Things we’re thankful for that may interest you, For.
ST udstyr & Teknologi fik vores start 1989 da vi blev grundlagt som adskillelse teknologi, en kommercialiseret proprietære elektrostatisk adskillelse proces opfundet af en Massachusetts Institute of Technology (MIT) scientist. Siden da, we’ve broadened our scope to put our incredible technology to work in several different applications.
- We created a process that removes ammonia from fly ash. Processen genoprettes 100% af den behandlede flyveaske, og den resulterende aske opfylder alle specifikationer til brug i beton. Our ammonia removal process can be used alone or in combination with our carbon separation technology. Denne modulære tilgang tilbyder den billigste løsning til behandling af ellers ubrugelig flyveaske.
- Our triboelectrostatic belt separator has been proven to be beneficial in the electrostatic separation of dry granular plant-based food materials. While many electrostatic technologies are not suitable for processing finely ground, pulvere med lav densitet fra plantematerialer, our process has demonstrated the capability to process fine particles from 500 til 1 micrometres at a high rate of speed.
- Our triboelectrostatic belt separator eliminates the need for a fresh water supply, making it a more environmentally friendly and cost-effective solution. As opposed to standard electrostatic separation techniques, our system extends the particle size range down to a finer level where only wet-separation flotation techniques have been successful before.
- In terms of mineral separation, our process enhances your product by producing a greater range of grade materials recovered from your waste streams or tailings, increasing your profit potential from the same mined material.
Og endelig, we now offer small characterization analysis (op til 1 kg.) at no cost to our customers. If you’re interested in seeing how ST Equipment & Technology can help you get more from less, let’s talk about the mutually beneficial ways we can be thankful for partnering together.
