BS EN ISO 13520:2014 is a professional technical standard that sets guidelines and specifications
for the measurement, calculation, and reporting of hydrocarbon quantities in bulk marine vessels.
This international standard provides a consistent and reliable system for determining these quantities,
ensuring accuracy and transparency in the global shipping industry.
The Importance of BS EN ISO 13520:2014
Bulk marine vessels play a crucial role in the transportation of oil, gas, and other petroleum products
across the world. Accurately measuring the quantity of hydrocarbons loaded or unloaded from these vessels
is essential for various reasons. First and foremost, it facilitates fair trade practices, ensuring that
buyers and sellers receive the correct amount of product as stated in their agreements. Additionally,
it helps prevent disputes between parties involved in transactions and minimizes the risk of financial
losses due to inaccurate measurements or fraudulent activities.
Main Guidelines and Specifications
BS EN ISO 13520:2014 extensively covers various aspects related to the accurate measurement and reporting
of hydrocarbon quantities in bulk marine vessels. Some of the key guidelines outlined in this standard
include the appropriate methods for sampling and sample handling, calculation procedures, and acceptable
levels of uncertainty for measurements. It also provides guidance on how to validate and verify measurement
systems used in the industry, ensuring reliability and consistency across different locations and operators.
The Impact on the Shipping Industry
The implementation of BS EN ISO 13520:2014 has greatly benefited the shipping industry. With standardized
procedures and guidelines, it has enhanced transparency, reduced uncertainties, and improved the overall
efficiency of hydrocarbon measurement processes. This, in turn, has fostered trust and confidence among
stakeholders involved in the transportation and trading of oil, gas, and petroleum products. By adhering
to this standard, shipping companies and terminals can ensure accurate measurements, protect their reputation,
and comply with international regulations.
Nina She