"manufacturing waste" is correct and usable in written English.
You can use it to describe any waste created during the manufacturing process, such as fumes, pollutants, or byproducts. For example: "The manufacturing waste from the plastics factory has been polluting the nearby river for years."
In the UK it replaced several waste contractors with one nationwide partner to manage manufacturing waste, repeating this approach in Europe, then North America.
The thermo-mechanical behavior of asphalt mixes, with Recycled Asphalt Pavement (RAP) and manufacturing waste roofing asphalt shingles (RAS), is investigated.
Years of manufacturing waste lie buried in the riverbed, and the Deep Tunnel, a massive waste-water-removal project initiated in the 1970s, occasionally overflows during heavy rains, dumping polluted water into the river.
The report notes that Britain's waste legislation still assumes it will be sent direct to landfill, even though less than a quarter of manufacturing waste is disposed this way".
A site map of an abandoned HCH pesticide manufacturing waste site, showing monitoring transect and location of waste piles and storage tank is also presented.
In this paper, three types of recycling pathways from perspectives of close-loop life cycle, which are manufacturing waste recycling, disposed module remanufacturing and recycling, are investigated.
Although recycling is the solution that is usually embraced by those concerned about waste, waste minimization is a superior approach because it aims to eliminate or reduce the quantity or toxicity of manufacturing wastes in addition to waste generated by products at the end of their useful life.
Hazardous waste lists and hazardous waste generation quantities per unit manufacturing (hazardous waste generation factors, HWGFs) for the plastic product manufacturing industry were determined based on the data obtained from these studies.
Organ ized Colorado environmentalists led the fight against unsafe Army 'storage here Of lethal nerve gas, as well as disposal of the manufacturing wastes in an underground tunnel that was causing earthquakes.
The results show that recycling technologies for PV manufacturing wastes and end-of-life modules are wildly explored and some are commercially available, although the challenges still remain in process efficiency, reduction in process complexity, energy requirements, and use of chemicals.
As Meghan Hessenauer, an environmental scientist at the U.S. Environmental Protection Agency, points out, guidelines for pharmaceutical manufacturing wastes are geared toward the discharge of chemicals used in the process of manufacturing rather than active pharmaceutical ingredients.
