Connecting municipal, industrial, construction, hazardous and other waste collection, transport, sorting, treatment, recycling and final disposal asset, operational, field, customer and compliance data into one managed digital chain.
Operational efficiency will be determined by the ability to see not only waste movement in a single chain, but also its quality, yield, costs and final outcome.
Operations include waste collection, transport, weighing, acceptance control, sorting, processing, recycling and proof of final result. Economics are determined by route efficiency, quality of accepted waste, equipment utilisation, material yield and reliable traceability of each consignment and batch.
Every weighing, transport, acceptance and processing operation must be linked to the same consignment or batch.
Contamination, moisture, composition and hazardous components determine acceptance, tariff and recycling outcome.
Input streams, fractions, residues and sold raw materials must produce an explainable result.
From May 2026, DIWASS became the mandatory digital cross-border waste shipment process in the EU. This strengthens the shift from document administration towards integrated traceability of shipments, weighing, acceptance, processing and results.
The waste stream, location, quantity, service terms and required container are determined.
The order is aligned with the route, transport capacity, driver and reception yard capacity.
Documents, waste code, weight, composition, contamination and acceptance conditions are verified.
The batch is separated, mixed or processed according to the technological process and quality objective.
The production received, its quality, the buyer and the final disposal method are recorded.
Shipments, mass balance, documents, costs, yield and customer results are reconciled.
Orders, routes, consignment notes, weighings and acceptance decisions are managed using separate tools, and the batch path is reconstructed manually.
Transport, weighing and accounting systems are used, but container, shipment and processing result identifiers are not linked together.
The customer order, driver task, weighing, documents, acceptance control and invoice form a single digital chain.
In selected waste streams, the order, transport, weighing, acceptance control, batch, processing operations and final result form a single traceable chain, but coverage is not yet uniform across all sites and waste types.
Routes, container servicing, reception capacity, sorting modes and maintenance are optimised according to actual demand and quality.
Customers, carriers, producers and buyers share verifiable shipment, quality and processing outcome data according to clear access rules.
Waste management digitalisation must begin with a single shipment and batch identifier that persists from client order through to final processing outcome.
The greatest economic impact arises from integrating transport planning, weighing, receiving quality and processing mass balance, rather than deploying separate applications for each function.
