waste – TechConnect Briefs

Utilization of ceramic wastes as pozzolanics materials

Cerný R., Irassar E., Jerman M., Pavlík Z., Pavlíková M., Rahhal V., Tironi A., Trezza M., Universidad Nacional del Centro de la Provincia de Bs.As., AR

The possible applicability of waste ceramic powder as partial portland cement replacement in concrete production is studied in this paper, due to rapid increase of concrete as building material. The cement industry alone is estimated [...]

Utilization of ceramic wastes as pozzolanics materials

Cerný R., Irassar E., Jerman M., Pavlík Z., Pavlíková M., Rahhal V., Tironi A., Trezza M., Universidad Nacional del Centro de la Provincia de Bs.As., AR

The possible applicability of waste ceramic powder as partial portland cement replacement in concrete production is studied in this paper, due to rapid increase of concrete as building material. The cement industry alone is estimated [...]

Industrial symbiosis and green chemistry: one’s waste is another’s resource!

Budarin V.L., Clark J.H., Dodson J.R., Hunt A.J., Matharu A.S., Parker H.L., Green Chemistry Centre of Excellence, UK

Industrial symbiosis, the sharing of industrial by-products to add value, reduce costs and improve the environment, will become increasingly important for the sustainable future of our planet. By employing this philosophy alongside green chemical technologies [...]

Industrial symbiosis and green chemistry: one’s waste is another’s resource!

Budarin V.L., Clark J.H., Dodson J.R., Hunt A.J., Matharu A.S., Parker H.L., Green Chemistry Centre of Excellence, UK

Industrial symbiosis, the sharing of industrial by-products to add value, reduce costs and improve the environment, will become increasingly important for the sustainable future of our planet. By employing this philosophy alongside green chemical technologies [...]

Clean Waste Tech: Anaerobic Composting in Bioreactor Landfills

Augenstein D., Benemann J., Yazdani R., IEM, Inc., US

The controlled bioreactor landfill has been demonstrated at progressively larger scales, now up to 300,000 tons waste in multiple cells, since 1994. The approach enables recovery of renewable methane energy from landfills to maximum potential. [...]