The Challenge
We were contacted by a major player in the nuclear waste disposal and neutralisation industry. The request was for a system to process and neutralise hazardous, toxic, and radioactive waste materials using cement powder and aggregates.
The mixer had to be custom-built to meet a significant number of operational constraints, covering footprint and dimensions as well as performance, operation, and construction. In other words, a fully engineered solution tailored precisely to the client's specifications.
The machine's physical dimensions were critical and non-negotiable, as the entire unit is decommissioned and disposed of inside a specially made concrete container at the end of its lifecycle. Any components exceeding the maximum allowable dimensions must be quick and easy to disassemble. All welds and materials of construction require full certification. Copies of all manufacturing documentation must be made available to the client for verification prior to each production phase. All inlets - and their covers - must be fabricated to rigorous technical specifications. All material thicknesses need to be increased to raise the safety factor, in line with specific project requirements. The unit requires additional fail-safe safety accessories, while being engineered according to the "worst-case scenario" philosophy.
