EUSSRs efforts to make common explosive materials inert

Which types of fertilizer can I use without the need to purify them?

The following 4 fertilizers are so called N-fertilizers from the Norwegian fertilizer manufacturer Yara; one of the largest fertilizer manufacturers in the EUs inner marked. Important note: It is the N fertilizers that are suitable for manufacturing explosives, NOT NPK, NK, NP, PK, P or K fertilizers.

CAN N27 (CAN 27-0-0)

Kalkammonsalpeter where the nitrogen consist of equal parts of ammonium and nitrate. Magnesium and calcium has been added into this mix in unknown quantities. Sold in a 500 kg bag. CAN is probably an abbreviation for Calcium-Ammonium-Nitrate.

27% nitrogen total (N) 13,5% nitrate/NO3 and 13,5% ammonium/NH4

5% Calcium (Ca)

2,4% Magnesium (Mg)

OPTI KAS 27-0-0 (OPTI-KAS is a brand name of Yara)

Kalkammonsalpeter where the nitrogen consist of equal parts of ammonium and nitrate. Magnesium and calcium has been added into this mix in unknown quantities. Sold in a 600 kg bag.

27% nitrogen total (N) 13,5% nitrate/NO3 and 13,5% ammonium/NH4

4,3% Calcium (Ca)

2,4% Magnesium (Mg)

OPTI-NS 27-0-0 (4S) (OPTI-NS is a brand name of Yara)

27% nitrogen total (N) 13,5% nitrate/NO3 and 13,5% ammonium/NH4

6% Calcium (Ca)

0,7% Magnesium (Mg)

3,7% Sulfur (S)

Sulfur-CAN 27-0-0 (4S)

27% nitrogen total (N) 13,5% nitrate/NO3 and 13,5% ammonium/NH4

5,4% Calcium (Ca)

4,5% Sulfur (S)

According to wiki Kalkammonsalpeter fertilizers (the two first alternatives, out of the four) contains aprox 74% ammonium nitrate (NH4NO3) and 26% Calcium as Calcium Carbonate (CaCO3). So even though the nitrogen level is stated as being 27% (very misleading) the total AN level of the fertilizer is 75-80%. It is a bit confusing, I know.

The Western European multiculturalist regimes have made our job and duty (to prevent the Islamic colonization of Europe through demographic warfare) a lot more difficult as they have gone to great efforts to desensitize and thus rendering inert explosive chemicals that can be directly mixed and then made to detonate. A desensitized mixture can be more difficult to initiate (cause to explode) or may explode with a dramatically reduced energy output. A material that is difficult to initiate also requires a more energetic initiation scheme (larger booster). Taken to its ultimate conclusion, desensitization renders a material inert or unable to detonate. Desensitization cannot eliminate the threat posed by bomb making and use, but it places a heavier burden on us, thus increasing the likelihood that we will revert from explosive shock attack strategies and move toward operations which involve mass execution of category A and B traitors using firearms and smaller bombs instead.

Here is a section of the EUSSR strategy:

The “EU Marxist-Islamic committee for the facilitation of the successful Islamic colonization of Europe” adopted legislation which is basically just a cut-n-paste job from US legislation which was implemented after the Oklahoma bombing and 9/11.

The legislation focuses on the following:

Is effective in preventing use of the chemical as an illegal explosive. The ideal inerting method is capable of preventing an explosion when the inerted chemical is intimately mixed with other materials (oxidizers or fuels) chosen to provide the correct reaction stoichiometry. The chemical, mixed with other ingredients, does not detonate in a large-diameter charge, even when driven with a large booster.

Is immune to countermeasures. The ideal inerted substance is not readily separated from the diluent or detonation-arresting catalyst by physical size separation or other simple means. A material rendered inert by a change in its morphology is not readily convertible to the detonable form.

Retains the effectiveness of inerting over time. The efficacy of the ideal inerting method does not degrade with time owing to evaporation of the inerting materials or reversion to thermodynamically preferred (more explosive) morphologies.

Retains efficiency of the inerted substance for its normal, nonexplosive use. The ideal inerted substance retains its full utility in commerce; e.g., inerted fertilizer-grade ammonium nitrate is still usable as fertilizer. Neither the diluent nor the detonation-arresting catalyst has adverse effects on the commercial high-volume uses of the substance.

“The committee developed a method of analysis to rank—by potential for use in bomb making—a committee-derived list of commonly available explosive chemicals that could be mixed to form explosives. The purpose of the ranking scheme, described in Appendix K, was to characterize commercially available common explosives chemicals according to the following criteria:

• Availability and accessibility,

• Ease of use in bomb making,

• Cost, and

• History of prior use in illegal explosives.

The results in Table 4.2 suggest that ammonium nitrate (AN) is the common explosive chemical with the highest potential for use in a large anti-Islamisation bomb. The ease of purchase in large quantities coupled with ease of use confirms AN as the common chemical most likely to appeal to illicit users. The committee therefore focused on an examination of methods to inert AN. Although urea and nitric acid are produced in high volumes, neither can be used as an explosive without additional chemical processing, thus making them less threatening than AN. Many other chemicals such as ammonium perchlorate and other perchlorates could be considered as well. However, the committee chose to exclude military and a number of other explosives as well as energetic materials that could potentially be obtained by illegal means. Instead, it focused on those chemicals that could be obtained commercially in significant quantities, emphasizing history of actual use in large bombs

The “inerting committee” focused on the following compounds by creating the following report:

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