Successfully reported this slideshow.
We use your LinkedIn profile and activity data to personalize ads and to show you more relevant ads. You can change your ad preferences anytime.

RaCBio concept and how can it work

Our quest for sustainable technology has led us to develop RaCBio. You will learn the sustainability and the step-by-step implementation from this presentation.

Related Books

Free with a 30 day trial from Scribd

See all
  • Be the first to comment

  • Be the first to like this

RaCBio concept and how can it work

  1. 1. September 2020 Presented Horst Unterlechner 1
  2. 2. Renewable energy why? • Direction world is moving • Decentralisation of supply system • Electricity storage developments • Carbon tax & global pressure to reduce GHG • Anti-coal lobby • Utility challenges & escalating cost • Growing customer demand • Alternative fuel options • Self reliance & independence • Waste challenge 2
  3. 3. Biomass or Waste to Energy • Waste and sewage management growing challenge • Becoming an environmental treat • Large volumes biomass available - opportunity • Technology makes it possible to compete with grid power • Biogas – green solution to produce : • Domestic fuels – cooking & refrigeration • Renewable biofuels - green transportation fuel • Decentralised own generation – tri generation • IBERT has been involved in bio waste to energy technology solutions for past 10 year 3
  4. 4. iBert Largest biogas company in SA Build 7 tradition AD plants to date in SA +- 160 Europe piggeries, dairies, Napier grass, abattoir waste, food waste sewerage plant 7 year biogas & 30 years renewable energy experience Solutions for: • Commercial plants – ibert 20 to 350kW - SA 🇦🇹 🇿🇦 • Industrial (RaCBio ) – rapid cellulose bioreactor (second generation technology) 30 - 1,2MW 🇿🇦 • LVS Botswana - electrical & control specialist + MV & HV interconnection 🇧🇼 • KTS - Gas storage & cleaning technology for sewage gas 🇩🇪 • RuSiTec - Biological partner for RaCBio technology 🇩🇪 Partners : iRCB+LVS+KTS+RuSiTec4
  5. 5. Technology evolution competes with food production resources low value by-product not matured technology 1980 2000 2030 5
  6. 6. Napier Grass Napier Grass 10ha Heat Shredding & cooking 1t/50kWel 20t/1MW RaCBio Silage Napier Grass 10ha 400ton/y/ha Cellulose feedstock production Biogas from biomass farming process Protein rich feed 1t/500kg Fertilizer Nutrient water1t/400lite 1t/500m3 Electricity Into local or national grid Gas holder Use grey water from WWTP For irrigation Traditional waste water treatment plant Biogas gas grid Sell cooking gas to households via low pressure local gas grid Biogas Depo (virtual gas grid) Sell cooking gas to households, that are more than 10km away from plant Household & village will have 2m3 biogas bags +- 1 week cooking Virtual gas grid Village Village Dedicated CHP Tri generation Transportation fuel Use biogas as fuel Filling station for Munic vehicle or taxi’s @ 20bar 1t/240l diesel eqv 6
  7. 7. FARMING Feedstock Cattle Dairy Agri Economy Revenue stream Biomass to biogas building block Cross subsidy Via energy sales Technolog y AD & Hydeolysis 7
  8. 8. Traditional agriculture and food value change 8
  9. 9. Silage Production & storage - INPUT9
  10. 10. Commercial biogas plant by ibert < 20 ton/ day kW output 10
  11. 11. Rumen cellulose bio-refinery Hannover University Germany commercial tests 2013 - 2016 Findings : • Can convert any cellulose & heme-cellulose • Very short retention time • High quality gas 11 Commercial size plant test plant
  12. 12. Schematic description of required components Animal feed pellets 12
  13. 13. Second Generation Bio-chemistry Nature has the answers J.W. Czerkawski •Copy natures process and convert all cellulose and hemicellulose material into biogas •Split traditional biogas process •Reduce retention time & plant size •Large selection feedstock •Much more controllable biological process Output •Protein rich substrate •Sulphurs free biogas •Nutrients rich water 13
  14. 14. Containerised modular plant • Retention time reduce to 72 hrs compared with 21 – 55 days via traditional AD • Modular design can process from 500kg up to 22 ton per day • Produce between 13 to 350m3 biogas per hour can be used as: • domestic fuel, transportation fuel or electricity generation • 500m3 of biogas for each ton of celluloses and or hemi-celluloses feedstock • Produce sulphur free biogas • By-product from system is: • proteins extracted from the feedstock and can be pelletised separately as animal feed • nutrient rich 100% organic liquid fertilizer containing phosphor, potassium, calcium and magnesium 14
  15. 15. RaCBio OUTPUT per ton of feedstock Input Output 1 000 kg cellulose feedstock DM>60% (maize, corm, wheat grass silage, etc) · +- 500 kg protein rich animal feed pellets with 15 – 40% pure protein per volume · 500m3 biogas; 52% CH4 = 22MJ/m3 energy from this it is possible to produce: · 1 700 kWh - electricity (at 35% conversion efficiency) or · 240 litres equivalent of diesel or petrol ( at 36Mj/litre) or · 180kg of equivalent LPG gas (at 49Mj/kg) · 500 litre of nutrient water (+- 80% of total volume) containing phosphor, potassium, calcium and magnesium this can be used as is or filtered into drink water · GHG saved 5,27 ton CO2e 15
  16. 16. Biogas – domestic fuel OUTPUT cooking & refrigeration 16
  17. 17. Biogas applications Electricity generation via CHP Vehicle conversions - biogas 17 Biogas upgrading Biogas filling station Biogas cooking fuel
  18. 18. Direct and associated services related to biogas intervention Feedstock supply Secondary Supportive services Farming Napier grass Bana grass agri-silage Maintenance Electrical pumps, mechanical CHPs Substation Smart Grid Gas Grid Equipment supply Mechanical Pipes Gas/Water Irrigation water storage Vessels, Civil work Equipment supply Transport Harvester, Tractor Trucks, Trailer Compactor Staff Vehicle Biogas vehicle’s Conversion & manufacturing Trucks, cars Tractors, Harvester Busses Plant establishment biogas BCNG production silage & feedstock Electricity gen Support staff HR, Finance, Mng Primary Water mng Manufacturing Steel work Flare Gas train SmartGas grid Gas bags Gas Bottles Shipping container Silage lining Biogas upgrading CH4/CO2 producing Compressing Bottling Bulky gas container Virtual Gas grid Irrigation Storage Pumping Piping Valves Gas mng Safety flares Gas train Storage bags Truck vehicle Filling station Industrial CO2 Transportation Feedstock animal feed nutrient water piping gas Virtual Gas container Equipment supply Electrical Pumps Pipes Controls PLC Sub Station Smart Grid Research Testing Laboratories for Feedstock quality animal feed qualification Fertiliser register Workshop Maintenance Farming equipment Tractor/Harvester Shredder/Silage compactor Truck specialised for Dual fuel transport equipment Testing Feedstock quality animal feed Nutrient water Protein Gas Data Base Grid mng Electrical grid mng Quality mng Gas grid mng Statistic feedstock Fertiliser animal feed Agri data base Crops harvesting Training Center Staff Farming Lab Gas Economist Sales 18
  19. 19. 42m Schematic for 1MW RaCBio plant19
  20. 20. Contact detail iRCB Bedfordview Gauteng South Africa E-Mail: horst@ibert.co.za info@ircb.online www.ircb.online Horst Unterlechner Director Mobile phone: + 27 (82) 043 9617 20

×