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Welcome to Fusinite.com!
Fusinite.com is the world’s first dedicated platform for carbon dioxide removal (CDR) producers, offering advanced verification and certification services for secure carbon storage. Whether you’re a producer of biochar, biocarbon, or biocoke, Fusinite helps you achieve the highest standards of carbon storage reliability through rigorous, scientifically peer-reviewed analyses. With a global network of laboratories and researchers, Fusinite provides the expertise and resources to safeguard the integrity of your carbon credits, ensuring your products meet the growing demand for verified, high-quality CDR solutions.
Inertinite Gold Digital Certificate
A mark of excellence in carbon storage security (CSS), awarded to biochar products with over 95% inertinite. This digital certification not only validates your product’s long-term carbon sequestration potential but also supports buyers and regulators in demonstrating their commitment to climate action. Available online to carbon creditors, regulators, and buyers, the Inertinite Gold Digital Certificate streamlines transactions, helping you secure premium pricing in the voluntary carbon market.
More Information Verify Here
Become a Premium Member
Join our Premium Membership to access discounted rates on Biochar's Carbon Storage Security (CSS) Analysis and receive the Inertinite Gold Certificate at no extra cost per sample. Enhance your biochar's certification and credibility with top-tier analysis and unmatched value.
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Consultancy Services
Fusinite offers a suite of consultancy services crafted to enhance the effectiveness and quality of your carbon storage solutions:
Our Online Reporting Dashboard offers a powerful, user-friendly platform for managing and analyzing biochar sample data. Key features include:
This interactive tool provides a comprehensive, collaborative environment to assess and improve biochar quality, making data-driven decisions more accessible and efficient.
The name "Fusinite" is derived from fusinite, a type of inertinite maceral commonly found in coal and other carbonaceous materials. Fusinite is known for its high degree of carbonization and resistance to oxidation, making it a key indicator of long-term carbon stability and permanence. By adopting this name, Fusinite highlights its commitment to ensuring the stability, durability, and permanence of carbon storage, which are critical factors in the assessment and certification of biochar and other carbon-rich materials. This reflects Fusinite’s mission to provide scientifically grounded verification of carbon storage security for the carbon dioxide removal (CDR) industry.
Biochar Analysis Experts
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The Carbon Storage Security (CSS) Analytical Package offers precise and reliable measurements of biochar carbon permanence. Our analysis includes two primary methods: random reflectance and the molar hydrogen-to-carbon (H/C) ratio per biochar sample. Additionally, we measure reactive secondary hydrocarbons to provide a comprehensive understanding of biochar carbonization and its impact on permanence.
🌍 Transform Your Carbon Storage Assessment with our comprehensive suite of 13 specialized reports, meticulously designed to provide actionable insights into the stability, quality, and permanence of your biochar.Our Analytical Offerings Include:
1. Pseudo Van Krevelen DiagramThis package delivers the most thorough assessment available of biochar's carbon stability and permanence. The methodology has been adopted by leading standards and biochar carbon authorities such as Riverse Standard, Isometric Standard, European Biochar Industry (EBI), and Carboculture, among others. Detailed information about these standards is provided below.
Biochar Storage in Agricultural Soils (v1.0)
This module details durability and monitoring requirements for biochar spreading and storage in agricultural soils.
Review of carbon removals through biochar - EU Climate Action
Support to the development of methodologies for the certification of industrial carbon removals with permanent storage, Review of carbon removals through biochar.
A report submitted by ICF S.A. In association with Cerulogy & Fraunhofer ISI
Date: 24 May 2024, Job Number: 330301431
Contact: Jonathan Lonsdale Senior Director ICF S.A. Avenue Marnix 17 Brussels B-1000 Belgium T +32 (0) 2 275
Guidelines for the Certification of Biochar-Based Carbon Sinks (formerly known as EBC Biochar C-Sink)
Hamed Sanei, Arka Rudra, Zia Møller Moltesen Przyswitt, Sofie Kousted, Marco Benkhettab Sindlev, Xiaowei Zheng, Søren Bom Nielsen, Henrik Ingermann Petersen, (2024) Assessing biochar's permanence: An inertinite benchmark, International Journal of Coal Geology, Volume 281, 104409, ISSN 0166-5162, https://doi.org/10.1016/j.coal.2023.104409.
Short summary
The Earth's carbon dioxide removal and storage occur via inorganic and organic pathways: mineralization and maceralization. Biochar, imitating the organic pathway, undergoes controlled pyrolysis to transform biomass feedstock through a carbonization process into the inertinite maceral, which is a permanently stable form of organic carbon. Kinetic modeling in this study confirms inertinite's carbon stability over geological time scale. Assessing biochar's permanence hence hinges on achieving complete carbonization and transformation. Inertinite serves as the gold standard for organic carbon permanence, guiding this study to measure biochar's carbonization against inertinite characteristics. Analyzing the random reflectance (Ro) of biochar reveals that 76% of studied samples qualify as pure inertinite. Apart from inertinite, other organic pools in biochar, quantifiable through geochemical pyrolysis and Ro methods, affect stability. Determining the carbonization temperature offers insights into biochar's efficiency and stability concerning production variables.
Why Choose Fusinite?
🔍 Science-Backed Assurance: Leverage our expertise in advanced thermochemical characterization and organic petrology.
