PPT-Making Biochar Commercially Viable

Recent Experiences from around the World Stephen Joseph The Context Most trials carried out with high application rates gt 2 tonnesha with fine dusty material Most biochar expensive gt300tonne. But this claim is only the beginning of an analysis not the end There is no technical de64257nition of commercially sensitive information Everything from the existence of a contract to illegal bribes to most of what is disclosed under securities reg Cowie, Bhupinderpal Singh . Lukas Van Zwieten . The Case for Biochar . Costs of climate change. In 2010, climate change cost:. 700 billion USD . 0.9% global GDP. 400,000 . deaths per year – . 90. % children. . Structure. , . Stability. , and . Sequestration. Alice Budai. April 2011. Image from . www.nationalgeographic.com. Outline. Motivation. . behind. . Biochar. Research. Why. . focus. . on. . Stability. Andrew Barnes, Shailesh Shrestha, Steven Thomson, Bouda Ahmadi (SRUC Policy Analysis Team). Farm Level Viability. Sustainable development of the industry relies of farms being financially viable. CAP reform and local policy is informed by derivation of fragility indicators across both biophysical and financial vectors. testing referee. . results. Southwest Region 4. 2016. by Michael . Aberle. . RST. Ransom . Seed Laboratory. Tetrazolium testing referee results. 2016. 40 participants . 30 laboratories . 35% . of the respondents were from the West coast region 4. biochar. technology: A potential contribution to sustainable mining in Zambia. 1. Stephen . Syampungani. ,. . 2. Olusegun . Yerokun. ,. 1. Concilia Monde . 1. Wilson . Moono. , Nancy . Chileshe. & Nalukui . a poplar short . rotation . coppice in Italy. Maurizio Ventura. 1. , Giorgio Alberti. 2,4. , Gemini Delle Vedove. 2. , Franco Miglietta. 3,4,5. , Giustino Tonon. 1,4. . (1) Faculty of Science and Technology, Free . what does the global experience suggest. ?. Marius . Vismantas. Country Sector Coordinator, Financial and Private Sector Development. Ukraine, Belarus & Moldova. This presentation is based on a subject matter presentation developed by the World Bank Group staff. The . Tasmanian Team members: . Sally Bound, . Marcus . Hardie. , . Alieta. . Eyles. , Garth Oliver, . Steve Paterson, Justin Direen, . Dugald. Close. NZ Team members:. Brent Clothier, Steve Green, Markus . David Rice. 110110356. Dr Marcel Jansen. Professor Peter Jones. March 2014. What is . Biochar. ?. Carbon rich product. Obtained when biomass (wood, manure, leaves) is thermally decomposed at temperatures between 350-750°C. Biosorbent. . By Melissa Jacquez. Environmental Engineering department Northern Arizona University. Mentor Dr. . Fethiye. . Ozis. Importance of clean water. Mine spills effecting rural commutes. Chenzhou. Charcoal Carbon Sequestration & and Carbon Trade Christoph Steiner The University of Georgia, Dep. Bio & Ag Eng. Avoid Carbon Emissions About 22% of the world ’ s total energy are utilized just in the United States, which has only 4.5% of the world Jihoon . (. James) . Kang. , Ph.D.. University of Texas Rio Grande Valley. School of Earth, Environmental and Marine Sciences. Jihoon.kang@utrgv.edu. the Rule of Threes. 3 min without air. 3 hour without shelter. Biochar and Iron Sand Media. E. COLI TMDL LOAD REDUCTION. Shingle Creek TMDL Load Reduction Curve. IN SUMMARY. Need big reductions in nutrients, sediment, and bacteria. No handy point sources – diffuse non-point sources.