Mineral Pitch Resin manufactured under a safe and low temperature procedure.

A method of manufacturing a mineral pitch product covering the sourcing, purification, adding botanicals or substances, demoisturization and packaging under a controlled environment resulting a biologically and or enzymatically active product which is either a resin or a solid or a semisolid or a liquid or a paste.

• 1.2 Where from the moment of identification in nature or at the source the resin is transported in hygienic and temperature controlled containers capable of maintaining the internal temperature at or under 39 degrees Celsius for the 1st grade quality and a predetermined temperature for other quality grades.
• 1.1 Where the initial treatment of the material takes place in a clean room environment of class D and higher or class ISO 8 and higher or any classes with identical, analogue or similar characteristics.
• 1.2. Where predetermined spectrums of light, sound or electro-magnetic rays are used for disinfection, purification, encoding or structuring at any stage of the manufacturing process.
• 1.3. Where the manufacturing process consists fully or partially of such stages as site preparation, raw material identification, raw material collection, raw material transportation, purification, dehumidification or demoisturization, adding substances, packaging for transportation, packaging for storage or final packaging.
• 1.4. Where the full manufacturing or any one of the individual manufacturing or packaging stages of the cycle(i.e. extraction from the transportation containers, initial purification, mixing with botanicals or other substances, dehumidification or demoisturturization and packaging) takes place in a clean room environment of class D and higher or class ISO 8 and higher or any classes with identical or similar characteristics.
• 1.5. Where the full manufacturing cycle or parts thereof take place under predetermined temperature regimes.
• 1.6. Where the full manufacturing cycle or parts thereof take place under temperatures of less or equal to 39C or less or equal to 48C or less or equal 60C or other temperature regimes.
• 1.7. Where the raw material is initially dissolved (purified) in liquid which can be predetermined type of water or an alternative to water.
• 1.8. Where said water or an alternative can be of is either drinking or purified or highly purified or injectable or deionized or distilled or disinfected, or other type or grade.
• 1.9. Where in addition such water or liquid can be mineralized and or geographically sourced and or magnetically treated and or structured and or informationally programmed or encoded.
• 1.10. Where the resulting solution or parts thereof are filtered once or multiple times through various filters ensuring elimination of particles ranging in size from several centimeters to millimeters several micrometers and several hundred nanometers. Such filtration can take under pressure or vacuum or other physically or environmentally controlled conditions if necessary.
• 1.11. Where botanicals or their extracts or any substances beneficial to human or animal health may be added to or mixed with the materials at any stage while it is still in a liquid or a semi-liquid state.
• 1.12. Where the filtrate with or without botanicals added to it is dehumidified/demoisturized in order to get rid of excess moisture and result into a paste or resin.
• 1.13. Where the vessels used for dehumidification/demoisturerization are mixing the said liquid and or equipped with temperature control.
• 1.14. Where the said process can take place under vacuum or pressure or under a predetermined light spectrum or sound wavelength.
• 1.15. Where the resulting product is tested for purity, primary and secondary authenticity, heavy metal contamination, radiation contamination, microbiological contamination. Whereby if any of the said tests fail the full manufactured batch is discarded.
• 1.16. Where the resulting product is a resin or paste or solid or semi-solid or liquid and not a powder and can be identified as a genuine resin.
• 1.17. Where the said material is packaged either into transportation or biophotonic glass containers.
• 1.18. Where opaque or biophotonic glass containers are used to storage and preserve the resin.