Nitroguanidine

The strategic object is accepted NGu in an accepted propellant, not chemical identity alone.

Purity, particle class, moisture form, process route and weapon qualification separate raw material from usable output.

1. 01 · PrecursorGuanidine nitrate and controlled inputsThe producer identifies guanidine nitrate as the direct raw material without establishing a public European precursor balance.
2. 02 · MaterialNitroguanidine synthesis and finishingCurrent site identity is separate from annual output, utilisation, customer allocation and uncommitted supply.
3. 03 · Grade and formPurity, particle class and moisture formPublic sources distinguish purity, grain size, crystal characteristics and wet or dry handling states.
4. 04 · Propellant processTriple-base gun-propellant processingNitroguanidine becomes one input to a formulation and controlled production process rather than a qualified charge by itself.
5. 05 · Qualified outputAccepted propellant and charge configurationMaterial, process, manufacturer, location, weapon compatibility and lot acceptance remain downstream gates.

One current synthesis mapping closes site identity before it closes capacity.

Waldkraiburg is evidenced, while comparable current operating tonnes, output and uncommitted allocation remain unknown.

Bounded current European nitroguanidine synthesis mapping

Published grades and downstream producers do not reveal interchangeable merchant supply.

The bounded map preserves synthesis, propellant processing and charge production as different capabilities.

• The producer search is bounded rather than exhaustive.
• A tariff-quota drawdown does not yield an import-dependence ratio.
• Unknown inventories and qualified imports are not treated as absent.
• Could reverse: Authoritative current capacity and output by site, grade and form
• Could reverse: Evidence that Waldkraiburg has ceased synthesis
• Could reverse: A verified additional current European synthesis site

Staged startup and research occupy different positions from current qualified output.

Schalchen and Pol-NQ remain planned for different reasons, without invented annual tonnes.

1. PLANNED

   Schalchen NQ2 expansion · Germany

   Staged additional wet-nitroguanidine output

   Startup had begun by 30 July 2026; Alzchem said additional capacity would become available in stages during the second half of 2026. Annual increment, completed commissioning and accepted output remain undisclosed.

   NGU-CLM-003NGU-CLM-004NGU-CLM-006NGU-CLM-012
2. PLANNED

   Pol-NQ synthesis-technology project · Poland

   High-purity guanidine-nitrate and nitroguanidine synthesis technology

   The R&D programme runs from September 2025 through May 2027; it does not establish an industrial site, installed line, annual capacity or qualified production.

   NGU-CLM-003NGU-CLM-008NGU-CLM-012

Conversion and planned records

Precursor, grade, handling, processing and qualification form a chain of distinct objects.

A tonne of unspecified NGu does not answer whether a named artillery or tank charge can be produced.

The evidence supports a transparency and qualification finding, not a shortage scalar.

The next tranche must close current tonnes, trade dependence, allocation and accepted-source matrices.

Intervention points

1. 01
   Close current and staged capacity

   Obtain current nameplate, actual output, utilisation, grade mix and customer commitments for Waldkraiburg, then track commissioned and accepted output from Schalchen.

   Decision value: Separates a visible producer and startup from usable twelve-month supply.

   NGU-CLM-001NGU-CLM-003NGU-CLM-004
2. 02
   Build the accepted-source matrix

   Map NGu source, purity, particle class and moisture form to qualified propellants and charge configurations without publishing sensitive formulation detail.

   Decision value: Identifies where chemically available material is not interchangeable qualified material.

   NGU-CLM-006NGU-CLM-012NGU-CLM-013
3. 03
   Resolve trade dependence

   Join customs origin and quantity data to domestic output, inventories and qualified use rather than treating the tariff quota as an import ratio.

   Decision value: Separates import-channel occurrence from dependence and exposure.

   NGU-CLM-009
4. 04
   Verify Pol-NQ industrial translation

   Track research completion, industrial partner, site selection, scale-up, commissioning and qualification milestones after May 2027.

   Decision value: Prevents a synthesis-technology project from becoming premature capacity.

   NGU-CLM-008NGU-CLM-012
5. 05
   Resolve site-unspecified candidates

   Seek a current site-specific NGu synthesis statement for EURENCO and test other downstream producers without promoting propellant capability into upstream synthesis.

   Decision value: Can expand or bound the producer map while preserving the capability distinction.

   NGU-CLM-014

Evidence that can change the call

1. 01
   What are Waldkraiburg's current annual nameplate capacity, actual NGu output and utilisation by grade and form?

   Would change: The current supply baseline and concentration assessment.

2. 02
   When does Schalchen achieve commissioned, stable and customer-accepted output, and what is its NGu-specific annual increment?

   Would change: Whether the planned record can move into the current footprint.

3. 03
   Which European propellants and charge systems accept which NGu sources, purity classes, particle classes and moisture forms?

   Would change: The qualified interchangeability and substitution map.

4. 04
   What are EU NGu imports by origin and end use relative to domestic output, inventories and demand?

   Would change: A real import-dependence estimate rather than quota occurrence.

5. 05
   Does EURENCO currently synthesize NGu at a named European site, and at what grade and operating state?

   Would change: The bounded producer map and geographic-concentration assessment.

6. 06
   What industrial site and scale-up path, if any, follow the Pol-NQ research programme?

   Would change: The prospective Polish production case.

7. 07
   What are source-change qualification timelines, evidence requirements and failure modes for selected artillery and tank propellants?

   Would change: The expansion-friction and substitution assessment.

8. 08
   What shelf-life evidence applies to raw NGu by grade, moisture form, package and storage condition?

   Would change: The shelf-life field, which dangerous-goods moisture classification does not close.