ERP for chemical manufacturers

Every inventory system can tell you how much of a material you hold. In a chemical business that's the least interesting question. What decides whether stock is usable is which lot it is, whether quality has released it, when it expires or needs retesting, what it's allowed to sit next to, and which finished batches it ended up inside. Chemical inventory software earns its place on those five attributes, not on the quantity.

Worldover holds stock on the same record as quality status, specification and batch history, so the warehouse view and the quality view can never disagree about whether a lot is available. Allocation against a quarantined lot is refused by the system, not caught later in a reconciliation.

Chemical storage is governed by segregation rules: flammable liquids away from oxidisers, acids away from bases, certain hazard classes in dedicated stores. Under TRGS 510 in Germany, and equivalent national guidance elsewhere, the storage class (Lagerklasse) of each substance dictates what it may share a warehouse section with. Getting this wrong isn't a stock discrepancy; it's a safety incident and an insurance problem.

Because the hazard classification already lives on the substance record, Worldover derives the storage class from it and enforces segregation at the location level: putaway suggests compliant locations, and a non-compliant placement is flagged at scan time, not at the next audit.

Two kinds of threshold matter in a chemical store. Regulatory quantity thresholds, where aggregate quantities of certain hazard categories on site trigger additional obligations (Seveso-tier reasoning at the large end, fire-authority notification at the smaller). And material-level clocks: shelf life, retest dates, and the distinction between expired stock that must be disposed of and stock that's simply due a retest against its specification.

Worldover tracks both. Aggregate quantities roll up by hazard category across locations, so a threshold approach is visible before it's crossed. Expiry and retest dates sit on the lot, surface in allocation (first-expiry-first-out by default), and feed planning so a retest is scheduled before the material is needed, not after it's rejected.

Every hazardous substance in the store needs a current safety data sheet available to the people handling it. In most businesses that obligation is met with a binder, a shared drive, or a hope that the supplier's portal is up to date. The inventory and the document library are separate systems, so a new SDS revision for a material doesn't reach the location where the material actually sits.

In Worldover the SDS attaches to the substance, and the substance attaches to the lot and the location. The current sheet is retrievable from the stock record itself, in the right language for the site. See SDS software for how authoring, revision and distribution work on the same record.

The benchmark question for any chemical inventory system is the recall trace: this raw material lot is contaminated, so which production batches consumed it, which customer orders did those batches ship on, and which lots do we still hold? Answering from lot genealogy recorded at every receipt, movement, consumption and shipment takes one query. Answering from exports and spreadsheets takes days, and the answer arrives after the scope of the recall has already been decided badly.

Worldover records lot genealogy as a by-product of normal work rather than as a separate compliance task, so forward and backward traces are available at any moment. The same genealogy feeds the quality record when a deviation is raised and the customer communication when it isn't.