Biomass Components Quantitative Profiling Services
Welcome to Explore Creative Biolabs's Biomass Components Profiling services!
Biomass refers to the general term for organic matter from plants and animals, including trees, waste crops, agricultural residues, etc. Biomass is renewable and widely distributed. It is used directly as fuel or to produce biofuels such as ethanol through biological fermentation processes, and is also converted into biochar, bio-oil, bio-gas, and other products through pyrolysis technology. Under the trend of energy transition and renewable energy development, biomass is considered to be one of the important alternative energy options. Therefore, there is an urgent need to analyze various components in biomass to help optimize the production and conversion process of biomass and ensure the quality and safety of biomass products, thereby better realizing the sustainable use of biomass energy.
Creative Biolabs has strong analytical capabilities. Our scientists have professional knowledge and rich project analysis experience and provide clients with a series of comprehensive biomass components profiling services to help clients achieve more effective biomass utilization.
Cellulose, hemicellulose, and lignin are the main components of biomass. We provide clients with diversified lignocellulose component analysis services to help clients analyze the application value of biomass raw materials.
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Ash Analysis
Ash will remain during the combustion process of biomass, affecting the efficiency and products of combustion. Ash analysis can guide the selection of the most suitable biomass utilization method.
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Extractive Profiling
We perform water and alcohol extraction for lignocellulose and conduct a comprehensive analysis of the components of the extract to gain an in-depth understanding of the chemical composition and potential application value of lignocellulose.
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Lignocellulosic Sugar Profiling
Lignocellulosic sugar is a key carbon source in the biomass conversion process. We provide a variety of lignocellulosic sugar analysis services, including total sugar, glucose, galactose, mannose, xylose, rhamnose, arabinose, etc.
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Lignin Profiling
Lignin is an important component of biomass, and its content affects the properties and applications of biomass-derived products. We determine the acid-soluble lignin content in the samples by UV-visible spectroscopy.
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Protein Calibration Analysis
We provide analysis for protein content, carbon, hydrogen, nitrogen, and sulfur content of acid-insoluble residues.
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Uronic Acid Analysis
We provide uronic acid analysis for lignocellulosic biomass, seaweed, and liquid samples, including glucuronic acid, guluronic acid, galacturic acid, mannuronic acid, Iduronic acid, 4-O-methyl-D-glucuronic acid.
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Starch Profiling
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Acetyl Group Analysis
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Amino Acid Profiling
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Fatty Acid Profiling
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Lignin Monomers Profiling
During pretreatment and process conversion of biomass, process liquids are produced. Creative Biolabs will analyze liquid components through a variety of advanced analytical instruments and technologies to obtain more biomass information to support its development and utilization. We analyze process fluids for Sugars, Sugar Degradation Products, Hydrolyzed Polymers, and Starch Hydrolyzed Oligomers. Moreover, we will analyze the degree of Esterification and Acetylation of the chemical components in the process liquid. In addition, Chitin and Dextran may also be present in process fluids, and we also provide analysis services for these compounds.
Biomass often contains some plant materials. We provide analysis services for Pigments, Cell Wall Components, Elements, Hormones, and Vitamins of these plant biomass. By providing chemical analysis for plant biomass, we accurately understand the composition and characteristics of biomass, which helps to maximize the potential of plant biomass and promote the development and transformation of related industries.
Seaweed is a new biomass raw material whose composition is more complex than traditional lignocellulosic composition. However, we have developed a range of methods to quantitatively analyze different components in seaweed to meet client requirements.
Table 1 Seaweed components quantitative profiling services.
In addition to seaweed analysis, we also perform Carbohydrate and Fatty Acid Analysis on other algae. In addition, Steroids are also one of our analytical targets, which are precursors to many drugs, and analyzing sterol content helps evaluate their medicinal value and potential medical applications.
Anaerobic digestion is a means of sustainable energy generation. We obtain accurate and detailed biomass sample analysis data from the biomass analysis process to guide the anaerobic digestion process to maximize the energy recovery and resource utilization efficiency of biomass waste. The anaerobic digestion analysis we provide mainly includes the following content.
Table 2 Professional anaerobic digestion analysis services.
Biomass will produce bio-oil during the conversion process, and the composition and properties of bio-oil will be affected by the original biomass. Therefore, as experts in the field of biomass analysis, Creative Biolabs also provides analysis for Glycans and Semi-Volatile Oxygenated Components in bio-oil extracts.
Biomass analysis provides the necessary data information for biochar production and analysis to help determine the most suitable biomass sources and processing methods for biochar preparation. We provide you with a series of Biochar Complete Analysis Services such as Biochar Production, Physical Property, Thermal Property, and Soil Amendment Property. In addition, during the overall analysis, conversion, and production process of biomass, we also provide analysis for its Combustion Property, Physical Property, and chemical components (such as Polyamine, Polyphenol, and Terpene). Whether you are engaged in energy research, bioproduct development, or environmental monitoring, Creative Biolabs provides you with accurate and comprehensive biomass analysis services.
Biomass analysis usually involves evaluating the composition of organic matter from plants, animals, or microorganisms, while energy metabolite analysis focuses on the energy-related compounds (such as ATP, NADH, etc.) produced by these biological materials during metabolism. By analyzing the composition of biomass, we understand its role in the energy conversion process, thereby revealing how organisms use these compounds to maintain life activities.
Biomass analysis provides a comprehensive understanding of the organic components of plants, animals, or microorganisms, which are often the basis of nutrition and metabolism research. By analyzing the chemical composition of biomass, important compounds involved in metabolic processes can be identified, thus providing direction for subsequent quantitative analysis. In the compound analysis based on nutrition and metabolism research, we can carry out various analysis projects, which helps to deeply understand how different components interact through metabolic pathways to affect growth, development, and health.
Biomass analysis is closely related to soil analysis because the quality and composition of biomass are directly affected by the physical and chemical properties and nutrients of the soil, while the decomposition of organic matter in the soil changes the soil properties. We provide various soil analysis services, including Polysaccharide Content Analysis, Physical and Chemical Property Analysis, Elemental and Heavy Metal Content Analysis, and Glycoproteinase Activity Analysis. Our comprehensive analysis services assess soil health and its capacity to sustain plant growth, providing insights into the relationship between soil and biomass. This understanding plays a crucial role in advancing sustainable agricultural practices and effective ecosystem management. Please contact us to obtain more information about our services and how we can tailor a solution to fit your specific requirements.
FAQs
Q1: What types of biomass samples do your biomass analysis services include?
A1: Our biomass analysis services cover a variety of biomass samples, such as lignocellulose, straw, algae, etc. We provide a detailed analysis of the chemical composition and structural properties of different types of biomass.
Q2: How can the biomass analysis services you provide help me understand the energy potential of biomass?
A2: We help clients fully understand the potential of biomass as an energy source through in-depth research on key factors such as chemical composition, calorific value, ash content, and structural characteristics of biomass. This analysis can assess the availability and efficiency of biomass in energy production, determine the energy released by its combustion or gasification, and provide you with appropriate recommendations, including biomass selection, processing methods, and optimal utilization routes, to suit your needs.
Q3: What is your biomass analysis process?
A3: Our biomass analysis process first involves sample collection and preparation to ensure sample representativeness and reliability. Subsequently, chemical composition analysis is performed, including component detection such as carbohydrates, fatty acids, amino acids, elements, vitamins, and degradation products, as well as a series of analysis services such as anaerobic digestion, bio-oil, and biochar. We use advanced instruments such as chromatography-mass spectrometry and nuclear magnetic resonance to conduct structural characterization analysis, and finally integrate the data and produce analysis reports to provide clients with comprehensive biomass analysis data and potential energy application suggestions.
Customer Review
Satisfaction Rating
"Creative Biolabs's biomass analysis services provided us with valuable data support. Through your biomass analysis services, we were able to gain an in-depth understanding of the differences and potentials between different biomass samples, which had a positive impact on our project decisions. Thank you so much!"
Rich Report Content
"The analysis report provided by Creative Biolabs was clear and detailed, including key information such as calorific value and ash content. The analysis results were accurate and reliable, and provided important support and guidance for us to evaluate the energy potential of biomass."
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