#Biochar

[larsminute]

The Future Is Now

So much YES. Would love to connect with fellow enthusiasts and professionals working in the field, and engage more actively, bringing in my own expertise of working in high end interiors and architecture. If that's you, please reach out, boost, connect.

We OBVIOUSLY can't 'keep on keeping on' and design our built environment like we don't know how fundamentally flawed our design principles and construction methods are.

Let's embrace new aesthetics and look forward, not back. Bauhaus was relevant at the time, it's history now. Let's move on. Let's question every single choice in the design process and make better decisions. Educate our clients. Throw those outdated concepts overboard of what is aesthetically pleasant, what is deemed high-end.

Nobody will enjoy marbled lobbies, airconditioned greenhouse towers and concrete buildings on a dead planet. The future is now. Let's design and build it together!

[soilthesimpletruth]

Giving meaning to strong seed memories!

[jcmarchi]

Smart carbon dioxide removal yields economic and environmental benefits

New Post has been published on https://thedigitalinsider.com/smart-carbon-dioxide-removal-yields-economic-and-environmental-benefits/

Smart carbon dioxide removal yields economic and environmental benefits

Last year the Earth exceeded 1.5 degrees Celsius of warming above preindustrial times, a threshold beyond which wildfires, droughts, floods, and other climate impacts are expected to escalate in frequency, intensity, and lethality. To cap global warming at 1.5 C and avert that scenario, the nearly 200 signatory nations of the Paris Agreement on climate change will need to not only dramatically lower their greenhouse gas emissions, but also take measures to remove carbon dioxide (CO2) from the atmosphere and durably store it at or below the Earth’s surface.

Past analyses of the climate mitigation potential, costs, benefits, and drawbacks of different carbon dioxide removal (CDR) options have focused primarily on three strategies: bioenergy with carbon capture and storage (BECCS), in which CO2-absorbing plant matter is converted into fuels or directly burned to generate energy, with some of the plant’s carbon content captured and then stored safely and permanently; afforestation/reforestation, in which CO2-absorbing trees are planted in large numbers; and direct air carbon capture and storage (DACCS), a technology that captures and separates CO2 directly from ambient air, and injects it into geological reservoirs or incorporates it into durable products. 

To provide a more comprehensive and actionable analysis of CDR, a new study by researchers at the MIT Center for Sustainability Science and Strategy (CS3) first expands the option set to include biochar (charcoal produced from plant matter and stored in soil) and enhanced weathering (EW) (spreading finely ground rock particles on land to accelerate storage of CO2 in soil and water). The study then evaluates portfolios of all five options — in isolation and in combination — to assess their capability to meet the 1.5 C goal, and their potential impacts on land, energy, and policy costs.

The study appears in the journal Environmental Research Letters. Aided by their global multi-region, multi-sector Economic Projection and Policy Analysis (EPPA) model, the MIT CS3 researchers produce three key findings.

First, the most cost-effective, low-impact strategy that policymakers can take to achieve global net-zero emissions — an essential step in meeting the 1.5 C goal — is to diversify their CDR portfolio, rather than rely on any single option. This approach minimizes overall cropland and energy consumption, and negative impacts such as increased food insecurity and decreased energy supplies.

By diversifying across multiple CDR options, the highest CDR deployment of around 31.5 gigatons of CO2 per year is achieved in 2100, while also proving the most cost-effective net-zero strategy. The study identifies BECCS and biochar as most cost-competitive in removing CO2 from the atmosphere, followed by EW, with DACCS as uncompetitive due to high capital and energy requirements. While posing logistical and other challenges, biochar and EW have the potential to improve soil quality and productivity across 45 percent of all croplands by 2100.

“Diversifying CDR portfolios is the most cost-effective net-zero strategy because it avoids relying on a single CDR option, thereby reducing and redistributing negative impacts on agriculture, forestry, and other land uses, as well as on the energy sector,” says Solene Chiquier, lead author of the study who was a CS3 postdoc during its preparation.

The second finding: There is no optimal CDR portfolio that will work well at global and national levels. The ideal CDR portfolio for a particular region will depend on local technological, economic, and geophysical conditions. For example, afforestation and reforestation would be of great benefit in places like Brazil, Latin America, and Africa, by not only sequestering carbon in more acreage of protected forest but also helping to preserve planetary well-being and human health.

“In designing a sustainable, cost-effective CDR portfolio, it is important to account for regional availability of agricultural, energy, and carbon-storage resources,” says Sergey Paltsev, CS3 deputy director, MIT Energy Initiative senior research scientist, and supervising co-author of the study. “Our study highlights the need for enhancing knowledge about local conditions that favor some CDR options over others.”

Finally, the MIT CS3 researchers show that delaying large-scale deployment of CDR portfolios could be very costly, leading to considerably higher carbon prices across the globe — a development sure to deter the climate mitigation efforts needed to achieve the 1.5 C goal. They recommend near-term implementation of policy and financial incentives to help fast-track those efforts.

[metastatblog]

Biochar Market Analysis, Size, Share, Growth, Trends, and Forecasts by 2031

The Global Biochar market is a burgeoning sector within the broader agricultural and environmental industry, poised to revolutionize traditional farming practices and contribute significantly to sustainable land management. Biochar, a carbon-rich material derived from the pyrolysis of biomass, holds immense promise as a soil amendment, carbon sequestration tool, and renewable energy source.

𝐆𝐞𝐭 𝐚 𝐅𝐫𝐞𝐞 𝐒𝐚𝐦𝐩𝐥𝐞 𝐑𝐞𝐩𝐨𝐫𝐭:https://www.metastatinsight.com/request-sample/2728

Top Companies

Black Owl Biochar

NextChar

Terra Char

Genesis Industries

CharGrow

Biochar Now

Soil Reef

BioChar6

Pacific Biochar Corporation

Airex Energy Inc.

ArSta Eco

Biochar Solutions Inc

Carbon Gold Ltd

Farm2Energy Pvt Ltd

Phoenix Energy

As the world grapples with the challenges of climate change, soil degradation, and food security, the demand for biochar is expected to soar, driving innovation and investment in this dynamic market.

𝐄𝐱𝐩𝐥𝐨𝐫𝐞 𝐭𝐡𝐞 𝐅𝐮𝐥𝐥 𝐑𝐞𝐩𝐨𝐫𝐭:@https://www.metastatinsight.com/report/biochar-market

The biochar industry encompasses a diverse range of stakeholders, including biochar producers, agricultural enterprises, environmental organizations, research institutions, and policymakers. These players collaborate to explore the multifaceted applications of biochar and unlock its full potential for mitigating climate change and enhancing agricultural productivity. From small-scale biochar producers utilizing locally sourced feedstock to large corporations investing in state-of-the-art pyrolysis technology, the market is characterized by a spectrum of approaches tailored to specific regional contexts and market demands. 

One of the key drivers propelling the growth of the Global Biochar market is increasing awareness of the environmental benefits of biochar application. As consumers become more conscious of the carbon footprint associated with conventional farming practices, there is a growing demand for sustainable alternatives that promote soil health and reduce greenhouse gas emissions. Biochar, with its ability to enhance soil fertility, retain moisture, and sequester carbon in the soil for centuries, is increasingly recognized as a viable solution to address these challenges. 

Furthermore, advances in biochar production technologies and process optimization are anticipated to drive market expansion in the coming years. From innovative pyrolysis reactors capable of producing high-quality biochar at scale to integrated bioenergy systems that maximize resource efficiency, technological innovation is reshaping the biochar industry landscape. As research continues to elucidate the complex interactions between biochar, soil microbiology, and plant physiology, new opportunities for product development and market growth are expected to emerge.

The Global Biochar market is poised for exponential growth as stakeholders across the agricultural and environmental sectors recognize the transformative potential of biochar in addressing pressing global challenges. With increasing awareness, technological innovation, and supportive policy frameworks, biochar is poised to emerge as a cornerstone of sustainable land management practices in the decades to come. 

Global Biochar market is estimated to reach $505.1 Million by 2031; growing at a CAGR of 11.2% from 2024 to 2031.

Contact Us:   

inquiry@metastatinsight.com

+1 214 613 5758

[farmerstrend]

Biochar in Agriculture: Why Kenyan Farmers Should Start Using Biochar for Sustainable Farming

Biochar is an age-old method of improving soil health. The earliest known use of biochar in agriculture was over 2,000 years ago by the pre-Columbian indigenous people of the Amazon Basin. When scientists tested the soil in the area, they noticed how it had remained rich for over eight hundred years. This is because the indigenous people of the Amazon Basin used amended leftover charcoal from…

[stargatesblog]

Agricoltua intensiva e pratiche agricole conservative

L'agricoltura intensiva è un sistema di produzione agricola caratterizzato dall'uso intensivo di risorse e tecnologie per massimizzare la resa per unità di superficie. Una forma di produzione spinta e che spesso può andare in conflitto con una maggiore sostenibilità delle pratiche agricole. Utilizzare fertilizzanti o altri prodotti chimici, spremere la resa colturale contro natura non sono pratiche sostenibli a lungo termine.

Questo approccio si basa su pratiche come:

Uso di Fertilizzanti e Pesticidi: Si utilizzano grandi quantità di fertilizzanti chimici per aumentare la fertilità del suolo e pesticidi per proteggere le colture da malattie e parassiti.

Monocultura: Spesso si coltivano grandi estensioni di una sola tipologia di prodotto, il che può aumentare l'efficienza ma ridurre la biodiversità e aumentare la vulnerabilità a malattie specifiche.

Sistemi di Irrigazione Avanzati: Vengono implementati sistemi di irrigazione per ottimizzare l'uso dell'acqua e garantire che le piante ricevano il quantitativo necessario di umidità.

Tecnologie e Meccanizzazione: Utilizzo di macchinari e tecnologie avanzate per migliorare la produttività e ridurre i costi di lavoro.

Allevamento Intensivo: Nel caso della zootecnia, si fa ricorso ad allevamenti che massimizzano la produzione di carne, latte o uova in spazi ridotti, con grande utilizzo di mangimi e antibiotici.

Se da un lato l'agricoltura intensiva permette di produrre grandi quantità di cibo in tempi relativamente brevi, dall'altro solleva preoccupazioni riguardo gli impatti ambientali, come il degrado del suolo, la perdita di biodiversità, l'inquinamento delle acque e il cambiamento climatico.

Inoltre, può avere effetti sul benessere animale e sulla qualità del cibo prodotto. È quindi oggetto di dibattiti e di ricerca per trovare pratiche più sostenibili. Ci sono pratiche agricole sostenibili come la produzione di colture di copertura e piante residue che hanno impatto nullo sull'ambiente e che costituiscono rimedi naturali per aumentare la resa dei terreni agricoli.

Altresì l'utilizzo di ammendanti agricoli natrali come il biochar naturale costituisce un ottimo sistema per aumentare la resa dei suoli senza interferire sull'ambiente e provocare il cambiamento climatico.

Le pratiche agricole conservative sono tecniche e strategie di gestione agricola progettate per preservare e migliorare la qualità del suolo, ridurre l'erosione e promuovere la sostenibilità ambientale. Queste pratiche mirano a minimizzare l'impatto negativo dell'agricoltura sull'ambiente, aumentando al contempo la produttività e la resilienza delle coltivazioni.

Gli attuali cambiamenti climatici tra le altre cose implicano il dover ripensare anche le stesse patiche agricole intensive, perchè troppo dispendiose per il terreno che messo sotto stress dal clima impazzito potebbe perdere qualità, caratteristiche e resa colturale. Molto meglio provvedere all'utilizzo si ammendanti biologici come il biochar naturale.

Alcune delle pratiche comuni associate all'agricoltura conservativa includono:

Tillage Zero o Minimum Tillage: Riduzione o eliminazione dell'aratura tradizionale, che aiuta a mantenere la struttura del suolo e a conservare l'umidità.

Rotazione delle Colture: Coltivare diverse specie di piante in successione per migliorare la salute del suolo, ridurre le malattie e i parassiti e ottimizzare l'uso dei nutrienti.

Copertura del Suolo: Utilizzo di piante di copertura, come legumi o erba medica, per proteggere il suolo dall'erosione, migliorare la biodiversità e aumentare il contenuto di materia organica.

Conservazione dell'Acqua: Tecniche per gestire in modo efficiente l'acqua, come la raccolta dell'acqua piovana e l'irrigazione a goccia, per ridurre il consumo e l'erosione.

Uso di Fertilizzanti Organici: Promozione dell'uso di compost, letame e altri fertilizzanti organici per migliorare la fertilità del suolo senza dipendere esclusivamente da fertilizzanti chimici.

Gestione Integrata delle Avversità: Approccio olistico alla gestione delle malattie e dei parassiti, tramite la combinazione di pratiche culturali, biologiche e chimiche in modo sostenibile.

Diversificazione delle Coltivazioni: Coltivare una varietà di piante per aumentare la resilienza dell'ecosistema agricolo e ridurre il rischio di fallimenti dovuti a condizioni climatiche avverse o a malattie specifiche.

Applicando queste pratiche, gli agricoltori possono contribuire alla sostenibilità ambientale, migliorare la qualità del suolo, incrementare la biodiversità e garantire la produttività a lungo termine delle loro terre.

[keroneeng]

Biochar Processing From Wood

Kerone is a leading manufacturer and supplier of biochar processing equipment, specializing in converting wood biomass into high-quality biochar through advanced pyrolysis technology. Our innovative machines efficiently heat wood at high temperatures in the absence of oxygen, ensuring optimal carbonization and maximum yield. Kerone’s biochar processing systems are designed for sustainability, offering a clean, eco-friendly solution that helps reduce waste and produce valuable carbon-rich products. With a commitment to sustainable solutions, Kerone provides reliable, customized solutions for efficient biochar production from wood. For more detail visit at our website at: https://www.kerone.in/

[andybodders]

Drop in session for proposed Ludlow Biochar plant Wednesday 6 November 2.00pm to 7:30pm

Shropshire Council is proposing to convert the former biodigester site on Coder Road to produce biochar, a carbon-rich organic solid partially combusted in a low-oxygen environment. Agricultural and forestry waste will be carbonised under temperatures of up to 700°C in a process called ‘pyrolysis’. The process releases gases, and sometimes bio-oils, and leaves biochar, a solid residue of at least…

[rohitacumen]

Biochar Market: Agri-Tech Producers LLC, Biochar Products, Diacarbon Energy Inc.

Acumen Research and Consulting, a leading market research and consulting firm, has released a detailed report analyzing the Biochar market’s size, trends, and growth forecasts through 2030. The report reveals a robust growth trajectory, driven by increasing awareness of environmental sustainability, agricultural productivity, and regulatory initiatives supporting carbon reduction. The Global…

[revista-amazonia]

Cooperativa equatoriana produzirá biochar de cannabis na Amazônia

  A ANANDA, uma cooperativa equatoriana liderada por Paul Moreno e seu filho Sebastián, está prestes a revolucionar a sustentabilidade na Amazônia com a produção de biochar a partir da cannabis. Em uma conversa com o portal El Planteo, Paul e Sebastián, respectivamente presidente e gerente da ANANDA, compartilharam sua visão de desenvolvimento sustentável e a busca por apoio internacional para…

[riicchperu]

Biochar en la agricultura.

[bettreworld]

#Carbon Chicken Project Revolutionizing Agriculture: Carbon Farming and ...

[market-insider]

Biochar Market Innovative Trends: Size, Share, and Growth Report

The global biochar market size is expected to reach USD 1350 million by 2030, registering a CAGR of 13.9% from 2024 to 2030, according to a new report by Grand View Research, Inc. Globally increasing demand for the product in organic farming has been a major factor influencing the growth. In addition, increasing consumption in livestock feed and awareness pertaining to benefits of biochar as soil amendment are expected to drive the demand. Biochar is an evolving industry and is anticipated to become a major influencing factor in increased crop yield and productivity of the agriculture sector. It improves soil fertility and provides necessary nutrition to crop. Moreover, applications in energy production and greenhouse gas remediation are expected to provide new revenue opportunities to the sector.

Biochar Market Report Highlights

Total product manufactured using pyrolysis technology in 2023 accounted for 65.1% market share in terms of revenue and is expected witness rapid growth over the estimated period

Asia Pacific is expected to witness extensive growth in the forthcoming years due to increasing application of the product in livestock feed and organic farming

Pyrolysis technology is increasingly used by Earth Systems and Clean Fuels B.V. among other manufacturers operating in the biochar market.

For More Details or Sample Copy please visit link @: Biochar Market Report

The market consists of organized and unorganized manufacturers. Growing economies such as China, India, Japan, Mexico, and Brazil produce significant amount of biochar through small and medium scale industries mainly running into village areas. Whereas, large scale manufacturers are concentrated in North America.

Consumption in agricultural application was the highest in 2022 and is anticipated to rise significantly over the forecast period. Among various applications in agriculture, farming held the highest market share  in 2022.

In terms of volume, the agriculture sector is estimated to witness speedy growth over the forecast period. It has also gained high popularity in livestock farming as an additive in animal feed. The livestock sector has gained high importance, especially in regions such as Europe and North America where animal flesh is extensively consumed by human beings as a food. As a result of this, biochar consumption is expected to grow substantially in the foreseeable future.

[indoorverticalfarmingnews]

Qualterra Partners with Bledsoe Wine Estates to Study the Impact of Biochar on Vineyard Soil Health

Key Takeaways: Qualterra and Bledsoe Wine Estates have partnered to study biochar’s effects on vineyard soil health and water holding capacity. The research aims to evaluate how biochar influences soil moisture retention, nutrient availability, and grape quality. The partnership reflects a shared commitment to sustainability and agricultural innovation in viticulture. Qualterra’s proprietary Ag…