Tag: process optimization

Chemical engineers in Ethiopia optimized anaerobic co-digestion of cow dung with organic wastes, determining that operating at 35 degrees Celsius ...

A new review evaluates wire electrical discharge machining processes, predictive modeling, and sustainable manufacturing practices for magnesium alloys.

A targeted narrative review shows that waste-derived amendments can successfully drive microbially mediated acid mine drainage remediation, but persistent element-specific ...

A factorial study on an industrial recycling line demonstrated that coordinating moisture, casing geometry, and roller speeds substantially lowers material ...

Researchers validated an in-line conductivity threshold of 250 microsiemens per centimeter to determine washing endpoints for aluminum hydroxide adjuvants, reducing ...

Researchers developed a reverse engineering framework combining deep bidirectional recurrent neural networks with adaptive genetic algorithms to optimize temperature profiles ...

A hybrid framework combining artificial neural networks and process simulation predicts sulfur recovery emissions in sub-seconds while identifying an operating ...

A new voxel-based framework automates life cycle assessment for laser powder bed fusion by using part volume and height to ...

A statistical review of published optimization studies identifies ozone dose and pollutant concentration as the key drivers of ozonation, with ...

A new review argues that pairing cheap waste substrates with statistical and AI-driven optimization could finally make microbial biosurfactants economically ...