Bio-energy Policy Tool -Defining the WHO: The Case of Ghana

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Bio-energy Policy Tool -Defining the WHO: The Case of Ghana By Wisdom Ahiataku-Togobo Director, Renewable Energy Ministry of Energy ECOWAS ECREEE-GBEP REGIONAL FORUM ON BIOENERGY, BAMAKO 19-22 MARCH, 2012

Transcript of Bio-energy Policy Tool -Defining the WHO: The Case of Ghana

Page 1: Bio-energy Policy Tool -Defining the WHO: The Case of Ghana

Bio-energy Policy Tool -Defining the WHO:

The Case of Ghana

By Wisdom Ahiataku-Togobo

Director, Renewable Energy Ministry of Energy

ECOWAS ECREEE-GBEP REGIONAL FORUM ON BIOENERGY, BAMAKO

19-22 MARCH, 2012

Page 2: Bio-energy Policy Tool -Defining the WHO: The Case of Ghana

Bio-energy • Key energy resources in Africa and of the

future (Cheap and can be sustainable).

• Accounts for over 80% of domestic energy use

• Wide range of resources including

– natural forests,

– short-rotation plantations,

– wood processing,

– agricultural residues and

– Municipal and industrial organic waste.

– energy crops,

4/5/2012

Page 3: Bio-energy Policy Tool -Defining the WHO: The Case of Ghana

Bio-energy Policy Issues • Energy Security.

– Growing imbalance in woodfuel consumption and yield due to inefficient production and utilization -(Food processing and heating).

– Weak regulatory enforcement for the production, transport and export (charcoal)

• Climate Change Mitigation – Environmental threat due to bush fires, land

degradation among others

Page 4: Bio-energy Policy Tool -Defining the WHO: The Case of Ghana

Bio-energy Policy Issues

• Employment and Social Welfare – Wood fuel (firewood and charcoal) production are

the main source of income for the poor majority in the dry seasons.

– It is also the main source of revenue for most deprive districts.

– Policy to regulate and licence this activity has direct impact on the social livelihood of the poor.

• Health and Sanitation – Smoke and indoor air pollution from inefficient

woodfuel use – Improper disposal of wood and agricultural

residues; municipal liquid and organic solid waste (High BOD content ) pollute rivers and underground water – (main source for drinking). Aquatic life destroyed

Page 5: Bio-energy Policy Tool -Defining the WHO: The Case of Ghana

Bio-energy Policy Issues

• Agricultural sector

– ECOWAS sub region has good climatic conditions for the cultivation of energy crops, short rotation plantation and food.

– Bioenergy has potential to strengthen the agric sector and promote rural development (mechanised farming)

– Also has potential to threaten food security (competition for land use for Food production).

– Large scale energy crop production has impact on water resource and water pollution.

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Bioenergy Policy & Strategy • Development of a comprehensive bioenergy policy and

strategy is key to maximising the potential benefits from bioenergy.

• However, this is very complex – decisions on trade-offs between conflicting goals – need to ensure that interests and concerns are adequately

considered.

• The active involvement , commitment and cooperation across relevant Ministries and their Agencies is critical. – Energy, Environment, Food & Agric, Lands & Forestry, Health,

Trade & Industries, Employment & Social welfare, local Gov. etc.

• A committed agency to drive the policy is critical. In the case of Ghana – Energy Commission is the driving agency under the directives of

its sector Ministry - Ministry of Energy , Ghana

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Bioenergy Policy & Strategy

• Synergy between the State and citizens is also essential to move from policy on paper to policy on the ground. – Policy should satisfy local needs, and contribute to

poverty reduction at the grass root. – Involvement of Civil Society Organisations, Community

Base Organizations, NGO, Cooperatives, Industrial associations, among others is critical.

– Usually follows an iterative path, and takes time.

• Above all, good governance is critical to ensure accountability – government should be responsive to citizen demands, – decision makers should be enabled to get things done

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Lessons with Modern Bio-Energy Applications

• Improved cookstoves (firewood & Charcoal)

• Improved charcoal production technologies

• Briquetting (sawdust, charcoal dust etc)

• Co-generation (sawmill / palm residues )

• Biogas (municipal/farm waste, animal dung)

• Gasification (feasibility study/research)

• Biofuel – Jathropha, oil palm, soya bean oil, sunflower oil, etc.

• Energy crops and short rotation plantations.

Page 9: Bio-energy Policy Tool -Defining the WHO: The Case of Ghana

Framework for RE Policy Development in Ghana

• Technical committee inaugurated by the Minister for Energy. 2005 – Representative from Research Institution – Relevant agencies from the concerned Ministries

• Energy Commission, Environmental Protection Agency, Forestry Commission, Crop Services Department; Ghana Revenue Authority, Ghana Police Service etc.

– Representative of the RE Industry, civil society and NGO

– Representative from the Academia. • KNUST, UG–Legon, Cape Coast University, Valley View

University

Page 10: Bio-energy Policy Tool -Defining the WHO: The Case of Ghana

Mandates

• Undertake technical and economic assessment of bioenergy: – Analyse potential of bioenergy with emphasis on risks

and opportunities of available bioenergy resources

– Evaluate the most economic application sector • Household/Institutional cooking

• Heat and power for industries

• Transport fuel

• Export

– Land and water resource assessment for bioenergy feedstock

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Mandates

• Identify existing legal and regulatory issues from the different sectors relating to renewable energy including bioenergy.

• Harmonise all into a common legal instrument taking into consideration all interests and concerns.

• Develop policy strategy for implementation – Bioenergy policy strategy

• Stakeholder consultation is key at all stages. – Community level (follows an iterative path, which takes time). – National levels (professionals and industry players) – Ministerial level (cabinet) – Parliamentary level (political parties)

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Outcomes • Harmonized legal instrument - Renewable Energy Act 2011 (Act 832).

– The policy encourages the production of biofuel for local consumption and for export.

– The acquisition of relevant permit from the Min. of Food & Agriculture and the EPA for the production of energy crops for biofuel.

– The designation of biofuel blend as a petroleum product and the pricing of the blend will be done in accordance with the National Petroleum

Authority Act, 2005 (Act 691). • It also prescribes:

– A ban on biofuel imports to protect the local industry; – An exemption of locally consumed biofuel from levies and taxes; and – Imposition of levies and taxes on biofuel exports.

• The RE Act also has provision for: – Feed-in-tariff to give preferential and guaranteed tariff for electricity

generated from the renewable energy resources including bioenergy. – Mandatory purchase of electricity generated from renewable energy

sources (including Bioenergy) by the power distribution utilities and bulk consumers.

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Outcomes – Min of Food & Agric

• S1 Highly suitable for mechanized cultivation of export and food crops, (cashew nut, sunflower pineapples, maize corn, guinea corn, cassava etc ) .

• S3a poorly drained soils good for mechanized irrigation of rice, sugarcane, vegetables etc.

• S3c shallow soils. Could be hand cultivated vegetables and maize.

• N1 Unsuitable areas for upland arable and tree crops.

• D Very unsuitable areas for crop production. Soils are very saline and may be utilized for mining of edible salt.

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Outcomes

• Comprehensive document of bioenergy technology catalogue.

• Draft Bioenergy Policy Strategy document. – Stakeholder consultations at the community, regional and

national level – Draft document is currently subjected to Strategic

Environmental Impact Assessment after which it will be subjected to ministerial consideration, and then for parliamentary approval.

• Legislative Instruments for the smooth implementation of the RE Act is also under development for parliamentary approval. – The continuous consultation is to ensure full involvement

of all stakeholder including political parties.

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Conclusion • Bio-energy plays a very important role in Africa.

– Direct combustion: • Food processing, oil extraction process, brewing,

distillation, grilling, smoking etc.

– Food for Man-power / Animal-power: • Water supply, woodfuel supply, grinding, transport

• Ploughing, harvesting, fishing, Carpentry, construction, sewing, weaving, mining etc.

– All these productive works require food - BIOENERGY

• Development of an effective policy and strategic framework requires the active involvement of all concerned stakeholder.

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Conclusion

• Ghana is committed to develop all the relevant policies, regulatory frameworks and strategies for the development and promotion of RE and Bioenergy

• Without the right policies and implementation strategy, it will be difficult to attract investment in the RE and bioenergy subsector in particular for sustainable development.

• Investors want security, stable government among others to guarantee return on their investments.

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Danida, UNDP, WB, REEEP, FAO, GBEP and ECREEE are some of the Development Partners credited for their

support to Ghana’s RE policy development.

THANK

YOU

WISDOM AHIATAKU-TOGOBO DIRECTOR, RENEWABLE ENERGY MINISTRY OF ENERGY, GHANA

[email protected], [email protected] www.energymin.gov.gh