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Belfast, Northern Ireland, Manila, Philippines, United Kingdom
Very simple person with a simple plan in life. A registered Philippine civil engineer, an urban/environmental planner, a lecturer/tutor; plays badminton, loves to swim, sing and dance; has the passion in drawing, writing reviews/poems and reading, and a photo enthusiast.

Wednesday, 18 May 2016

My first international journal publication available online


 IJRET

Publication for Vol-05 Iss-03, Mar-2016, S.No.92: 
A THREE-LEVEL DISPOSAL SITE SELECTION CRITERIA SYSTEM FOR TOXIC AND HAZARDOUS WASTES IN THE PHILIPPINES
Reynaldo Perez-Ramos

Abstract: One of the perennial problems in managing toxic and hazardous wastes (THWs) generated from industrial activities is the final storage and disposal area for such kind of wastes.  Due to inadequate land surface disposal facility (LSDF) in the country, waste generators are continually practicing the WHIFFY (we-hide-it-freely-for years) approach; consequently becoming a threat to human health and the environment.

Proper site selection for land surface disposal facility requires a consultative process, taking into consideration the various factors that affect the overall siting process towards an effective identification of land to be developed into acceptable and environmentally-safe land surface disposal structures.

This paper attempts to establish a three-level site selection system through a participatory approach; and this is validated using survey questionnaire and secondary data. The establishment of a three-level site selection system facilitates the initial disposal siting process which leads to the development of  technically, socially, environmentally, and politically acceptable disposal facilities for THWs in the Philippines. This paper also recommends basic guidelines to further support the site selection process with the application of computer-based spatial decision support systems such as Geographic Information System (GIS) as part of the land suitability assessment analysis.
Key words: toxic and hazardous wastes, disposal siting, land surface facility, site selection, geographic information system 

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