Explain the classification of solid waste, Civil Engineering

Assignment Help:

Explain the Classification of Solid Waste

 Solid waste can be classified in several different ways. 

  • Putrescible waste - Animal and Vegetable waste From Cooking and
  • preparing food
  • Municipal solid waste- Known to the lay audience as garbage ( durable goods,
  • yard trimmings, containers and packaging)
  • The nature of the material may be important, so classification can be made on the
  • basis of organic, inorganic, combustible, noncombustible, putrescible, and non-
  • putrescible.
  • The classification of solid waste is usually used for choosing the treatment,
  • collection, recycling, and disposal options.
  • The density of solid waste is the mass of solid waste per unit volume.

Related Discussions:- Explain the classification of solid waste

Plagiarism, what is the importance of plagiarism in civil Engeneering

what is the importance of plagiarism in civil Engeneering

Determine the percentage of sand, A certain soil has 99% by weight finer th...

A certain soil has 99% by weight finer than 1 mm, 80% finer than 0.1 mm, 25% finer than 0.01 mm, 8% finer than 0.001 mm. Draw the grain-size distribution curve and determine the pe

Convert reduced bearings into whole circle bearings, Example: Convert t...

Example: Convert the following reduced bearings into whole circle bearings: (i) N 65° E                           (ii) S 43° 15′ E (iii) S 52° 30′ W           (iv)

What is moisture-dry density, Describe why soils are compacted in the field...

Describe why soils are compacted in the field. How is the degree of compaction ensured in the field (i.e., control of field compaction)? Distinguish among 'compaction' and 'consoli

Use of primers in joint sealant, Q. Use of primers in joint sealant? Mo...

Q. Use of primers in joint sealant? Most of the joint sealants applied in concrete joints are adhesive and recommended joint width/depth of joint sealant is from 2:1 to 1:1 as

How to calculate the combined stresses, Compute the stresses at top and bot...

Compute the stresses at top and bottom fibers in a simply supported pre-stressed concrete beam with a rectangular cross section, 250 mm wide and 450 mm deep, as shown in Figure, at

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd