• No results found

Removal of Cu(II) Heavy Metal from Aqueous Solution Using Natural Adsorbent - Saw Dust

N/A
N/A
Protected

Academic year: 2020

Share "Removal of Cu(II) Heavy Metal from Aqueous Solution Using Natural Adsorbent - Saw Dust"

Copied!
11
0
0

Loading.... (view fulltext now)

Full text

Loading

Figure

Table 2: Effect of adsorbent dosage Cu(II) heavy metal adsorptionfor contact time 30 min
Figure 2: Percentage removal of Cu(II) heavy metal with contact time
Table 5: Effectofinitialionconcentrationon Cu(II) heavy metal adsorption
Table 6: Effect of pH on Cu(II) heavy metal adsorption
+3

References

Related documents

broader trade agreem ent with Mexico is desirable. But there will be little to trade for the U.S. if Mexico does not experi­ ence strong

Results: The following barriers in different steps of randomized clinical trials were identified: general barriers include insufficient knowledge and understanding of

Hence, based on the theoretical premise of Hutcheon’s theory of adaptation; attempt is made in the analyses of the case studies to prove that Sampson- Akpan achieved side

This study aims to contribute to the understanding of the kind of verbs used in the discussion of theses by comparing and contrasting verbs in three different types of theses based

We study the spectrum on the imaginary axis of the underlying operator which corresponds to the M/G/1 queueing model with exceptional service time for the first customer in each

We conducted an open cohort study with nested case – control analysis of patient medical data from the UK ’ s Clinical Practice Research Datalink (CPRD).. In the UK, the

The protocol is built in the Coding Modules, which is present in all application and modules responsible for managing the FTT-Enabled switch namely: SNMP subagent module,

in neurodegeneration and neuroinflammation, we restored β -hexosaminidase selectively in the neurons HexB − / − mice targeting the expression of the human HEXB by the Thy1