B P International

  Water and energy are both vital resources in today's cultures. Their global need is expanding, and they are interrelated and interlinked. The current endeavour aims to investigate the energy system in Crete, as well as the island's water resources, as well as their interdependencies, interlinkages, and synergies. The use of water in the generation of electricity and the manufacturing of fuel is examined, as is the use of electricity in water pumping, transportation, processing, and distribution. According to our findings, the yearly electricity usage in Crete is 4,793 KWh/capita, whereas the annual water consumption ranges from 763.9 M3/capita to 962.2 M3/capita. The main fuels utilised in electricity generation in Crete are imported fuel oil and diesel oil. Solar-PV and wind energy are the most often employed renewable energies for electricity generation. Solar-PV and wind energy generation require limited water resources, whereas brackish and desalinated water are mostly us...

In the last 70 years or more, age-related macular degeneration has been the leading cause of blindness in cold nations. The core section of the retina, the inside rear layer of the eye that records the images we see and transfers them via the optic nerve from the eye to the brain, deteriorates in Macular Degeneration. Despite costly therapy options such as intraocular injections, the incidence and prevalence of ARMD have not changed considerably in recent years. We show in this case report that melanin is a critical component of macular biology, and that once it is addressed, morphological and functional recovery is significant. Author (S) Details Arturo Solís Herrera Human Photosynthesis© Research Centre. Aguascalientes 20000, México. María del Carmen Arias Esparza Human Photosynthesis© Research Centre. Aguascalientes 20000, México. Martha P. Solis-Arias Human Photosynthesis© Research Centre. Aguascalientes 20000, México. View Book :- https://stm.bookpi.org/NFMMR-V7/arti...

Aims: The objectives of the research are to examine the awareness and efficiency of the renewable energy law in Ghana; determine the main source for energy generated by the VRA, GRIDCO, and ECG; determine the distribution gap and find out how effectively these corporations are making use of the other resources to generate electric energy in Ghana. Study Design: Purposive Sampling technique study design. Place and Duration of Study: Volta River Authority, Ghana Grid Company, Electricity Company of Ghana, Ghana, between April 2016 and August 2016. Methodology: We included sampled employees from the Volta River Authority, Ghana Grid Company, Electricity Company of Ghana. A total of 300 employees of the three organizations were selected for the research. The study employed a purposive sampling technique in selecting the employees from the three organizations. Results: Data collected was analyzed using appropriate descriptive and inferential statistics. Results re...

The transportation sector consumes more than two-thirds of oil supplies in the United States each year and accounts for approximately one-third of the United States carbon dioxide emissions. A draft of the Fourth U.S. Climate Action Report states that the current United States climate policy will culminate in the emission of 9.2 billion tons of greenhouse gases in 2020, which represents a 19 percent increase from 2000 levels. These higher levels of greenhouse gases contribute to rising temperatures while causing numerous transportation problems as abnormally hot days become more frequent and extreme. Due to the threat of such impacts and the finite supply of oil, myriad players in the transportation industry are researching conservation measures and alternative energy as well as the development of infrastructure and attitudes that promote emission reductions. This research examines a variety of practical and feasible solutions to decreasing greenhouse gases within the transportation...

A theoretical study on the effects of a moderate amount of sulfur when used as substituent impurity in place of oxygen in zinc oxide at its crystal form using Density Functional Theory (DFT). S-substituent amounts in percent go from 0.1% up to 1.0% and we analyze modifications in the crystal properties such as lattice characteristics, total energy, and gap energy. Lattice parameter c increased slightly as S-substituent percent increased, lattice parameter a had an opposite behavior because it decreased as the S-substituent increased and c/a rate had ups and downs but with very slight variation between consecutive values. Total energy calculations showed an increasing trend at all times and binding energy showed a decreasing trend at all times as the substituent percent increase but the variation between consecutive points was small. Gap energy had a decreasing trend with a maximum variation of 6.57% at 1.0% S substituent from pristine ZnO. In order to correct the DFT underestimation...