Call us now :08071630254
Send Inquiry
Send InquiryHeat of Combustion
MOQ : 1 Kilograms
Heat of Combustion Specification
- Poisonous
- Depends on composition
- Structural Formula
- Depends on substance
- Physical Form
- Liquid, Gas, or Solid (context-dependent sample)
- Molecular Formula
- Depends on substance
- Appearance
- Depends on substance (colorless, transparent, or characteristic)
- Grade
- Analytical/Reagent
- Storage
- Depending on sample substance guidelines
- Molecular Weight
- Variable
- Ingredients
- Substance/component under combustion analysis
- Application
- Used in chemical thermodynamics, energy content measurement, fuel analysis, scientific research
- Smell
- Characteristic/Burnt depending on composition
- Solubility
- Variable
- Density
- Gram per cubic centimeter(g/cm3)
- Usage
- Quantitative measurement of heat output, calorimetry studies
- Melting Point
- Depends on substance
- Product Type
- Thermodynamic Property
- Properties
- Indicates the amount of heat released during complete combustion of a substance
- Reference Substance
- Oxygen (O2) typically used for combustion
- Regulatory Compliance
- ASTM D240, ISO 1928 (if fuel sample)
- Relevant Industries
- Petrochemical, Energy, Materials, Academic Research
- Method of Measurement
- Bomb Calorimeter, Differential Scanning Calorimetry
- Hazard Information
- Varies based on combustible material
- Synonyms
- Enthalpy of Combustion, Calorific Value
- Measurement Units
- kJ/mol, kcal/mol, or Btu/lb
- Standard Conditions
- 298 K (25°C), 1 atm pressure
- Data Format
- Tabulated calorific values
Heat of Combustion Trade Information
- Minimum Order Quantity
- 1 Kilograms
- Payment Terms
- Cash Against Delivery (CAD)
- Supply Ability
- Kilograms
- Delivery Time
- 3-4
- Sample Available
- Yes
- Sample Policy
- Sample costs shipping and taxes has to be paid by the buyer
- Main Export Market(s)
- Asia
- Main Domestic Market
- All India
About Heat of Combustion
Heat of Combustion
Properties
| Related Categories | Additional Standards, Analytical Standards,Analytical/Chromatography, Certified Reference Materials (CRMs), Environmental Matrix CRMs (RTC), |
| mfr. no. | RTC, SQC-062 |
| concentration | in varies |
| format | matrix material |
Principle and Measurement of Heat of Combustion
Heat of combustion is determined by measuring the heat released when a sample completely reacts with oxygen. Standard laboratory methods such as bomb calorimetry or differential scanning calorimetry are deployed. The samples physical formliquid, solid, or gasdictates sample preparation, while results are commonly tabulated in kJ/mol, kcal/mol, or Btu/lb. Data acquired are essential for comparing fuels, materials, and for energy yield calculations.
Typical Applications Across Industries
Determining the heat of combustion is vital in the petrochemical sector, energy production, and material science, as well as for academic thermodynamics studies. Fuel analysis is guided by standards (ASTM D240, ISO 1928), while research uses rely on calorimetry to quantitatively compare energy outputs. High-calorific fuels are preferred in power generation and industrial processes for efficiency.
Handling, Storage, and Safety Considerations
The handling and storage requirements for substances under combustion analysis depend on their chemical nature. Some samples may be hazardous or toxic, and standard guidelines should be followed to ensure safe storage. Analysts should refer to substance-specific Material Safety Data Sheets (MSDS) and ensure regulatory compliance throughout testing procedures.
FAQs of Heat of Combustion:
Q: How is the heat of combustion measured in a laboratory setting?
A: Heat of combustion is commonly measured using a bomb calorimeter or differential scanning calorimeter. The sample is combusted in an oxygen-rich environment at standard conditions (298 K, 1 atm), and the released heat is quantified to determine energy content. Measurements are typically recorded in kJ/mol, kcal/mol, or Btu/lb.Q: What are the primary applications of heat of combustion data in industry?
A: This property is widely used in the petrochemical industry for fuel evaluation, in materials science for energetic compounds analysis, in power generation to select efficient fuels, and in academic research to understand chemical thermodynamics and energy yields.Q: When should ASTM D240 or ISO 1928 standards be applied?
A: ASTM D240 and ISO 1928 standards should be followed when determining the calorific value of fuels, particularly liquid or solid petrochemical fuels, ensuring accurate, reproducible, and internationally recognized measurement procedures.Q: Where can I find tabulated calorific values for common substances?
A: Calorific values are documented in scientific literature, fuel specification sheets, and technical handbooks. Suppliers, traders, and academic sources in India and globally often provide tables summarizing standard heat of combustion values for various materials.Q: What benefits does measuring heat of combustion offer?
A: Quantifying the heat of combustion provides vital data for energy content optimization, fuel selection, process efficiency, and meeting safety or regulatory requirements in industrial applications.Q: How does the physical form of a sample affect the combustion measurement process?
A: The samples physical formsolid, liquid, or gasdetermines how it is prepared and introduced into the calorimeter. Sample handling protocols and combustion setups are adjusted accordingly to ensure complete and reliable combustion.Q: What hazard and safety information should be considered during analysis?
A: Hazards depend on the combustible materials specific composition. Many fuels and chemicals may be flammable, toxic, or reactive, necessitating adherence to MSDS guidelines, proper protective equipment usage, and compliance with regulatory standards during analysis and storage.
Tell us about your requirement
Price:
Quantity
Select Unit
- 50
- 100
- 200
- 250
- 500
- 1000+
Additional detail
Mobile number
Email
More Products in Analytical Grade Chemicals Category
Holmium Standard for ICP
Price 100 INR
Minimum Order Quantity : 1 Kilograms
Molecular Weight : 164.93033 Grams (g)
Molecular Formula : Ho
Usage : As a result of its special magnetic properties, holmium is used in alloys for the production of magnets and as a flux concentrator for high magnetic fields. Holmia (holmium oxide) is used as a yellow or red coloring for glass and cubic zirconia.
Melting Point : 1,472 °C
Ponceau 6R
Price 100 INR
Minimum Order Quantity : 1 Kilograms
Molecular Weight : 502.4 Grams (g)
Molecular Formula : C20H12N2Na2O7S2
Usage : It is approved for use in both the US and the EU. Besides its use as a food dye, ponceau 6R is commonly used when studying cells. It is used as a stain so that certain structures can more easily been seen under a microscope.
Melting Point : >300° C (lit.
Zircaloy (C, N, O)
Price 100 INR
Minimum Order Quantity : 1 Kilograms
Molecular Weight : 91.22 Grams (g)
Molecular Formula : Zr
Usage : Zircaloy 1 was developed as a replacement for existing tube bundles in submarine reactors in the 1950s, owing to a combination of strength, low neutron cross section and corrosion resistance. Zircaloy2 was inadvertently developed, by melting Zircaloy1 in a crucible previously used for stainless steel.
Melting Point : 1850°C
Benfluorex hydrochloride
Price 100 INR
Minimum Order Quantity : 1 Kilograms
Molecular Weight : 351.363 Grams (g)
Molecular Formula : C19H20F3NO2
Usage : Benfluorex. Description: Benfluorex is an antilipidemic agent that decreases the relative rate of hepatic triacylglycerol synthesis. Benfluorex was never approved for use in the United States and was withdrawn in the European Union because of an increased risk of pulmonary hypertension and valvular disease.
Melting Point : 158159°C
Send InquiryOur Products
Kesarkunj, Rm No. 9, Vasanji Lalji Road, Kandivali (W), Mumbai - 400067, Maharashtra, India
Mr Nilesh Shah
(Director)
Mobile :08071630254
Send Inquiry
Send SMS
Call Me Free
Developed and Managed by Infocom Network Private Limited.
