Enos Kiremire

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Prof Enos Kiremire
Born	1945-02-15 Bwanga, Nyarushanje Rukungiri district
🏳️ Citizenship	Ugandan
🎓 Alma mater	*Bsc. Chemistry PhD in Inorganic chemistry
💼 Occupation	Chemist
👔 Employer	National Planning Authority of Uganda
Known for	Chemical Research
Notable work	Discovery of antimalarial compounds Discovery of natural laws of chemical clusters
Board member of	National Planning Authority of Uganda

Enos Masheija Rwantale Kiremire (born 15th February, 1945) is a Ugandan chemist, author and an educator. He is a retired professor of inorganic chemistry, taught at the University of Namibia. He is board member at National Planning Authority of Uganda.

Background and education

Kiremire was born in Bwanga village, Nyarushanje sub county Rukungiri district, western Uganda to a family of Mr. Yowasi Kiremire and Late Erivaida Kineiremu.

Kiremire went to Katungu church school (1953 to 1955), Karukata Primary School (1956) and Kakyinga Primary School Kebisoni (1957 to 1958) for his primary education, he was admitted at Kihanga Junior Secondary school in Rukiga (1959). He went to Kigezi College Butobere, Kabale for Ordinary level from 1961 to 1964, he attended Makerere College School Kampala for Advanced level. He holds a bachelors degree of science in chemistry from Makerere University which he got in march 1970. He has a PhD in Inorganic Chemistry specialising in the chemistry of trasitional metals from the University of New Brunswick.

Career

Kiremire worked at Namulonge Research Centre as a soil chemist from April to July 1970 and then worked as a special assistant at chemistry department from July 1970 to 1971. In 1971, he moved to Canada as a commonwealth Scholar where he studied his PhD. Kiremire worked as a Professor at University of Namibia under the department of chemistry and biology from 2006 to 2016.

Kiremire is a board member at National Planning Authority of Uganda.

Discovery of anti-malarial compounds

Kiremire, while at the Univerity of Namibia synthesised compounds using the trasitional metals that were active against the malaria parasites. These compounds were patented both locally in Namibia and internationally by World Intellectual Property Organisation (WIPO) in Switzerland where seven of the compounds were recognised and approved in 2011.

Discovery of natural laws of chemical clusters

Kiremire discovered the natural rules for groups of chemicals under the Chemical Cluster Theory. This theory looks at all chemicals and their original elements as groups. This is because the simple math created for this idea works for chemicals grouped together or for single elements. The atomic number (Z) lets scientists put chemical elements into rows (Periods) and columns (Groups) called a periodic table. This helped understand how elements combine, like Hydrogen (H) and Oxygen (O) making Water (H2O), or Nitrogen (N) and Hydrogen (H) making Ammonia (NH3).

The use of skeletal number (K) made it possible to arrange not just compounds, but also their elements, into a bigger chart of groups and rows called a skeletal formula. It was found that all chemical elements have skeletal numbers as fractions, however, the compounds made from these elements and their related forms have whole numbers. The fact that compounds make whole numbers is one of these natural rules. By using skeletal numbers, many kinds of chemical clusters and their shapes can now be understood. These include groups like Boranes, Metalloboranes, Metal Carbonyls, Golden Clusters, and Zintl Ions.

Books published

Kiremire has published books in chemistry field in many languages such as English, Spanish, and German.

examples of English books include;

• Application of Skeletal Numbers to Categorize Chemical Clusters
• Analyzing Transition Metal Carbonyl Clusters Using Skeletal Numbers
• Order of Chemical Clusters: Skeletal Numbers and Cluster Trees
• Generating Functions of Cluster Formulas
• The Capping Theory of Chemical Clusters: Based on 12N/14N Series
• The New Cluster Theory as a Vital Companion for Refined X-ray Crystal Structural Analysis of Chemical Clusters
• A Simple Graph Theory of Zintl and Matryoshka Clusters
• A New Approach to Cluster Theory of Chemical Clusters
• The Proof of the Double Capping of Chemical Clusters: Clusters
• The Main Group and Transition Metal Elements: And Their Clusters Obey the Principle of S=4n+q Series and Their Skeletal Numbers
• The Natural Topology of Chemical Clusters
• The Concept of a Chemical Cluster Nucleus
• The Art of Charge and Ligand Distributions
• Categorization and Identification of Metallic Catalytic Centers

Examples of books in other languages;

other languages

  French

• La Valence Squelettale et le Paramètre K(n)
• L'Art de la Distribution des Charges et des Ligands
• La Topologie Naturelle des Clusters Chimiques
• Le Code Secret: Pour la Formation de Carbonyles de Métaux de Transition

 German

• Die Kunst der Verteilung von Ladungen und Liganden
• Die Skeletale Valenz und das Parameter K(n)
• Die Natürliche Topologie von Chemischen Clustern
• Der Geheimcode: Zur Bildung von Übergangsmetallcarbonylen

 Italian

• La Valenza Scheletale e il Parametro K(n)
• L'Arte della Distribuzione delle Cariche e dei Ligandi
• La Topologia Naturale degli Ammassi Chimici
• Il Codice Segreto

 Spanish

• La Teoría de los Anillos y la Génesis del Petróleo y el Gas
• El Verdadero Significado de la Teoría de la Convergencia de los Grupos Químicos
• La Prueba del Doble Tapado de los Grupos Químicos

  Portuguese

• A Valência Esquelética e o Parâmetro K(n)
• A Arte da Distribuição de Cargas e Ligandos
• O Código Secreto: Para a Formação de Carbonilos Metálicos de Transição
• A Topologia Natural dos Aglomerados Químicos

  Polish

• Sztuka Rozkładu Ładunków i Ligandów
• Wartość Szkieletalna i Parametr K(n)
• Dowód na Podwójne Ograniczenie Klastrów Chemicznych

  Dutch

• Het Bewijs van de Dubbele Aftopping van Chemische Clusters

Articles published

Kiremire has published a number of articles which include;

• The K value enumeration of hydrocarbons alkanes, alkenes and alkyne

• Reactions of Coordinated Nitrosyl Ligands

• SYNTHESIS, COORDINATION AND STRUCTURE OF MIXED LIGAND COPPER (II) COMPLEXES OF IMINODIACETIC ACID AND HIPPURIC ACID

• Synthesis and characterization of mixed ligand cobalt (II) complexes of nitrilotriacetic acid and hippuric acid

• Mössbauer effect study of iron(III)–inidazolidine nitroxyl-free radical ligand complex

• Voltammetric Studies of the Reactions of Imidazolidine Nitroxyl Free Radical with Vanadium Pentoxide, Chromium(III) Acetate and Manganese(III) Acetylacetonate

• Partial and ligand field terms

• Hole formalism and its effect on partial and RS terms

• A numerical algorithm technique for deriving Russell-Saunders (R-S) terms

• ChemInform Abstract: THE SYNTHESIS AND CHARACTERIZATION OF THE FIRST TRIMETHYLHYDRAZIDO(1-) COMPLEX OF TITANIUM (CPTICL2(NMENME2)) (CP = η5-C5H5, ME = CH3)

• The synthesis and characterization of the first trimethylhydrazido(1-) complex of titanium [CpTiCl2(NMeNMe2)] (Cp = η5-C5H5, Me = CH3)

• Electrophilic behaviour of co-ordinated nitrogen mono-oxide: Preparation and reactions of halogenonitrosylbis[o-phenylenebis(dimethylarsine)]osmium complexes

• Formation of penta-ammine(dinitrogen)- and cis-tetra-amminehydroxo-nitrosyl-ruthenium from penta-amminenitrosylruthenium and hydroxide ion

• ChemInform Abstract: REACTION OF PENTA-AMMINENITROSYLRUTHENIUM WITH HYDROXIDE ION, FORMATION OF PENTA-AMMINEDINITROGENRUTHENIUM AND CIS-TETRA-AMMINEHYDROXONITROSYL-RUTHENIUM

• Reaction of penta-amminenitrosylruthenium with hydroxide ion: Formation of penta-amminedinitrgenruthenium and cis-tetra-amminehydroxonitrosyl-ruthenium

See also

• University of Namibia
• National Planning Authority
  

References

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