Learn the complete information about SSD chemical preparation, composition, and formulation in this single article, to help you understand how the substance is made, processed, and formulated; for the use of Anti- Breeze defaced banknotes cleaning.
PREPARATION:
In the science studies of SSD/SCDN/DFX chemistry, SSD chemical preparation is the primary or basic process of chemicals production which involves putting together all the common compounds (atoms, molecules, and elements) meant to produce the final chemical substance ready for cleaning performance following the directives as stated in an SSD chemical hypothesis report, researched in SCDN labs.
To make an SSD chemical substance typically follows three simple rules which includes; chemical preparation, composition, and formulation. Once the chemical formula is identified, any SCDN trained professional can make or produce SSD chemical substances, that can be therefore used for the effective cleaning of Anti- Breeze DFX banknotes.
The GCL researches, produces, and distributes the highest quality of SSD chemical substances, used for cleaning and recovering DFX banknote currencies, in minutes. SSD chemical substances prepared, composed, and produced by GCL are 100% purified, with disaster control management in place to prevent chemicals explosion and intoxication during usage in defaced banknotes cleaning performance, by a user.
All GCL researched and produced SSD chemicals are 99.9999% top-quality and genuine SCDN/DFX notes recovery and cleaning solutions. GEMONOG CHEMICAL LABORATORY being the No.1 facility in SSD chemical preparation, composition, and formulation provides some of the best chemical features and services to DFX banknote holders globally such as; 100% payment security, 30 days MONEY-BACK guarantee, and unique CAS number provided for chemical authentication verification.
COMPOSITION:
Commonly, when referring to “SSD chemical composition” in the SSD/SCDN/DFX cleaning industry, it is simply the latter step in the making process of an SSD chemical substance, after preparation. This step of the SSD chemical production requires a person with at least a Ph.D. in chemistry and a minimum study of 6 months in SSD/SCDN/DFX science, to complete the composition stage. The SSD chemical composition involves the decomposition and mixing of all scientifically identified seven (7) chemical compounds, followed by extraction, filtration, and purification, to reproduce the final solute substance, ready for any DFX banknote cleaning performance, after SSD/DFX prescribed dilution recommendation.
Maintaining a chemical balanced charge throughout the process of an SSD chemical production (from preparation, composition, and formulation; ‘decomposition, mixing, extraction, filtration, purification’) is very vigorous. The normal molecular chemical charge for an original ISOLATED SSD CHEMICAL is (-2.369), if this chemical equation is not balanced, the SSD substance finished product might not be efficient enough to clean a DFX banknote, and might equally cause great disasters such as explosion during production processes, due to chemicals reactions conflict. In situations where the chemical equation is not properly balanced during the composition and production process, it would still need to undergo reprocessing, to balance the equations, hence, to render the finished chemical product as efficient to effectively clean defaced banknotes. Balancing the chemical equation is vital for composition success.
SSD chemical is made of 96% electron properties, making it one of the world's most toxic and hazardous liquid chemical substance, with high-range explosive probability when exposed to heat above 77 degree Celsius, or used near fire within 5 meters. GCL research and produce the best SSD chemical used for DFX banknote cleaning in the BLACK MARKET.
FORMULATION:
According to Dr. Feud Luciano’s latest SSD/SCDN/DFX released thesis, the absolute chemical formulation is [NH18O6MAC7S] as of AAA*2023 version, which further expands to its Common elements (chemical molecules or compounds) being; NaCl, H2O, MgNgK 0.01%, Au 79, C4H8, H2SO4, C3H6O. To acquire in-depth information and resources about SSD chemical formula, I will advise you Google search “the science of ssd chemical” to read and possibly download a full context of the SSD chemical formula. Studying and understanding the SSD chemical formula perfectly requires a Ph.D. in chemistry and 1 year 6 months of theoretical knowledge in SSD/SCDN/DFX science. An executable SSD chemical formula is sold at about $10.2 million USD per .RRD file, in DARKWEB and O3T space, and these files type can only be downloadable using the USA or FR internet protocol (IP) addresses, due to chemical data encryption.
The GCL data research center in South Carolina, United States is known to recruit an average of 22 new researchers yearly, with a Ph.Ds. holder degree in chemistry, to focus primarily on SSD chemical formulation research for identifying updated RRD (Research Result Data) thesis. Identifying an executable SSD chemical formula is the most complex step of the production process after composition. Original SSD chemical formula thesis data is secretly sold to SCDN labs, for chemical reproduction.
BONUS:
The SSD chemical is termed illegal due-to its hazardous substance properties, which according to HAZMAT, it is classified as a harmful, toxic, dangerous, and a combustible liquid matter. Based on research studies, the ULTIMATE purpose that SSD chemical substances are labelled illegal by the Authorities is also due to its unscrupulous use and activities in the real world, and hence blacklisted as a Money Laundering Processing (MLP) substance.
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