Sentence examples for allocation of waste from inspiring English sources

Integrated Solid Waste Management ISWMM) involves many executive, operational and managerial decisions such as the siting of waste processing and disposal units, selection of waste-treatment technologies and allocation of waste flow to processing facilities and landfills.

Previously, the optimal allocation of waste loads has been typically solved by developing various forms of optimization models Mujumdar and Vemula 2004; Yang et al. 2011; Qin and Xu 2011).

It is important to correct errors, whether they are inadvertent or deliberate, because they can lead to inappropriate allocation of credit, waste researchers' time and resources, and may even put patients at risk.

Pricing will need to play the role of supporting water efficiency and reducing waste; facilitating the allocation of water between competing needs; creating accountability in water-service providers; meeting environmental needs; and securing universal access and affordability.

Figure 2 Routine of waste allocation and disposal of.

Figure 2 shows the routine of waste allocation and disposal of.

Examples of such studies include a waste load allocation model developed by Cho et al. (2003) for the heavily polluted Gyungan River in South Korea, where a modified QUAL2E model was used for the water quality simulation, and a simulation optimization analysis of waste load allocation for a river water quality management by Mujumdar and Vemula (2004).

The ILP model is applied to a hypothetical problem of waste flow allocation planning within a municipal solid waste management system, which allows interval uncertainties in the model inputs to be communicated into the optimization process and the output solutions reflecting the inherent uncertainties can be obtained.

Since the resulting water-quality responses in the receiving water body can only be quantified by water quality simulation models, the waste-load allocation problems are essentially required to conduct a simulation-optimization assessment of levels of waste load reductions and allocations from various sources while ensuring the water quality standards being satisfied.

The optimization model involves decisions related to facilities selection, capacity level and location of facilities, allocation of solid waste to facilities, transportation of waste among facilities and distribution of recycled materials.

In particular, we identify a new procedure for determining optimal modifications in the design and operating variables of the process so as to optimize the allocation of process resources and minimize waste discharge.