference between a toxin and a toxic substance. Toxic refers to a poisonous or deadly effect on a body caused by inhalation, ingestion, or absorption of, or direct contact with, a chemical. Whereby a toxin/toxicant is any chemical that can injure or kill humans, animals or plants; a poison; poisonous substance.

Gemonog chemical laboratory SARL.

Holders of DFX banknotes are the only direct buyers of this special top secret chemical type, or SSD traders, and often, finding the right SSD chemical solution online to buy, or a reliable laboratory that produces these chemicals type to buy from’ is a major problem. Henceforth, struggle no more, you can easily find the original SSD chemical brand securely online, manufactured by the GEMONOG CHEMICAL LABORATORY.

GCL is a generic defaced monology chemical science laboratory, the branch of the money analogy sciences dealing with the composition of substances and their properties and reactions, for the recovery and cleaning of DFX banknotes. Due to the high number in SSD chemical scams, it is always and highly advisable to take the time to verify your chemical CAS number on GCL website, for the SSD chemical quality confirmation before payment. This chemical verification process will save you from fake and scam SSD chemicals, and sellers. A recent release by BLACK MARKET NEWS on Twitter, at the time of publishing this article, reveals that a liter of the SSD chemical is currently selling at $44,000 in the U.S and roughly $134,000 in Moldova. GCL is the world’s best laboratory where you can find real, genuine and original quality of SSD chemical, including other related DFX banknotes cleaning solutions such as the; HU2 powder, UNICO mercury, VECTROL paste, MUMUT spray, and GAS cylinders for the use of a LASER machines operation.

Some basic SSD chemical tips;

In this last section of the SSD chemical science publication; I will outline the basic tips on how to safely handle the chemicals, the effects of certain toxins, which substances are controlled or managed for explosive prevention, and safer alternatives, such as chemicals application.

– Safety handling of chemicals; The SSD chemical is a very delicate substance, volatile, with the high amount of C4H8 in the chemical formulation can causes explosion at any point in time if missed-handled or chemical kept under unfavorable weather conditions (change of temperature in time).

– Effects of certain toxins; The combination and mixture of multiple chemical compounds to formulate the SSD chemical, forms a toxicant substance as a catalyst for other solutions, and its effect is toxic, harmful and can injure or kill humans, in cases of; inhalation, ingestion, or absorption of, or direct contact with, the chemical.

– Controlled explosive; (C4H8) are the chemical substances that can be controlled or managed to prevent explosion during shipping process, handling and delivery processes. In most cases a temperature controller is needed, where the SSD chemical liquid bottle is placed securely before shipment, which helps protect the chemical during shipping, for explosion prevention. In 2021, a whooping sum of roughly $104 million worth in SSD chemical solutions was lost, in chemical explosions.

– Safer chemicals application; SSD chemical, being one of the worst and/or complicated chemical substance to handle, coupled with the fact that it’s delicate itself, which can become frozen if kept under intense cold, or explode if kept under intense heat, requires a safer and proper chemicals application process, and environment. Basic requirements to unpack or open the SSD chemical bottle requires a person to at least wear a nose, mouth, face mask, protective goggles, and hand gloves (on both hands) prior to starting the DFX banknotes cleaning process.

An SSD chemical application process, including a step by step procedure on how to clean the DFX banknotes with the solution is always attached alongside each SSD chemical ordered from the Gemonog Chemical Laboratory. To easily and securely buy the SSD chemical online for your personal use or business purpose, simply visit the Google portal and search “ssd chemical for sale by gcl” right away to get the best, highest quality of SSD chemical solutions, available in the World.

For reference purposes only; some data sources in the publication of the above content are extracted from third-parties including; Google, IoT, and Wikipedia.