Proiect PD 440 / 2010:
Project timespan
Project manager
Abstract
Project objectives
Budget
Results
:: În Română
ABSORPTION OF CARBON DIOXIDE BY OXO- AND HYDROXOBISMUTH ORGANOMETALLIC DERIVATIVES WITH NEW PHOSPHORUS CONTAINING PENDANT ARM LIGANDS
Project timespan
2010 (5 months) -- 2011 -- 2012 (7 months)
2010 (5 months) -- 2011 -- 2012 (7 months)
Abstract
The project has major importance because there is no literature data regarding organometallic bismuth derivatives with phosphorus containing pendant arm(s) on one hand and chemical fixation of CO2 is of growing interest due to stringent reduction of atmospheric CO2 concentration, its potential use as C1 source in organic synthesis, and its biological importance on the other hand.
The project has four major objectives:
The project has major importance because there is no literature data regarding organometallic bismuth derivatives with phosphorus containing pendant arm(s) on one hand and chemical fixation of CO2 is of growing interest due to stringent reduction of atmospheric CO2 concentration, its potential use as C1 source in organic synthesis, and its biological importance on the other hand.
The project has four major objectives:
- Synthesis and structural characterisation of new phosphorus pendant arm ligands;
- Synthesis and structural characterisation of mono- and diorganobismuth(III) derivatives using the above mentioned ligands;
- Synthesis of the oxo- and hydroxo- organobismuth derivatives of type L2BiOBiL2, (LBiO)n (n =1, 2) si LmBi(OH)3-m (m = 1, 2);
- Study on the reactivity of the oxo- and hydroxobismuth derivatives towards CO2 absorption, and transfer of CO2 to small organic molecules.
Project objectives
The general objective of the project is the synthesis of new oxo- and hydroxo- organobismuth(III) derivatives with new phosphorus pendant arm ligands and their use for the absorption of CO2 . The original research will be conducted on four main directions:
The general objective of the project is the synthesis of new oxo- and hydroxo- organobismuth(III) derivatives with new phosphorus pendant arm ligands and their use for the absorption of CO2 . The original research will be conducted on four main directions:
- Synthesis and structural characterisation of new phosphorus pendant arm ligands;
- Synthesis and structural characterisation of mono- and diorganobismuth(III) derivatives (LBiCl2, L2BiCl) using the above mentioned ligands;
- Synthesis of the oxo- and hydroxobismuth derivatives of type L2BiOBiL2, (LBiO)n (n =1, 2) si LmBi(OH)3-m (m = 1, 2);
- Study on the reactivity of the oxo- and hydroxoorganobismuth derivatives towards CO2 absorption, and transfer of CO2 to small organic molecules.
BUDGET
Published articlesNAME OF BUDGET CHAPTER | VALUE 2010 (lei) | VALUE 2011 (lei) | VALUE 2012 (lei) | TOTAL VALUE | |
---|---|---|---|---|---|
1 | STAFF EXPENSES (salary + employer contributions) |
38500* | 92400 | 53900 | 184800 |
2 | INDIRECT COSTS | 4850 | 18340 | 7719 | 30909 |
3 | LOGISTICS COSTS | 10000 | 91000 | 23291 | 124291 |
4 | MOBILITY EXPENSES | 0 | 0 | 0 | 0 |
5 | Total | 53350 | 201740 | 84910 | 340000 |
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μ-carbonato-bis{bis[2-(diethylaminomethyl)phenyl]bismuth(III)},
A. P. Soran, M. G. Nema, H. J. Breunig, C Silvestru, Acta Cryst. (2011) E67, m153-m154. -
Diorganobismuth(III) compounds with the pendant arm 2-(Me2NCH2)C6H4 ligand - isothiocyanate, trifluoroacetate and nitrate,
N. G Mihai, H. J. Breunig, A. Soran, C. Silvestru, J. Organomet. Chem. (2012) 705, 23-29. -
Syntheses, solid-state structures, solution behavior of hypervalent organobismuth(III) compounds with 2-(R2PCH2)C6H4
ligands (R= Me, tBu, C6F5),
A. P. Soran, C. Silvestru, Dalton. Trans. (manuscript in draft)