论文代写-电子废物的管理。生产过程的变更-生产过程中所作的变更类型，以减少废物的产生。这可以通过考虑生产过程或回顾当前的操作流程来提高其增长来成功实现(Kahhat, Hieronymi & Williams, 2012)。制定标准操作流程，使原料在生产过程中得到充分利用，原料缺乏生长性，曾是泄漏废物、灌浆泄漏和泄漏。
Reuse of the waste reduction method needs only some small process of management or it needs large new process of equipment. For example, circuit board’s manufacturer can change product i.e. from solvent based to water based Flux and mostly change solvent haze decreased rich parts of detergent washer ( Veit & Bernardes, 2015). Effective method or equipment’s use in the production process can be beneficial for reducing the generation of waste. Newly methods can be used to process material as it is more effective for generating less waste. Changes in the current process method can be a method which is cost effective for the reduction of waste generation. Changes in several circumstances can be a simple change and the materials could be hand over with the process for ensuring that they are not waste ( Mak, 2017). The chemicals (including- Acid, cyanide, caustic, etc.) which are used to stripping off, the electronic good`s coating such as painting or electroplating, are also disastrous waste and should be managed properly ( Robbins , Hintz & Moore, 2013).
Reduction of Volume
The method which is used to remove the disastrous part is known as volume reduction. Generally, these methods remove the volume and the cost of setting off a waste material (Mak, 2017). There are two methods for removing waste stream volume; they are waste concentration and source segregation. In many cases, separation of waste is an economical and simple technique for waste reduction. In the waste products, different metals are treated in a distinct manner, by way of which the metal value in the slurry can be improved. Waste stream concentration can upsurge the likelihood through which material can be reused or recycled (Veit & Bernard, 2016). These techniques comprise gravity and freeze vaporization, ultra filtration, vacuum filtration, reverse osmosis, etc. For illustration, elect component manufacturer uses compaction equipment’ to lessen the volume of waste cathode ray tube.
Reuse and recovery
This method removes waste disposal overheads, lessens raw material cost and it gives revenue from waste which can be resold. Wastes are recuperated by the off-site or an on-site recovery facility or over and done with inter industry exchange. Chemical and Physical methods are provided to reuse a waste material for example, reverse osmosis, condensation, electrolysis, centrifugation electrolytic recovery, filtration, etc., For instance, electrolytic recovery is used by a printed -circuit board manufacturer to reuse metals from tin -lead and copper plating bath (Luther, 2010).
In the other way, recycling of disastrous products has little environmental benefit in an easy way if it changes the disaster into a secondary product which has to be disposed.
Life has become totally dependent on electronic goods. However, when these electronic goods loose its value, then it is treated as e-waste. E-waste does not create any visible mountain like municipal waste never-ending, and it is very difficult, non-biodegradable and toxic waste. The use of a disaster product shall be minimized until the goal is achieved, as recycling is a not good solution.