Journal of Energy Conservation

 

Special Issue On -   Renewable energy and Green practices

 

Special issue By -   Dr. Syed Abdul Rehman

This special issue calls for original papers with important and novel contributions related to – “Renewable energy and Green practices ”

 

Topics of interests include

• Green energy
• Bio-fuels
• Solar energy
• Energy efficiency
• Global warming
• Climate change
• Environmental degradation
• Wind energy
• Sustainable economic growth
• Ecological business practices

We look for high quality publications on - "Renewable energy and Green practices ".

Reviews which include the comparative view, Original research papers as well as short communications and letters on new developments and applications are welcome and are to be written in Standard English. Formatting a manuscript with headings and Sub headings is necessary and views are to be presented clearly. New approaches are mainly in interest.

To cover the costs of publication, an Article Processing Charge is essential and the charge levied for each article of any type upon acceptance is $630 USD.

Metrics:

Acceptance period: 14 days from the submitted date People involved: Dr. Syed Abdul Rehman  - Editor

The importance and need for this special issue:
Sustainable energy refers to the use of natural environmental cycles to generate an infinite supply of energy that is nonpolluting. Renewable energy offers renewability and cleanliness as two advantages over conventional energy. Renewable energy includes solar energy, hydro-power, wind energy, marine energy, geothermal energy, hydrogen power, and biomass energy. A number of people also call these “green energies”
Sustainable energy is renewable and low in pollution and energy consumption. In addition, it is unaffected by energy shortages. However, they are influenced by natural conditions—for example, hydraulic, wind, and solar power generation are all necessarily dependent on resource availability. In addition, investment and maintenance costs are high, and efficiency is low. Therefore, the costs of power generation are high. A number of scientists are seeking new technologies and methods for improving renewable energy. Renewable energy is certain to play an increasingly critical role as Earth’s resources are depleted. 

 

Special Issue On -   Pressure Swing Adsorption System to Separate Nitrogen, Methane and Ethane from the Petrochemical Flare Gas

 

Special issue By -   Dr. Javadi Shokroo

 

This special issue calls for original papers with important and novel contributions related to – “Pressure Swing Adsorption System to Separate Nitrogen, Methane and Ethane from the Petrochemical Flare Gas ”

 

Topics of interests include

• Flare gas recovery
• Nitrogen recovery
• Methane recovery
• Ethane recovery
• Pressure swing adsorption
• Pilot plant experiments

We look for high quality publications on - "Pressure Swing Adsorption System to Separate Nitrogen, Methane and Ethane from the Petrochemical Flare Gas ".

Reviews which include the comparative view, Original research papers as well as short communications and letters on new developments and applications are welcome and are to be written in Standard English. Formatting a manuscript with headings and Sub headings is necessary and views are to be presented clearly. New approaches are mainly in interest.

To cover the costs of publication, an Article Processing Charge is essential and the charge levied for each article of any type upon acceptance is $630 USD.

Metrics:

Acceptance period: 14 days from the submitted date People involved: Dr. Javadi Shokroo  - Editor

The importance and need for this special issue:
The main object of this special issue was to applying a pilot plant to simultaneously nitrogen, methane and ethane separation from a flare gas in a domestic industrial petrochemical unit. In order to realization of experimental section, a two-stage semi-industrial unit was set-up in FAPKCO Engineering Group of Iran with a length of 70 cm, an i.d. of 4.5 cm and also equipped with control and analysis systems of feed and product streams. To investigate the PSA unit, a 6-step cycle includes steps as: Pressurization with feed, Adsorption, Equalization to Depressurization, Blow Down, Purge and Equalization to Pressurization. The experiments are designed in a way to take into account the effect of adsorption step pressure, purge flow rate, adsorption step time, and length of the absorbent layer and also feed flow rate on process performance. The operation pressure was considered in range of 9-13 bar. In addition, the simulation of the PSA process using axially dispersed plug flow model, three-component Langmuir-freundlich adsorption isotherm model and linear driving force model was made by using MATLAB® software and Rang-Kutta Gill scheme to reach a sufficiently high study. Therefore, theoretical and empirical results are presented.