What is BS EN ISO 5108:2016?

Introduction

BS EN ISO 5108:2016 is a professional technical standard that provides guidelines for the determination of the gross calorific value of solid mineral fuels. This international standard specifies the measurement methods to be used and the corresponding calculation procedures.

Purpose and Scope

The purpose of BS EN ISO 5108:2016 is to establish a standard method for determining the gross calorific value of solid mineral fuels, such as coal, coke, and other related solid fuels. The standard aims to provide consistent and accurate measurements of the fuel's calorific value, which is essential for various industries, including power generation, steel production, and heating system design.

Measurement Methods

The standard defines two main measurement methods for determining the gross calorific value of solid mineral fuels: the bomb calorimeter method and the calculated method using the elemental composition. The bomb calorimeter method involves burning a sample of the fuel in a controlled environment and measuring the heat released. The calculated method uses the elemental composition of the fuel to estimate its calorific value based on specific formulas provided in the standard.

Calculation Procedures

BS EN ISO 5108:2016 provides detailed calculation procedures for both the bomb calorimeter method and the calculated method. These procedures consider factors such as the moisture content, ash content, and hydrogen content of the fuel, which can affect its calorific value. The standard ensures that the calculations are carried out consistently and accurately, enabling reliable comparison and analysis of different solid mineral fuels.

In conclusion, BS EN ISO 5108:2016 plays a crucial role in the determination of the gross calorific value of solid mineral fuels. By providing standardized measurement methods and calculation procedures, the standard ensures that accurate and reliable data is obtained. This allows industries to make informed decisions regarding fuel selection, energy efficiency, and environmental impact.