Journal of Applied Sciences and Environmental Management
World Bank assisted National Agricultural Research Project (NARP) - University of Port Harcourt
Vol. 20, No. 3, 2016, pp. 513-519
Bioline Code: ja16061
Full paper language: English
Document type: Research Article
Document available free of charge
Journal of Applied Sciences and Environmental Management, Vol. 20, No. 3, 2016, pp. 513-519
© Copyright 2016 - Journal of Applied Sciences and Environmental Management
Evaluating the Radiological Health Compliance of some Beach Environments in Delta State|
MOKOBIA, C.E.; ANIKU, T. & AVWIRI, G.
Beaches constitute recreational and resort centres in the environment of which
radiation is part. With respect to radiation protection practice, the International Radiation
Protection bodies from time to time recommend certain exposure limits for different
environments. In this study, a Raderlert 100 radiation meter was used to measure the gamma
radiation levels in four beaches in Delta State, Nigeria. The purpose is to ascertain whether or not
the radiation levels in these resort centres conform with international stipulations and
consequently infer if their respective environments are radio logically health compliant such that
personnel as well as specified members of the public (customers) are not at radiological risk.
Results indicate a dose rate range of (0.010 – 0.015) mRh-1. These are generally higher than the
0.013 mRh-1recommendation of ICRP. Results also indicate an Annual Effective Dose
Equivalent AEDE range of (0.19 – 1.598) mSvy-1 which are higher than the recommended 1
mSvy-1 .Results further indicate an Excess Life Cancer Risk ECLR range of (0.64 – 1.74) x 10-3.
These are higher than the 0.29 x10-3 world average. Thus it is concluded that the radiation levels
in the environments of the studied beaches exceed international radiation regulatory stipulations.
Therefore, in this their present states, these environments are radio logically unhealthy for their
respective workers and members of the public.© JASEM
Radiation levels; Beaches; Radiological health compliance