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Ecoera - a bioenergy technology transfer company stemming from Chalmers University of Technology a€“ is specialized in use of agro residues for energy utilization, is providing CO2-negative capacity using biochar as a soil enhancing product.
The Ecoera Biochar is based on a standardized biomass formula of agricultural residues with full traceability from specific biomass source and blend to final biochar product.
The biochar from Ecoera is a standardized product serving as a carbon sequestration agent and soil enhancer.
Environmental Aspects Lowering the nutrient runoff from soils, sequesters carbon dioxide and lower the use of artificial NPK fertilizer for certain soils. Members of the European Special Committee on Agriculture visited BlackCarbon in Denmark and got an introduction to Biochar Carbon Sequestration. HRH Prince Charles received an introduction to biochar carbon sequestration during his visit of Barritskov Farm in Denmark. A biochar project to protect tropical rainforests has been selected by the Congo Basin Forest Fund (CBFF). Among many others, the famous ecologist James Lovelock defended biochar carbon sequestration. To rename charcoal as biochar is criticized by both authors, but the current debate justifies the name biochar. As multibillion-dollar projects intended to sequester carbon dioxide (CO2) in deep geologic storage continue to seek financial support, the fertile black soils in the Amazon basin suggest a cheaper, lower-tech route toward the same destination.
There is a global production potential of 594 million tons of carbon dioxide equivalent in biochar per year, simply by using waste materials such as forest and milling residues, rice husks, groundnut shells, and urban waste.
Most crops respond with improved yields for biochar additions of up to 183 tons of carbon dioxide equivalent and can tolerate more without declining productivity. Its introductory comments and 28 chapters written by 73 authors relate the latest findings in landscape history, indigenous practices, soil development, soil chemistry, anthropology, and archaeology, and the implications of those to modern social and land stewardship issues. Climatologist James Hansen of the NASA Goddard Institute for Space Studies warns that today's carbon dioxide levels are already dangerously high. Special Report: Inspired by Ancient Amazonians, a Plan to Convert Trash into Environmental Treasure. The article contains some information about the value of soil organic carbon, the potential of soils to sequester carbon and Terra Preta. Combating the widespread rural problem of indoor air pollution (IAP) that kills more than 1.6 millian people each year. Eliminating greenhouse gas emissions (methane) that are associated with the normal production of charcoal from wood.
Abatement of CO2, CH4 and N2O emissions resulting from the bruning of agricultural residues. The authors evaluated an avoided emessions potential by a Pyro-7 machine of 12.45 kg of CO2 equivalent per kg of green charcoal, i. Read more about pyrolysis, carbonisation techniques, agglomeration of the fines, and the CDM project. Fossil fuels are carbon positive; they add more carbon dioxide (CO2) and other greenhouse gasses to the air and thus exacerbate global warming.
Soil Fertility: Biochar can improve soil fertility, stimulating plant growth, which then consumes more CO2 in a positive feedback effect. Reduced fertilizer inputs: Biochar can reduce the need for chemical fertilizers, resulting in reduced emissions of greenhouse gases from fertilizer manufacture.


Enhanced soil microbial life: Biochar can increase soil microbial life, resulting in more carbon storage in soil.
Reduced emissions from feedstocks: Converting agricultural and forestry waste into biochar can avoid CO2 and CH4 emissions otherwise generated by the natural decomposition or burning of the waste. According to one prominent study (Woolf et al, 2010), sustainable biochar implementation could offset a maximum of 12% of anthropogenic GHG emissions on an annual basis. The figure to the right (from Woolf et al, 2010) shows avoided emissions attributable to sustainable biochar production or biomass combustion over 100 years, relative to the current use of biomass.
For further information on biochar and climate change, please review the Frequently Asked Questions on biochar. One of the most critical characteristics of biochar as a climate change mitigation technology is its long-term persistence in soil. Several attempts have been made to create biochar carbon offset methodologies in existing voluntary carbon market registries but to date none have been approved for use. Carbon rich material that is valuable for improving stability in soil and for its superior nutrient-retention properties, thus providing benefits to both the environment and agriculture.
It is produced when biomass, including crop and animal manures, is heated in the absence of oxygen through the process known as pyrolysis or in the oxygen starved process of gasification.
Biochar products are dry, pathogen-free, and have variable qualities based on the characteristics of the fuel being gasified. Biochar is retained in the soil over many hundreds and even thousands of years, unlike fertilizers which typically require annual application.
Biochar also has a variety of other uses, including animal feed supplements and use as a water filtration medium. Biochar-Bioenergy production has the potential to significantly contribute to securing a future of green energy for the United States. The concept includes a pyrolysis step of pelletised biomass-residue blends, thereby producing syngas and charcoal (biochar). A few weeks later the European Ministers for Environment showed interest in options to sequester carbon in agriculture. Please use the picture gallery to upload pictures of decomposing or burning waste biomass. The motivation driving this organization to repeatedly publish false statements about biochar is not clear and seems not to be the result of insufficient knowledge. He published in his recent book that we have to turn agricultural wastes into charcoal and bury it. Today, Amazonian Dark Earths still retain high amounts of organic carbon and fertility in stark contrast to the low fertility of adjacent soils. Ordinary biomass fuels are carbon neutral; the carbon captured in the biomass by photosynthesis would have eventually returned to the atmosphere through natural processes like decomposition. Beyond the carbon sequestered in the biochar itself, biochar incorporated in soils also offers numerous other potential climate benefits. Over the course of 100 years, this amounts to a total of roughly 130 petagrams (106 metric tons) of CO2-equivalents. Quantification of the persistent carbon component of biochar can facilitate the participation of biochar projects in carbon markets, providing an additional revenue stream to projects delivering greenhouse gas emissions reductions through soil carbon sequestration. Most prominently, IBI along with partners The Climate Trust and The Prasino Group, submitted a proposed biochar carbon offset methodology to the American Carbon Registry (ACR)—a leading voluntary carbon offset registry.


The “black earth”, or Terra Preta, of the Amazon Rain Forest is noted world-wide as being one of the most fertile soils, yet was actually a very poor soil enriched with biochar material. Extensive research has been done in both applications, with a small amount of biochar being sold for these uses.  Research continues towards these and other applications.
Moreover, the reduction in the rate of deforestation, sustainable soil fertility management, a more efficient fuel (fire wood) use and the establishment of a stable carbon sink all contribute to mitigating climate change. Other organizations joined and spread the wrong information without review and further research into the topic. Initial analyses suggest that it could be quite economical to plant vegetation for biochar on idle and degraded lands, though not on more highly productive lands.
Sustainable biochar systems can be carbon negative by transforming the carbon in biomass into stable carbon structures in biochar which can remain sequestered in soils for hundreds and even thousands of years. The study assessed the maximum sustainable technical potential utilizing globally available biomass from agriculture and forestry. In March 2015, after three years of review, this draft methodology was listed as inactive by ACR due to concerns around the embedded test method to estimate biochar carbon persistence (known as BC+100)—used to estimate the quantity of biochar carbon remaining in the soil after 100 years.
KC Das was invited as witness before the US House Committee on Small Business; Hearing on the impacts of outstanding regulatory policy on small biofuels producers and family farmers including biochar carbon sequestration. Neither charcoal produced for the industry nor charcoal produced in Virunga National Park (threatening the last Mountain Gorillas) will establish a carbon sink.
The study assumed no land clearance or conversion from food to biomass-crops (though some dedicated biomass-crop production on degraded, abandoned agricultural soils was included), no utilization of industrially treated waste biomass, and biomass extraction rates that would not result in soil erosion. The top panel shows annual avoided emissions; the bottom panel, cumulative avoided emissions over 100 years. Studies have shown that biochar enhance the soil fertility and lowering the dependence of artificial fertiliser.
Carbonizing biomass which would otherwise decompose or would be burned and its use as soil amendment, this is biochar. In all three scenarios sustainable biochar trumps biomass combustion in terms of avoided emissions. This is a system created from a EU LIFE project and has now the capacity of delivering biomass blends for all types of uses. The system has 100% traceability of biomass source in silo to mixes to final product for audit trial and replicability. The carbon trade and biochar carbon sequestration could enable farmers to invest into long-term soil fertility and reduce deforestation. The biochar residue formula is consisting of by-products from Swedish crop and grass species including mineral additive for keeping the pellet intact as final biochar product. The utilization of waste biomass would actually mitigate those concerns associated with bio-fuel production. Biomass blends has been created from research done at Ecoera in collaboration with Chalmers University of Technology.



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