A Concise and Accurate Title of the Work

First Authora, Second A. Presenterb, Third Authora, and Final Authorb

aDepartment, Faculty, University, Town, Country, e-mail: first.author@um.es 
bAnother Institution, Town, Country, e-mail: second.author@um.es

Keywords: Keyword 1, Keyword 2, …, Keyword 5 or 6.
1	Abstract (no more than 200 words)
The body of the abstract starts here. Please, do not change the layout of this template (page margins, line spacing, character and paragraph formatting, etc.). Do not create a hyperlink in the e-mail address that change the colour and font size. If your word-processor creates it automatically, remove it using the right mouse button. All equations, formulas, schemes, drawings, etc. should be inserted as objects. If you do so, please check that the Wrapping style (It can be found in the main menu commands Format Object or Format Picture. In any language mutation of MS Word, it is easily recognized as five radio buttons in a form of dog icons.) is 'In line with text' (the first radio button on the left-hand side). It is recommended to avoid a direct use of the drawing tools of MS Word including some symbols. It is better to insert such drawings in a graphic format (bmp, tiff, jpg, etc.).
2	Introduction
The body of the introduction section starts here. It should contain the formulation of the scientific problem and the reference to the previous studies dealing with this subject. The references in the text should follow the Harvard style. The examples include (Author1 and Author2, 1996), (Author et al., 2001a).
3	Theoretical
This section should contain the new scientific solution of the problem or description of the computational methods used. If you refer to chemical reactions, they should be labelled with capital letters as shown below.
		(A)
		(B)
A longer section(s) can be divided into subsections.

3.1	MATHEMATICAL MODELLING
3.1.1	Model 1
If you use mathematical equations, you should number them. The same applies when you refer to equations in the text, e.g. eqn (2) was used.
PV = nRT			(1)
xA + xB = 1			(2)
H = ncpT			(3)
In equations, the symbols of variables should be written in italics (n, R, T, H, ...). The sub- or superscripts should be written in normal style (e.g. xA) unless they represent a physical quantity such as pressure in the symbol of cp. The meaning of the symbols should be explained immediately below the equation.
The drawings of structural formulae of chemical compounds should be labelled with Roman numerals, e.g.

(IV)

4	Experimental
Experimental section should contain the basic information about chemicals, experimental and analytical equipment, experimental as well as mathematical techniques, used to obtain the results presented. Please, do not include the detailed information about well-known facts or previously published techniques. Minimize the use of illustrative figures (mainly set-up and equipment schemes).
5	Results and Discussion
This section should contain the description of original data presented in the form of tables and figures. Original results derived from presented data should be explained and discussed in the text. The tables and figures should be numbered, both starting from 1 and referred to as Fig. 1, Table 1. Tables and figures should be included into the text. When introducing a new table, use the following form:
Table 1. Evolution of the reaction mixture composition with time obtained in an adiabatic batch reactor.
t/min	0	5	10	30	60	240	
cAA*/(mol dm-3)	2.01	1.56	1.00	0.65	0.52	0.49	
cP/(mol dm-3)	5.00	4.60	3.89	3.60	3.45	3.46	
* Not measured, but calculated using the material balance.
Please, carefully keep the IUPAC recommendations for the use of SI units and symbols of quantities, for example, 2 h, 0.5 m s-1, 258.5 cm3 h-1, 25 W, 1017.5 m6 mol-1 s-1 kg-1, etc.
Prior submitting your manuscript, test whether all details of your figures (line thickness, axis and figure labels) are visible. When introducing a new figure, please keep in mind the following recommendations:
Graphs should be included in a proper place in the manuscript body and their size should not exceed 8  8 cm in order to match with the text size. If a series of graphs is included into one figure (e.g. 6a and 6b), letters a and b put preferably into the left top corner of the drawings (otherwise use the right top corner). If you include the Symbols section, for the axis description use the variable symbol (written in italics) instead of the whole variable name (e.g. use T/K instead of temperature/K).
Insert figures into your file using 'Insert Picture' or 'Paste Special' command. 
A sample of figure is presented below. 

Figure 1. Substrate concentration variation with time measured at 16 °C () and 35 °C (■) and at pH of 4.5.
6	Conclusion
In this chapter you should summarise the most important achievements presented in this article.

Acknowledgements. Here follows the acknowledgement text (optional).
Symbols
This optional section is useful if the symbols are used repeatedly throughout the text. It should be prepared in a form of a table containing the symbols of variables in alphabetic order in the first column, the variable names in the second one, and the variable units in the third one.

Bih	dimensionless parameter (= aRP/lu)		
C	molar concentration	mol m-3	
cp	specific heat capacity	J kg-1 K-1	
E	activation energy	J mol-1	
T	temperature	K	
GREEK LETTERS
	heat transfer coefficient	W m-2 K-1	
	dimensionless activation energy (=)		
p	porosity of particle		
SUBSCRIPTS
C	carbon	
g	gas phase	
References
This section contains full citations in alphabetic order of authors. For more examples, look the instructions for authors of Biocatalysis and Biotransformation.
(http://www.tandf.co.uk/journals/authors/gbabauth.asp)

Boy, M., Dominik, A. and Voss, H. (1999) Fast determination of biocatalyst process stability. Process Biochem. 34,  535-547.