unfit for further processing and then recycling or reconditioning it within the production infeed lines . This process reduced material waste and enhanced product quality .
3 . Preventing leakages and spillage
Minimising leakages and spillage is a critical aspect of sustainable material handling , as it directly impacts both resource conservation and safety . An example of this in practice is tubular feeders in handling fine powders . These systems are designed with sealed tubes and extraction points to ensure that no dust escapes into the atmosphere .
The enclosed design prevents product spillage and contamination , thus safeguarding the integrity of the material being handled and reducing the risk of potential hazards associated with airborne dust . This focus on minimising leakages not only enhances operational efficiency but also contributes to a more sustainable and environmentally friendly production process .
4 . Precise control over product transfer
Precision in material handling not only minimises waste but also
supports recycling efforts and promotes resource efficiency . Advanced vibratory separators , such as the Vibrecon ® GVC5 with a diameter of 1,380mm , offer precise particle size classification , facilitating the recycling of materials within food , chemicals , plastics and other suitable products .
A recycling facility in Norfolk , UK , implemented Gough Engineering ’ s Vibrecon ® GVC5 separator to process glass fibers efficiently . The system ’ s dual-deck design allowed for effective separation of oversize particles , fine materials and quality fibers , contributing to enhanced recycling rates and reduced landfill waste .
5 . Minimising downtime through easy maintenance
Reliable equipment operation is fundamental to sustainable manufacturing practices . Material handling solutions engineered for easy maintenance , with robust components and proactive service support , ensure continuous operation and minimal downtime .
It ’ s important to partner with a material handling specialist
Effective management of material waste is imperative for sustainable manufacturing .
that provides comprehensive maintenance programs that include regular service checks and component replacements to optimise equipment performance and longevity . By adhering to service schedules , manufacturers mitigate operational disruptions and maintain high productivity levels with excellent machine performance and utilisation .
By implementing these five strategic steps towards sustainable material handling , manufacturers not only reduce their environmental footprint but also enhance operational efficiency and competitiveness in a rapidly evolving market .
To learn more about how Gough Engineering ’ s material handling equipment can benefit sustainability initiatives , visit its website .
A study has found that 58 percent of manufacturers view sustainability as critical to staying competitive , particularly in their material handling practices .
For further information , please visit www . goughengineering . com
Issue 70 PECM 121