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Showing posts with label TFOD. Show all posts
Showing posts with label TFOD. Show all posts

Friday, 24 November 2017

Biochar trench production and hoof processing

Biochar - Yahoo Groups

Frits work with integrating TFOD trench biochar production with cattle stalls in Mozambique looks like a practical solution for a number of situations. Could raw, lumpy charcoal be provided as bedding for cattle, goats, horses and pigs, thereby crushing the char, capturing nutrients, reducing emissions, reducing odour / fly /insect pests, improving animal health and comfort, preparing biochar for composting or direct soil amendment.

Dennis Enright discusses biochar in Thailand

Biochar for small farm productivity – with guest Dennis Enright | Eco Living in Action

We go all the way to NZ to hear from Dennis and his biochar work in Thailand. This is closely linked to WarmHeart as well. A search here on the WarmHeart or Thailand tag will find more on this.

Wednesday, 23 August 2017

The amazing news from Nepal keeps coming...

More stunning stuff from Hans-Peter and the team working in Nepal...
"We recently published a new paper about using field made biochar as nutrient carrier achieving average yield increases of 100% with concentrated root zone application of only 1 t biochar per ha. Demonstrating the new method in 21 field trials with 13 different crops seems quite consistent and we hope to trigger new experiments and farmer adaptations  in what might become a breakthrough in agronomic biochar use. I attach the paper wishing you an inspiring read, 
Yours, Hans-Peter"

BIOCHAR-BASED FERTILIZATION WITH LIQUID NUTRIENT ENRICHMENT: 21 FIELD TRIALS COVERING 13 CROP SPECIES IN NEPAL

Hans-Peter Schmidt 1 * , Bishnu Hari Pandit 2 , Gerard Cornelissen 3,4, Claudia I. Kammann 5
1 Ithaka Institute for Carbon Strategies, Rue de l’Ancienne Eglise 9, CH-1974 Arbaz, Switzerland 
2 Ithaka Institute for Climate Farming (IICF), Ratanpur, 33900 Tanahu, Nepal 
3 Institute for Environmental Sciences (IMV), University of Life Sciences (NMBU), Akershus, As 1432, Norway 
4 Norwegian Geotechnical Institute (NGI), 0806 Oslo, Norway 
5 WG Climate Change Research for Special Crops, Department of Soil Science and Plant Nutrition, Hochschule Geisenheim University, Von-Lade-Str. 1, Geisenheim D-65366, Germany 
Received 27 January 2017; Revised 15 May 2017; Accepted 29 June 2017 

ABSTRACT 

"Biochar produced in cost-efficient flame curtain kilns (Kon-Tiki) was nutrient enriched either with cow urine or with dissolved mineral (NPK) fertilizer to produce biochar-based fertilizers containing between 60–100 kg N, 5–60 kg P2O5 and 60–100 kg K2O, respectively, per ton of biochar. In 21 field trials, nutrient-enriched biochars were applied at rates of 0·5–2 t ha 1 into the root zone of 13 different crops. Treatments combining biochar, compost and organic or chemical fertilizer were evaluated; control treatments contained same amounts of nutrients but without biochar. All nutrient-enriched biochar substrates improved yields compared with their respective nobiochar controls. Biochar enriched with dissolved NPK produced on average 20% ± 5·1% (N = 4 trials) higher yields than standard NPK fertilization without biochar. Cow urine-enriched biochar blended with compost resulted on average in 123% ± 76·7% (N = 13 trials) higher yields compared with the organic farmer practice with cow urine-blended compost and outcompeted NPK-enriched biochar (same nutrient dose) by 103% ± 12·4% (N = 4 trials) respectively. Thus, the results of 21 field trials robustly revealed that low-dosage root zone application of organic biochar-based fertilizers caused substantial yield increases in rather fertile silt loam soils compared with traditional organic fertilization and to mineral NPK or NPK-biochar fertilization. This can be explained by the nutrient carrier effect of biochar, causing a slow nutrient release behaviour, more balanced nutrient fluxes and reduced nutrient losses, especially when liquid organic nutrients are used for the biochar enrichment. The results open up new pathways for optimizing organic farming and improving on-farm nutrient cycling."

Monday, 10 July 2017

Low-tech Flame Carbonizers for Biochar Production - webinar

Utah State University, Forestry Extension: Learn at Lunch Webinar

Low-tech Flame Carbonizers for Biochar Production: Theory and Applications
Kelpie Wilson, Wilson Biochar Associates
Date: Tuesday, July 25

Time: 12 pm (
MDT)
Biochar is made by applying heat to biomass in the absence of oxygen. Flame carbonization uses the flame itself to exclude oxygen. Flame carbonization methods can produce high quality biochar from low value biomass waste found in fields and forests without investing in expensive equipment. Kelpie Wilson will explain the theory and design principles for using flame carbonizing techniques in various applications such as forestry, farming and urban tree care.
This webinar is good (only if viewed live) for 1 CEU from: Society of American Foresters OR International Society of Arboriculture.
Kelpie Wilson is a mechanical engineer and analyst with 30 years of experience in renewable energy, sustainable forestry and resource conservation. Since 2008, she has focused on biochar as a tool to move excess carbon from the atmosphere to soil, where it can improve soil health and sequester carbon. She consults with farmers, private industry, and government agencies through her company Wilson Biochar Associates. She serves on the board of the US Biochar Initiative, works with several local groups in Oregon promoting sustainable forestry and agriculture, and presents many classes and workshops on small scale biochar production and use every year. 

Wednesday, 11 January 2017

Biochar workshop in Thailand - early notice

I'm helping Warm Heart organise a 3-day workshop near Chiang Mai on biochar production and applications. More details will be provided soon, including the dates for the workshop but it will be toward the end of February.

A search on 'Warm Heart' on this blog will provide some context for the workshop. There is also some interesting video clips on their website that back-ground their community work in Phrao, Thailand.

Participant numbers will be limited to about 15 and workshop fees should be between US$100-150 pp, depending on numbers. Transport, accommodation options and meals are currently being arranged.

Please let me know if this is of interest to you. More soon.
Regards, Trevor
febiochar(at)gmail.com

Wednesday, 12 October 2016

The Warm Heart FC Trough

The Warm Heart FC Trough

The Warm Heart team has been developing a new type of flame cap / flame curtain (FC) biochar production unit. These are FC Trough units, which are defined as above ground FC units with a non-square, rectangular top aspect.
The general design was developed as a result of considering the easiest low tech way to pyrolyze a great variety of the feedstock types available to the small holders in developing countries, that is, with a minimum amount of processing &/or transportation of the feedstock beyond the initial harvesting.

Given this economy of effort/cost and the basic growth pattern of much potential feedstock, the design will be of interest to the small to medium low tech, distributed biochar makers in developed regions. These are derivatives of the original Japanese technology and are Top Fed Open Draft FC units and not to be confused with kilns since they do not fit the Standard English definition of kiln.
The Warm Heart team took the basic FC trough concept and, with the support of management, come up with a special FC Trough design which features reduced weight without sacrificing durability and without greatly increasing fabrication cost or difficulty.

This is accomplished by reducing the thickness of the firebox sheet metal and laying out the base and long sides as a single rectangular panel so that the sides are simply bent up from the central base section of the panel at the desired angle.

The ends are inverted isosceles trapezoids congruent with the outline of the bent base and long sides. They are welded on at right angles to the base. This lightweight fire box is cradled in a light weight supporting frame made of box iron (or square iron – iron bars with a hollow square cross section).
To further strengthen the unit and secure the firebox in place, four angle irons encircle the top of the unit with the downward facing arms on the inside of the unit and the opposite arms making the uppermost rim of the unit. Thus the firebox rim is sandwiched between the box iron cradle rim and the angle iron (See schematic details, photos 22 &23).
This basic concept will be referred to as the Warm Heart Trough design.

http://warmheartworldwide.org/new-type-fc-biochar-production-unit/

Sunday, 28 February 2016

Warm Heart shows a new way forward on haze issues

Could this be a pointer to wider solutions for haze in Indonesia? When plantations and commercial agriculture recognize the value the carbon in waste biomass then we may have found an economic, social and environmentally acceptable solution.



Some earlier posts on this...
http://sea-biochar.blogspot.my/search/label/haze

Wednesday, 14 October 2015

Farm scale biochar production, biochar nutrient enhancement, and applica...

Hans-Peter summarizes his recent work in Nepal which covers simple biochar production methods, biochar nutrient charging methods, application methods and the results of field trials on a wide range of crops including onions, potatoes, tea, pumpkin, maize and banana.



Published on 11 Oct 2015
Video conference given by Hans-Peter Schmidt, Ithaka Institute, at the Joint International Biochar Symposium 2015, Germany

Tuesday, 7 July 2015

Biochar, Top Lit Open Burn Brush Pile Style

Steve has done a great job describing his experience with a top-lit pile burn.
If biochar and carbon has a value to plantations in the future, then this simple method may be the starting point for a biochar production revolution.

Friday, 22 May 2015

Kon-Tiki developments in Tasmania

Cone kilns, TFOD's, Kon-Tiki, whatever you like to call them, are rapidly becoming popular for biochar production. There are many clever design innovations being demonstrated around the world. I've been covering this in more detail here,
http://soilcarbon.org.nz/tag/tfod/

I'm in regular contact with Frank Strie in Tasmania. He has biochar activity humming in the state, working at the 'carbon' face of the industry. Here is a recent report...
image http://tasmaniantimes.com/index.php?/pr-article/kon-tiki-kiln-updates-events/

Saturday, 10 January 2015

Campfire Lessons: Breaking Down the Combustion Process to Understand Biochar Production

This new article from The Biochar Journal is another great introduction to biochar production and application...

By Mark R. Fuchs, M. Garcia-Perez, P. Small and G. Flora

“Campfires were the first step in the evolution of slow pyrolysis reactors. Observing the play of the flames while sitting around a campfire is still one of the best possible lessons to understand the main principles of pyrolysis. Mark Fuchs and colleagues bring the different natural phenomenon of the fire into context of modern pyrolysis.” …

Reviewer comment

Catherine Brewer:
One of the frequent challenges experienced by members of the biochar community is figuring out how to explain biochar and biomass thermochemical processes to friends and family members. The authors’ use of the campfire illustration is so helpful because it is familiar to a wide audience and scientifically accurate at the same time. After hearing this illustration the first time myself, I remember thinking, “I will never again see just a campfire.”

Sunday, 13 July 2014

Not-to-be-missed new video on simple biochar production

Kon-Tiki - open burn deep cone kiln for biochar




There's a bit of a buzz in the biochar community over these type of cone kilns (TFOD) and 'Moxham' kilns. Backyard biochar has led the way on this... http://backyardbiochar.net/

Although not stated, I think this video has been put together by Hans-Peter Schmidt at the Ithaka Institute in Switzerland during a recent visit by Paul Taylor.

This type of simple, low cost, versatile and relatively clean biochar production may be the way forward for many home biochar production scenarios. It looks particularly suitable for unprocessed woody biomass. It may even offer a better solution than 200L TLUD's for my suggested haze reduction project.

I will be visiting the Ithaka Institute later this month and hope to progress biochar plantation trials later in the year. The plantation companies will want to see some economic validation for biochar before there is any investment in biochar production or large scale support for developing plantation biomass to biochar projects.