Regional Biogas Development Strategy and Action Plan - Tartu

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VI.5 To work out the proposal for methane fuel testing, production, refining, supply, storage, refueling, and safety techniques to the Development Fund, Environmental Fund, Agricultural Register and Information Board via setting up partial financing of the biomethane pilot plant; the economic indicators, risks and risk management measures of this pilot plant should be publicly available to encourage other companies to invest in the market of methane fuels; VI.6 To support the creation and activities of the bioenergy cooperatives which produce and sell biogas and biomethane to the local community to reduce dependence from central energy supply. VII. The strategic objective in public awarenss building on biogas is to achieve the common knowledge that biogas is as well know as logs or pellet in Estonia. To achieve this: 7.1 To inform public on public benefits and positive impact to society of biogas and biomethane; 7.2 To collect and merge the results, outcomes and information of all biogas related projects into Estonian Biogas Portal and to support Estonian Biogas Association to manage this portal; 7.3 To investigate and to inform public on positive impact of digastate as organic fertilizer; 7.4 To ensure the availability of biogas related easy understandable knowledge to large public; 7.5 To implement campaigns to promote methane fuels as alternative, clean, local renewable energy source and solution for Estonia; 7.6 To support the biogas related, research, development and training on management and technology of biogas production and consumption. 32
6. Implementation of biogas production and utilization The implementation scheme of Estonia concerning production and utilization of biogas is presented in Table 3 by the value chain. Each stage of the value chain is illustrated with a strategic objective and descriptions of actions, also method of implementation and period are pointed out. Actions whose have the highest priority and can be urgently feasible own preferential position (I, II, III, etc.) in the table of implementation. Selection has been made on the principle that with the best low expense of resource will be achieved maximum effect. Table 3. Biogas development strategy and its implementation Action plan for the years 2012 – 2020 Nr. Description of action Method of implementation Period of implementation 1. The production of biogas inputs – Strategic objectives of the production of biogas inputs for 2030 is to take advantage of cost-effective amounts of biowaste and biomass for biogas production I The subsidy to the owners of biogas inputs (landfills, animal farms, etc.) to their Regarding the conditions of investment supports, to introduce the prerequisite investment project should be made to produce biogas from biomass. mandatory with precondition to start to Members of the investment supports 2012 – 2020 produce biogas from biomass.from commission have to pass special II Elaborate measures of biogas inputs implementation. III Introduce an obligation to local governments to collect biowaste separately. In addition to that there will be garden and park waste. 50% of biodegradable waste must be collected by the year 2020. IV Biomass (silage) production support lands that have not been used and from wildlife preserves according to their management rules V To link sewage sludge purification investment subsidies with the obligation on build a sewage sludge based biogas production units VI To link the investment support to the cattle breeders for manure storage with the obligation to build a biogas production VII VIII units 80% of landfill gas should be used to convert energy into useful energy Keep records of annual biomass forecasts and amounts of consumption of the last year’s biomass. To have clear data on how much available biomass potential has been used every year training concerning the field of biogas. Making a costs-benefits analysis of biogas inputs measures in order to find inputs with the highest efficiency. The obligation of separate biowaste collection must be legalised in local government’s waste regulations. Calculate costs and benefits of the action and develop an appropriate action Calculate costs and benefits of the action and develop an appropriate action Calculate costs and benefits of the action and develop an appropriate action Obligate to collect biogas generated from landfills and use biogas as a renewable energy Practical calculation methods of biogas production will be introduced to the biogas procedures to enable them to report the amounts of produced biogas to the Estonian Statistics Agency, 2012 – 2020 2012 – 2020 2012 – 2020 2012 – 2020 2012 – 2020 2012 – 2020 2012 – 2020 33
Page 1 and 2: Regional Biogas Development Strateg
Page 3 and 4: Definitions and Abbreviations Bioen
Page 5 and 6: It is important for each state's en
Page 7 and 8: 1.2 The biogas sector in relation t
Page 9 and 10: Figure 1. Technologial scheme of bi
Page 11 and 12: V. Marketing and sales - Economical
Page 13 and 14: finances from other side creates a
Page 15 and 16: In 2011, thus consumption of petrol
Page 17 and 18: maximum use of the European Union
Page 19 and 20: The Bases of the Security Policy of
Page 21 and 22: Environment and the Ministry of Agr
Page 23 and 24: 2) social issues, and 3) waste mana
Page 25 and 26: 4.2.3. Impact on the air environmen
Page 27 and 28: 4.2.5. Impact on the visual environ
Page 29 and 30: I.8 To use 80% of landfill gas for
Page 31: V.6 To introduce the obligation to
Page 35 and 36: VI fertilizer. It must cover the wh
Page 37 and 38: I II III IV V VI VII VIII natural g
Page 39 and 40: II III IV V biomethane. To collect
Page 41 and 42: enewable energy production, namely
Page 43 and 44: transported to a central location w

Regional Biogas Development Strategy and Action Plan - Tartu

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