Solid fuels are raw materials commonly used in energy production, including coal, biomass, lignite and other fossil-based fuels. In today's industry, most of the energy needs are provided from these sources. With their high energy density and wide range of uses, solid fuels play a critical role in the power sector, industrial plants and heating applications. However, the performance and environmental impacts of these fuels vary greatly depending on their composition. Therefore, it is extremely important for solid fuel production and trading companies to accurately assess the quality, energy value and environmental impacts of fuels. Our laboratory offers comprehensive analysis of solid fuels with accredited analysis methods and modern instruments, supporting businesses to use these fuels efficiently and sustainably.

 

Our Analysis Services:

• Calorific Value Analysis (Lower and Upper Heating Value): Calorific value, which shows how much energy the fuel can provide, directly affects the efficiency of energy production processes. This analysis helps determine the economic value of the fuel and provides cost advantages to businesses.
• Moisture Analysis: The moisture content of solid fuel has a direct impact on combustion efficiency and storage conditions, reducing the energy value of the fuel. Moisture analysis ensures fuel quality control and optimizes operating costs.
• Ash Analysis: The amount of ash remaining in the fuel after combustion is an important environmental and operational indicator. A low ash content ensures cleaner combustion and reduces waste management costs. Ash analysis is also an important criterion in determining the suitability of the fuel for its intended use.
• Volatile Matter Analysis: The volatile components released by the fuel during combustion determine the combustion characteristics and the suitability of the fuel for processing. This analysis plays a critical role in evaluating the combustion characteristics of fuels with high volatile matter content.
• Elemental Analysis (Carbon, Hydrogen, Nitrogen, Sulphur and Oxygen): In order to determine the environmental impact, emission profiles and fuel quality of solid fuels, basic elements such as carbon, hydrogen, nitrogen, sulfur and oxygen are analyzed. In particular, controlling the amount of sulfur is important for reducing emissions and preventing harmful effects on the environment.

Analyzing solid fuels enables businesses to use their resources more efficiently and keeps raw material quality under constant control. Analyses guide companies in making strategic decisions to increase the energy efficiency of the fuel, reduce environmental impact and reduce operating costs. Our laboratory makes a difference in the sector with its long years of experience in quality assessment of solid fuels, compliance with international standards and reliable analysis results. We are proud to serve a wide range of customers from fuel suppliers to energy producers, providing reliable data to help our business partners achieve their goals. By cooperating with our laboratory, which offers customized solutions and fast, accurate analyzes, you can have a reliable solution partner in your business's quality control processes related to solid fuels.