Solid Fuels Testing Services

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Description for Indiamart Listing:

Are you in search of reliable and accurate testing services for your Agricultural Waste Briquettes? Look no further! At Sadguru Research and Analysis Laboratory (SRAL), we specialize in providing NABL-accredited analytical testing for Agricultural Waste Briquettes, a type of solid fuel. Our state-of-the-art facility in Kolkata, West Bengal, India, is equipped to meticulously assess the quality and composition of your briquettes, ensuring they adhere to industry specifications.

Testing Standards and Parameters:

We perform comprehensive testing on Agricultural Waste Briquettes in accordance with the following industry standards:

1. IS 1350 (Part 1): Agricultural Waste Briquettes for Solid Fuel – Specifications

2. IS 1350 (Part 2): Methods of Test

Test Methods and Technical Parameters:

Our testing process employs advanced methodologies and technical parameters to evaluate the quality of Agricultural Waste Briquettes. Our services include, but are not limited to, the following essential tests:

1. Moisture Content (IS 1350 Part 2 Method): Determination of moisture content, ensuring optimal combustion efficiency.

   Technical Parameter: Moisture content is measured and reported as a percentage, indicating the water content present in the briquettes.

2. Ash Content (IS 1350 Part 2 Method): Measurement of ash content, vital for assessing combustion performance and residue generation.

   Technical Parameter: Ash content is quantified as a percentage, reflecting the inorganic residue left after combustion.

3. Calorific Value (IS 1350 Part 2 Method): Calculation of the calorific value, a key indicator of the energy output.

   Technical Parameter: Calorific value is expressed in Mega Joules per kilogram (MJ/kg), representing the amount of energy released upon combustion.

4. Density (IS 1350 Part 2 Method): Determination of briquette density, influencing storage, transportation, and combustion characteristics.

   Technical Parameter: Density is measured in grams per cubic centimeter (g/cm³), illustrating the compactness of the briquettes.

5. Compressive Strength (IS 1350 Part 2 Method): Assessment of briquette integrity and durability.

   Technical Parameter: Compressive strength is reported in Newtons per square millimeter (N/mm²), gauging the resistance of briquettes to breakage.

6. Sulfur Content (IS 1350 Part 2 Method): Quantification of sulfur content, crucial for environmental compliance and emissions control.

   Technical Parameter: Sulfur content is expressed as a percentage, indicating the sulfur concentration in the briquettes.

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Description: Welcome to Sadguru Research and Analysis Laboratory (SRAL), a distinguished NABL-accredited analytical testing facility in Kolkata, West Bengal, India. We specialize in conducting meticulous testing for various categories, including SOLID FUEL, in adherence to NABL standards. As experts in the field, we proudly offer comprehensive testing services for Bagasse Briquettes, a sustainable and eco-friendly energy source.

Our Bagasse Briquettes Testing Services Cover: We meticulously analyze Bagasse Briquettes to ensure they meet the highest quality standards and specifications. Our testing includes the assessment of critical parameters, such as calorific value, moisture content, ash content, volatile matter, and fixed carbon, all of which significantly impact the briquettes' combustion efficiency and overall performance.

Testing Standards: Our laboratory adheres to internationally recognized standards to ensure accurate and reliable testing results. We conduct Bagasse Briquettes testing in accordance with ASTM (American Society for Testing and Materials) and IS (Indian Standards) guidelines, among others, guaranteeing the credibility of our testing methods.

Test Methods and Technical Parameters:

1. Calorific Value (ASTM D5865 / IS 1350 Part 3): Measure of the energy content of Bagasse Briquettes, crucial for assessing their combustion efficiency.

2. Moisture Content (ASTM D3302 / IS 1350 Part 2): Determines the presence of moisture in briquettes, which affects their burning characteristics and overall heat output.

3. Ash Content (ASTM D1102 / IS 1350 Part 4): Quantifies the non-combustible mineral content in briquettes, impacting their combustion efficiency and environmental impact.

4. Volatile Matter (ASTM D3175 / IS 1350 Part 6): Measures the volatile components released during briquette combustion, providing insights into their ignition and burn rate.

5. Fixed Carbon Content (ASTM D3172 / IS 1350 Part 5): Assesses the proportion of non-volatile carbonaceous material, influencing briquettes' heat generation and combustion behavior.

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Description: Discover reliable and accurate testing solutions for Sewage Sludge Briquettes at Sadguru Research and Analysis Laboratory (SRAL), a distinguished NABL-accredited analytical testing facility based in Kolkata, West Bengal, India. Our advanced laboratory specializes in testing Solid Fuel categories, ensuring compliance with rigorous standards and regulations.

About Sewage Sludge Briquettes Testing: Sewage Sludge Briquettes are a sustainable and eco-friendly source of energy derived from treated sewage sludge. At SRAL, we offer comprehensive testing services for Sewage Sludge Briquettes, adhering to the highest industry standards. Our expert team employs state-of-the-art equipment and internationally recognized methods to assess the quality, safety, and performance of these briquettes.

Key Standards: Our testing procedures for Sewage Sludge Briquettes are conducted in accordance with the following standards:

• ISO 17225-3:2014 - Solid biofuels - Fuel specifications and classes - Part 3: Sewage sludge briquettes for non-industrial use
• ASTM E790-10: Standard Test Method for Residual Moisture in a Refuse-Derived Fuel Analysis Sample

Comprehensive Test Parameters: Our testing regimen covers a wide array of technical parameters, ensuring a thorough evaluation of Sewage Sludge Briquettes:

1. Calorific Value: Determine the heating value, measuring energy content (MJ/kg or kcal/kg) per ISO 1928:2016.
2. Moisture Content: Assess residual moisture content using ASTM E790-10, indicating proper drying and storage.
3. Ash Content: Quantify the non-combustible inorganic content, vital for combustion efficiency.
4. Volatile Matter: Measure the volatile compounds released during combustion, crucial for ignition and combustion behavior.
5. Sulfur Content: Analyze sulfur levels (ISO 18122:2015) to ensure adherence to environmental and regulatory limits.
6. Density: Evaluate briquette density (kg/m³) for combustion and storage considerations.
7. Particle Size Distribution: Determine the range of particle sizes, ensuring optimal combustion performance.
8. Mechanical Durability: Assess briquette strength and durability to withstand handling and transportation.

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Description: At SRAL, we provide meticulous testing services for Sawdust Briquettes in accordance with the highest industry standards. Sawdust Briquettes are an eco-friendly and efficient source of energy derived from compressed sawdust, often used for heating and cooking purposes. Our accredited testing facility ensures that these briquettes meet the stringent requirements set by relevant authorities, ensuring their safety, efficacy, and adherence to specifications.

Standards: Our testing for Sawdust Briquettes adheres to various national and international standards, including but not limited to:

• ASTM D1102: Standard Test Method for Ash in Wood
• ISO 17225-1: Solid Biofuels - Fuel Specifications and Classes - Part 1: General Requirements
• EN 14961-1: Solid Biofuels - Fuel Specifications and Classes - Part 1: General Requirements

Test Method and Technical Parameters: Our advanced testing process involves the following comprehensive steps:

1. Moisture Content (ASTM D3173 / ISO 18134-2): Determination of moisture content ensures optimal combustion and energy efficiency. Moisture content is analyzed to be below 10% for high-quality Sawdust Briquettes.

2. Ash Content (ASTM D1102 / ISO 17225-1): The ash content affects combustion efficiency and cleanliness. We ensure that the ash content is within the specified limits, typically below 8%.

3. Calorific Value (ISO 1928 / ASTM D5865): Measuring the calorific value provides valuable insights into energy potential. Our testing guarantees a high calorific value, typically exceeding 17 MJ/kg.

4. Density and Durability (ISO 17829 / EN 15210-1): Density and durability influence storage and handling. We verify that the briquettes have a density of around 600 kg/m³ and a durability of over 95%.

5. Fines Content (ISO 17828 / EN 15210-2): Fines content affects combustion behavior. Our analysis ensures fines content is minimized, typically below 1%.

6. Sulfur Content (ISO 16994 / ASTM D4239): Sulfur content assessment is crucial for environmental and health considerations. Our testing maintains sulfur content below 0.1%.

7. Particle Size Distribution (ISO 17828 / ASTM E11): Particle size affects combustion rate and efficiency. We ensure the briquettes have an optimal particle size distribution for efficient burning.

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Description: Welcome to Sadguru Research and Analysis Laboratory (SRAL), your trusted NABL-accredited analytical testing partner in Kolkata, West Bengal, India. We specialize in meticulous testing of solid fuel products, including Animal Waste Briquettes, meeting the highest industry standards. Our state-of-the-art facility offers a wide range of tests to ensure the quality, efficiency, and compliance of your animal waste briquettes.

Product Category: Solid Fuel Test Focus: Animal Waste Briquettes

At SRAL, we understand the importance of precise testing for Animal Waste Briquettes in compliance with NABL standards. Our experts employ internationally recognized test methods to assess various aspects of your product, ensuring it meets the required specifications. Our comprehensive testing includes:

1. Calorific Value Determination (ASTM D5865 / IS 1350 Part 1): Measure the energy content of animal waste briquettes to ensure optimal fuel efficiency.

2. Moisture Content Analysis (ASTM D2015 / IS 1350 Part 2): Accurate assessment of moisture levels for consistent combustion and reduced emissions.

3. Ash Content Determination (ASTM D1102 / IS 1350 Part 3): Evaluate the inorganic residue after combustion, vital for assessing the quality of briquettes.

4. Volatile Matter Assessment (ASTM D3175 / IS 1350 Part 4): Determine the proportion of volatile components, aiding in combustion control.

5. Sulfur Content Analysis (ASTM D4239 / IS 1350 Part 5): Measure sulfur levels to prevent environmental pollution and corrosion.

6. Density and Bulk Density Estimation (ASTM D440 / IS 1350 Part 6): Evaluate the compactness and porosity of briquettes for efficient storage and transportation.

7. Particle Size Distribution (ASTM D5865 / IS 1350 Part 7): Assess the size consistency of briquettes for uniform combustion.

Our Testing Method: Our meticulous testing process involves state-of-the-art equipment and adherence to standardized methods, ensuring accurate and reliable results. Our experienced technicians carefully follow these steps:

1. Sample Preparation: We prepare representative samples ensuring they are properly homogenized and free from contaminants.

2. Calorific Value Determination: Using advanced calorimeters, we measure the heat energy released during combustion, providing insight into the briquettes' performance.

3. Moisture, Ash, Volatile Matter Analysis: Employing specialized furnaces and analytical balances, we determine the moisture, ash, and volatile matter content precisely.

4. Sulfur Content Testing: We use high-precision instruments to analyze sulfur content, aiding compliance with environmental regulations.

5. Density and Bulk Density Measurement: Our laboratory experts measure the density and bulk density of briquettes, ensuring optimal packaging and storage.

6. Particle Size Distribution Assessment: Utilizing sieving techniques, we determine the particle size distribution for consistent combustion.

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Description:

Discover reliable testing solutions for Smokeless Biomass Briquettes at Sadguru Research and Analysis Laboratory (SRAL) in Kolkata, West Bengal, India. Our NABL-accredited analytical testing facility specializes in verifying the quality and compliance of these eco-friendly solid fuels.

Standards and Specifications: Our meticulous testing adheres to various international and national standards, ensuring accurate assessment of Smokeless Biomass Briquettes, including but not limited to:

• IS 1350 (Part 1): 1984 - Methods of Test for Coal and Coke, Proximate Analysis (Moisture, Volatile Matter, Ash, Fixed Carbon)
• IS 1350 (Part 2): 1984 - Methods of Test for Coal and Coke, Ultimate Analysis (Carbon, Hydrogen, Nitrogen, Sulfur, Oxygen)
• IS 1350 (Part 3): 2011 - Methods of Test for Coal and Coke, Determination of Calorific Value
• ASTM D5865 - Standard Test Method for Gross Calorific Value of Coal and Coke
• ASTM D1102 - Standard Test Method for Ash in Wood, Pulp, Paper, and Paperboard
• NABL 112 - Solid Biofuels: Determination of Moisture Content
• NABL 113 - Solid Biofuels: Determination of Ash Content
• NABL 114 - Solid Biofuels: Determination of Volatile Matter and Fixed Carbon

Comprehensive Test Method:

Our advanced testing procedure ensures precise evaluation of Smokeless Biomass Briquettes, covering the following technical parameters:

1. Moisture Content (IS 1350 Part 1 / NABL 112): Method: Gravimetric Method Technical Parameter: Moisture content (%)

2. Ash Content (IS 1350 Part 1 / NABL 113): Method: Gravimetric Method after Ignition Technical Parameter: Ash content (%)

3. Volatile Matter (IS 1350 Part 1 / NABL 114): Method: Gravimetric Method after Pyrolysis Technical Parameter: Volatile matter (%)

4. Fixed Carbon (IS 1350 Part 1): Method: Calculated (100% - Moisture - Volatile Matter - Ash) Technical Parameter: Fixed carbon (%)

5. Calorific Value (IS 1350 Part 3 / ASTM D5865): Method: Bomb Calorimetry Technical Parameter: Calorific value (MJ/kg or kcal/kg)

6. Ultimate Analysis (IS 1350 Part 2): Parameters: Carbon (%), Hydrogen (%), Nitrogen (%), Sulfur (%), Oxygen (%)

7. Wood Ash Content (ASTM D1102): Method: Gravimetric Method after Ignition Technical Parameter: Ash content (%)

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Hard Coke contains carbon & is a by product that is obtained when various blends of bituminous coal is distillated. Coke is a fuel with few impurities and a high carbon content, usually made from coal. It is the solid carbonaceous material derived from destructive distillation of low-ash. Low-sulfur bituminous coal.

Parameters:
Ash in Coke
Fixed Carbon in Coal
Fixed Carbon in Coke
Gross Calorific Value in Coal (different basis)
Total Sulphur in Coal & Coke

Forms of Sulphur:
Pyritic Sulphur
Organic Sulphur
Sulphate Sulphur
Chlorine
Phosphorus
Crucible Swelling Number(CSN)
Hardgrove Grindability Index (HGI)

Ash Analysis:
Silica (SiO2)
Ferric Oxide(Fe2O3)
Alumina (Al2O3)
Titania (TiO2)
Calcium Oxide (CaO)
Magnesium Oxide (MgO)
Manganous Oxide (MnO)
Phosphorus Pentoxide (P2O5)
Sulphur Trioxide (SO3)
Sodium Oxide(Na2O)
Potassium Oxide (K2O)

Ultimate Analysis:
Carbon (C)
Hydrogen (H)
Nitrogen (N)
Carbon (C)
Hydrogen (H
Nitrogen (N)
Sulphur (S)
Oxygen (O)

Reactivity of coke:
Coke Reactivity Index(CRI)
Coke Strength after Reaction(CSR)

Coal & Coke Ash (Fusibility Test )
IT (Initial Deformation Temperature)
ST (Spherical Temperature)
HT(Hemispherical Temperature)
FT(Fluidity Temperature)

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Description: Welcome to Sadguru Research and Analysis Laboratory (SRAL) in Kolkata, West Bengal, India – your trusted partner for comprehensive analytical testing services. As an NABL-accredited facility, we specialize in testing solid fuels, including charcoal, to ensure quality, safety, and compliance with industry standards.

Our Charcoal Testing Services: At SRAL, we offer meticulous testing for charcoal, a vital solid fuel, used in various applications. Our state-of-the-art laboratory is equipped to analyze charcoal samples according to NABL specifications. We provide reliable results that help you make informed decisions about your charcoal products.

Testing Standards and Specifications: Our laboratory conducts charcoal testing in accordance with prominent national and international standards, including but not limited to:

• IS 1350 (Part 1): Methods of Test for Coal and Coke – Proximate Analysis
• IS 1350 (Part 2): Methods of Test for Coal and Coke – Ultimate Analysis
• ASTM D3174-12: Standard Test Method for Ash in the Analysis Sample of Coal and Coke from Coal
• ASTM D5865-13: Standard Test Method for Gross Calorific Value of Coal and Coke
• ISO 1928:2009: Solid Mineral Fuels – Determination of Gross Calorific Value by the Bomb Calorimetric Method

Exhaustive Technical Parameters and Test Methods:

1. Proximate Analysis:

   • Moisture Content (IS 1350 Part 1)
   • Volatile Matter (IS 1350 Part 1)
   • Ash Content (IS 1350 Part 1)
   • Fixed Carbon (Calculated)

2. Ultimate Analysis:

   • Carbon (IS 1350 Part 2)
   • Hydrogen (IS 1350 Part 2)
   • Nitrogen (IS 1350 Part 2)
   • Sulfur (IS 1350 Part 2)
   • Oxygen (Calculated)

3. Calorific Value:

   • Gross Calorific Value (ASTM D5865-13, ISO 1928:2009)
   • Net Calorific Value (Calculated)

4. Ash Analysis:

   • Ash Fusion Temperatures (Estimated)
   • Fusibility of Ash (Visual Examination)

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Description: Welcome to Sadguru Research and Analysis Laboratory (SRAL), your trusted partner for accurate and accredited Anthracite Coal testing services in Kolkata, West Bengal, India. As an NABL-accredited analytical testing laboratory, we specialize in conducting comprehensive tests on Anthracite Coal, a premium grade solid fuel, adhering to the highest quality standards.

Testing as per Specification: Our state-of-the-art facility is equipped to perform a wide range of tests on Anthracite Coal, ensuring compliance with industry specifications and regulations. We offer testing services in accordance with various international and national standards, including but not limited to:

• ASTM D388: Standard Classification of Coals by Rank
• ASTM D2013: Standard Practice for Preparing Coal Samples for Analysis
• ISO 11760: Determination of the Hardgrove Grindability Index of Hard Coal
• IS 1350 (Part 1): Methods of Test for Coal and Coke - Proximate Analysis
• IS 1350 (Part 2): Methods of Test for Coal and Coke - Ultimate Analysis
• IS 1350 (Part 3): Methods of Test for Coal and Coke - Determination of Calorific Value

Test Method - Proximate Analysis: One of the crucial tests we perform is Proximate Analysis, which involves determining the various components present in Anthracite Coal. This analysis provides essential insights into the fuel's characteristics and performance. Our comprehensive Proximate Analysis covers the following parameters:

1. Moisture Content (ASTM D3302 / IS 1350 Part 4): Measure of water content present in the coal sample.
2. Volatile Matter (ASTM D3175 / IS 1350 Part 5): Determination of the gaseous combustible matter released during heating.
3. Fixed Carbon (ASTM D3172 / IS 1350 Part 6): Calculation of non-volatile carbon content after volatile matter expulsion.
4. Ash Content (ASTM D3174 / IS 1350 Part 7): Quantification of inorganic non-combustible content.

Our Proximate Analysis test method employs cutting-edge equipment and techniques, ensuring accurate and repeatable results. With our customer-oriented approach, we provide precise insights to help you make informed decisions about the quality and suitability of your Anthracite Coal.

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Description: Welcome to Sadguru Research and Analysis Laboratory (SRAL) based in Kolkata, West Bengal, India - your trusted partner for accredited analytical testing services. Our NABL-accredited facility specializes in precise testing of Bio Coal Briquettes, a sustainable solid fuel source. As pioneers in the industry, we offer a wide range of testing services for Bio Coal Briquettes, ensuring compliance with international standards and quality benchmarks.

Testing Standards: Our proficient team conducts Bio Coal Briquettes testing according to an array of established standards, including:

• ISO 17225-1:2020 - Solid Biofuels - Fuel specifications and classes - Part 1: General requirements
• ASTM D1102 - Standard Test Method for Ash in Wood
• ASTM E872 - Standard Test Method for Volatile Matter in the Analysis Sample of Coal and Coke
• IS 1350 (Part 2) - Methods of test for coal and coke, Part 2: Proximate analysis (Second Revision)
• BS EN 15149-1:2005 - Solid biofuels. Determination of calorific value. Method using a bomb calorimeter

Testing Methodology: Our cutting-edge testing methodology encompasses a comprehensive range of technical parameters to assess the quality of Bio Coal Briquettes:

1. Moisture Content (ISO 18134-1)
2. Ash Content (ISO 18122)
3. Volatile Matter (ISO 18123)
4. Fixed Carbon (ISO 1171)
5. Calorific Value (ISO 1928)
6. Bulk Density (ISO 17828)
7. Mechanical Durability / Abrasion Resistance (ISO 17831-1)
8. Particle Size Distribution (ISO 17827-2)

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Description: Welcome to Sadguru Research and Analysis Laboratory (SRAL), your trusted partner for precise and reliable analytical testing services. We are an accredited laboratory by the National Accreditation Board for Testing and Calibration Laboratories (NABL), located in Kolkata, West Bengal, India. Our expertise lies in the testing of solid fuels, with a specialized focus on Coal Dust analysis.

Our Coal Dust Testing Facility: At SRAL, we offer a comprehensive suite of testing services for Coal Dust, catering to various industry needs and quality assurance requirements. Our state-of-the-art laboratory is equipped with cutting-edge instrumentation and a highly skilled team, ensuring accurate and dependable results.

Testing Standards: We adhere to internationally recognized standards and methodologies for Coal Dust testing. Our facility conducts tests according to the following prominent standards:

1. ASTM D3174 - Standard Test Method for Ash in the Analysis Sample of Coal and Coke from Coal
2. ASTM D2013 - Standard Method of Preparing Coal Samples for Analysis
3. IS 1350 Part 1 - Methods of Test for Coal and Coke: Proximate Analysis

Our Extensive Testing Parameters: Our Coal Dust testing encompasses a wide range of parameters to provide you with comprehensive insights into the quality and characteristics of the product. Some of the key parameters we analyze include:

• Moisture Content (%)
• Volatile Matter (%)
• Fixed Carbon (%)
• Ash Content (%)
• Gross Calorific Value (GCV) [kcal/kg]
• Sulfur Content (%)
• Particle Size Distribution
• Bulk Density (g/cm³)

Precise Test Methodology: We employ a meticulous testing methodology to ensure accurate and repeatable results:

1. Sample Preparation: Coal Dust samples are carefully collected and prepared to represent the true composition of the product.
2. Proximate Analysis: We determine moisture, volatile matter, fixed carbon, and ash content according to ASTM and IS standards.
3. Calorific Value Measurement: Gross Calorific Value is measured using advanced calorimetric techniques.
4. Sulfur Analysis: Sulfur content, a crucial environmental parameter, is quantified with precision.
5. Particle Size Distribution: We analyze the size distribution of Coal Dust particles, aiding in process optimization.
6. Bulk Density Measurement: The bulk density is determined to understand the material's packing and storage characteristics.

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Description: At Sadguru Research and Analysis Laboratory (SRAL) located in Kolkata, West Bengal, India, we take pride in being a NABL-accredited analytical testing laboratory specializing in Solid Fuel category analysis. Our proficient laboratory is dedicated to ensuring the quality and reliability of coal fines, a crucial component of energy production.

Coal Fines Testing: Our cutting-edge testing facility is equipped to perform meticulous analysis of coal fines, adhering to the highest industry standards. We offer a comprehensive suite of tests designed to assess the quality, composition, and combustion characteristics of coal fines. Our state-of-the-art testing processes aid in optimizing energy generation processes and minimizing environmental impact.

Standards and Specifications: We conduct coal fines testing in accordance with various international and national standards, including but not limited to:

• ASTM D4749: Standard Test Method for Performing the Sieve Analysis of Coal and Designating Coal Size
• ISO 3310-1: Test Sieves - Technical Requirements and Testing - Part 1: Test Sieves of Metal Wire Cloth

Test Method: Sieve Analysis

Technical Parameters: Our sieve analysis method is a precise and reliable technique for determining the particle size distribution of coal fines. This essential assessment aids in understanding the combustion behavior, flow characteristics, and efficiency of solid fuel. Our laboratory employs the following exhaustive technical parameters in the sieve analysis:

1. Sample Preparation: A representative sample of coal fines is carefully collected and prepared for analysis.

2. Sieve Selection: Appropriate sieves are selected based on the expected particle size range. We adhere to ASTM E11 standards for sieve selection.

3. Sieving Process: The prepared sample is placed on the top sieve, and the entire stack of sieves is mechanically vibrated for a specified duration to ensure accurate separation.

4. Particle Size Determination: The retained material on each sieve is weighed accurately, allowing us to calculate the percentage of particles in different size fractions.

5. Data Interpretation: Our skilled analysts interpret the data to create a particle size distribution curve and calculate essential metrics such as D10, D50, and D90, representing the particle sizes below which 10%, 50%, and 90% of the material lies, respectively.

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Description:

Welcome to Sadguru Research and Analysis Laboratory (SRAL), your trusted partner for accurate and reliable analytical testing services. Located in Kolkata, West Bengal, India, our NABL-accredited laboratory specializes in comprehensive testing of Solid Fuel, including Charcoal Briquettes, meeting international quality standards.

Testing Services for Charcoal Briquettes:

At SRAL, we offer meticulous testing services for Charcoal Briquettes to ensure their quality, performance, and compliance with industry standards. Our state-of-the-art facility utilizes advanced techniques to assess the following parameters:

1. Moisture Content (ASTM D3173 / IS 1350 Part 1): We determine the moisture content of charcoal briquettes, a crucial factor affecting combustion efficiency and overall performance.

2. Ash Content (ASTM D1102 / IS 1350 Part 2): Our testing measures the ash content, which impacts the cleanliness of burning and the residue left behind.

3. Volatile Matter (ASTM D3175 / IS 1350 Part 3): This test evaluates the proportion of volatile matter released during combustion, influencing ignition and combustion characteristics.

4. Fixed Carbon Content (ASTM D3172 / IS 1350 Part 4): We assess the fixed carbon content, a key indicator of the fuel's heating value and combustion duration.

5. Calorific Value (ASTM D5865 / IS 1350 Part 5): Our laboratory determines the calorific value, providing insights into the energy content of the briquettes.

6. Sulfur Content (ASTM D4239 / IS 1350 Part 6): We analyze the sulfur content, which impacts air emissions and combustion byproducts.

7. Density and Bulk Density (ASTM D3174 / IS 1350 Part 7): These tests assess the density and bulk density, aiding in understanding the briquettes' packing and storage characteristics.

8. Dimensional Stability and Shape (IS 1350 Part 8): Our testing evaluates the briquettes' dimensional stability and shape integrity during handling and combustion.

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Description: Discover precise and reliable testing services for Carbon Nanotube-Infused Coal at Sadguru Research and Analysis Laboratory (SRAL) in Kolkata, West Bengal, India. As an esteemed NABL-accredited analytical testing facility, we specialize in evaluating Solid Fuel samples, ensuring they meet the highest quality standards. Our state-of-the-art laboratory employs cutting-edge techniques and follows internationally recognized testing methods to provide accurate and insightful results.

Testing Standards: Our Carbon Nanotube-Infused Coal testing adheres to a range of industry standards, including but not limited to:

• ASTM D5373: Standard Test Methods for Determination of Carbon, Hydrogen, and Nitrogen in Analysis Samples of Coal and Carbon in Analysis Samples of Coal and Coke
• ASTM D7582: Standard Test Methods for Proximate Analysis of Coal and Coke by Macro Thermogravimetric Analysis
• ISO 1171: Solid mineral fuels - Determination of ash
• ISO 562: Hard coal and coke - Determination of volatile matter

Test Method and Parameters: Our comprehensive testing process for Carbon Nanotube-Infused Coal encompasses various key parameters to ensure accurate analysis and compliance with standards. Our methods include:

1. Proximate Analysis: Following ASTM D7582, we determine:

   • Moisture content: ISO 11722
   • Volatile matter
   • Fixed carbon
   • Ash content

2. Elemental Composition Analysis: In line with ASTM D5373, we measure:

   • Carbon (C)
   • Hydrogen (H)
   • Nitrogen (N)

3. Ash Content Determination: As per ISO 1171, we establish the mineral residue after complete combustion.

4. Volatile Matter Analysis: Following ISO 562, we ascertain the volatile components released during heating.

Our testing process ensures a comprehensive assessment of Carbon Nanotube-Infused Coal, aiding you in making informed decisions. Whether for regulatory compliance, quality control, or research purposes, SRAL is your trusted partner for accurate and reliable Solid Fuel testing.

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Description: At Sadguru Research and Analysis Laboratory (SRAL), based in Kolkata, West Bengal, India, we are your trusted partner for precise and reliable analytical testing services in the field of solid fuels. Our NABL-accredited testing facility is equipped to conduct thorough tests for torrefied wood, adhering to international standards.

About Torrefied Wood Testing: Torrefied wood, a sustainable and renewable energy source, undergoes a thermal treatment process to enhance its properties. Our advanced testing methods ensure that torrefied wood products meet the highest quality standards.

Testing Standards: Our expert team conducts torrefied wood testing according to various international standards, including:

• ISO 17225-8:2016
• ASTM E1757-01
• CEN/TS 14775:2004

Comprehensive Testing Parameters: We employ a comprehensive range of technical parameters to ensure accurate and reliable testing results. Our torrefied wood testing includes:

1. Calorific Value (CV): Determine the energy content of torrefied wood using ISO 18125:2017 method, ensuring optimal combustion efficiency.
2. Moisture Content: Follow ASTM E871-82 for precise measurement of moisture content, crucial for evaluating energy potential and storage stability.
3. Density and Bulk Density: Employ ASTM D1102-84 to assess density and bulk density, key indicators of fuel quality and handling characteristics.
4. Particle Size Distribution: Analyze particle sizes per ISO 17828:2015, ensuring uniformity for efficient combustion and handling.
5. Ash Content: Evaluate ash content using ASTM D1102-84 to determine combustion by-products and potential fouling.
6. Volatiles and Fixed Carbon: Calculate volatiles and fixed carbon percentages according to ISO 562:2002, aiding in combustion behavior prediction.
7. Mechanical Durability: Assess pellet durability index (PDI) as per ISO 17831-1:2015, measuring resistance to breakage during handling and transport.
8. Chemical Composition: Utilize ASTM E1755-01 to identify major and minor elements, providing insights into combustion characteristics.

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Description: Welcome to Sadguru Research and Analysis Laboratory (SRAL) in Kolkata, West Bengal, India – your trusted partner for accredited analytical testing services. As a NABL-accredited laboratory, we specialize in comprehensive testing of solid fuels, including High Ash Biomass Pellets, ensuring quality and compliance with industry standards.

Our High Ash Biomass Pellets testing service encompasses a range of parameters crucial for determining product quality and performance. Our state-of-the-art facility is equipped to conduct tests in accordance with recognized standards, ensuring accurate and reliable results for your biomass pellets.

Key Testing Standards:

1. ASTM D1102: Standard Test Method for Ash in Wood
2. ISO 1171: Solid mineral fuels - Determination of ash

Test Method - Ash Content Determination: Ash content is a critical indicator of biomass pellet quality. Our meticulous testing process involves:

1. Sample Preparation: A representative sample of the biomass pellets is selected and prepared for analysis.
2. Ashing: The sample is subjected to controlled combustion at high temperatures to burn off organic components, leaving behind the inorganic ash content.
3. Weighing: The remaining ash is weighed and expressed as a percentage of the original sample weight.

Technical Parameters:

• Method: Gravimetric Method
• Detection Range: 0.1% to 100%
• Precision: ±0.2% (typical)
• Sample Size: As per ASTM/ISO guidelines
• Turnaround Time: [Specify your typical turnaround time]

Approx. Rs 500 / SampleGet Latest Price

Product BrochureService Details:

At SRAL, we employ cutting-edge testing methods to ensure the highest accuracy and reliability in analyzing Biochar samples. Our comprehensive testing facility covers a range of parameters, and we follow internationally recognized standards from organizations such as the Bureau of Indian Standards (BIS), American Society for Testing and Materials (ASTM), and the Institute of Petroleum (IP).

Standards and Test Methods:

1. Bureau of Indian Standards (BIS):

   • IS XXXX: [Specify the relevant BIS standard for Biochar testing]

2. American Society for Testing and Materials (ASTM):

   • ASTM DXXXX: [Specify the relevant ASTM standard for Biochar testing]

3. Institute of Petroleum (IP):

   • IP XXX: [Specify the relevant IP standard for Biochar testing]

Test Parameters and Methods:

Our Biochar testing covers a range of technical parameters crucial for ensuring product quality. Here's a glimpse of our testing methodology in a language that's both SEO-friendly and customer-user-friendly:

1. Moisture Content (ASTM DXXXX):

   • Accurately measures the moisture content, ensuring Biochar meets optimal quality standards.

2. Ash Content (IS XXXX):

   • Determines the ash content, a key parameter affecting Biochar performance and usability.

3. pH Value (ASTM DXXXX):

   • Evaluates the acidity or alkalinity of Biochar, a vital factor in its compatibility with different soil types.

4. Particle Size Distribution (IP XXX):

   • Assesses the particle size distribution for optimal Biochar application and effectiveness.

5. Cation Exchange Capacity (ASTM DXXXX):

   • Measures the ability of Biochar to retain and exchange nutrients in the soil, enhancing its agricultural benefits.

6. Surface Area (BET Method):

   • Utilizes the Brunauer-Emmett-Teller method to quantify the specific surface area of Biochar, crucial for its adsorption capacity.

7. Volatile Matter (IS XXXX):

   • Determines the volatile matter content, indicating the stability and suitability of Biochar for various applications.

At SRAL, we are dedicated to providing accurate, reliable, and prompt Biochar testing services. Trust us for quality analysis that meets and exceeds industry standards. For inquiries or to avail of our services, contact us through Indiamart, and let SRAL be your partner in ensuring the quality and efficacy of Biochar products.

Approx. Rs 500 / SampleGet Latest Price

Product BrochureService Details:

Briquettes Biomass(Saw Dust) Testing Services

Here is a globally targeted, SEO-optimized, and educational listing for Briquettes Biomass (Saw Dust) Testing Services offered by Sadguru Research And Analysis Laboratory. The listing is structured to inform and attract a wide customer base—including biofuel producers, exporters, power plants, agri-waste processors, and sustainability consultants—while clearly outlining the value delivered, problems solved, and key use cases. All pharmaceutical references are excluded.

Briquettes Biomass (Saw Dust) Testing Services

Comprehensive Testing for Saw Dust-Based Biomass Briquettes—For Energy Efficiency, Compliance, and Trade Confidence

🔍 Common SEO Search Phrases (Naturally Embedded)

These are typical phrases customers use when looking for such services:

• “how to test biomass briquettes made from saw dust”

• “lab testing for sawdust briquette quality”

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• “ash and moisture test for sawdust briquettes”

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🧩 Customer Problems We Help Solve

• Rejection by power plants or industrial buyers due to lack of certified reports

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🧪 Our Saw Dust Briquette Testing Services Include: ✅ Fuel Property Analysis

• Gross and Net Calorific Value (GCV/NCV)

• Moisture content, volatile matter, and ash percentage

• Fixed carbon content determination

✅ Physical and Mechanical Properties

• Bulk density and specific gravity

• Compression strength and durability index

• Particle size distribution and dimensional consistency

✅ Contaminant and Safety Testing

• Chlorine and sulfur content

• Heavy metal trace analysis (if required for environmental safety)

• Combustion residue and emissions profile

✅ Compliance & Certification Support

• Reports aligned with IS standards, BIS norms, FSC, or EN ISO 17225

• Test documentation for industrial tenders, export clearance, and buyer validation

🌍 Who Needs This Service?

• Biomass briquette manufacturers using sawdust or wood waste

• Power plants, kilns, and industrial fuel users

• Energy consultants and EPC companies

• Bulk buyers, traders, and exporters of biomass fuels

• Scientific test reports covering physical, chemical, and fuel characteristics

• Comparative analysis of batch-wise quality and energy value

• Third-party validated documents for compliance, marketing, and export use

• Technical inputs to help improve briquette quality or drying process

• Ready-to-use reporting formats for government, buyers, and internal audits

• Assurance of fuel efficiency and buyer acceptability

• Verified reports to support sales contracts, exports, and subsidies

• Data to optimize production by targeting the right moisture and ash levels