Mozambique - Business creation project

Décrivez votre projet en quelques mots

BioGasCucle is a program for recycling organic waste in urban areas. The organic matter is transformed into biogas using biodigesters. Biogas is a source of renewable energy for cooking, lighting or generating electricity on a small scale.

01.01 Décrivez votre projet en détail

The biogas produced can be used as a renewable energy source for various purposes, such as cooking food, lighting and small-scale electricity generation. This not only reduces the amount of waste sent to landfills, helping with sustainable urban waste management, but also closes the nutrient cycle efficiently. After the anaerobic digestion process in biodigesters, the resulting organic compost can be used as high-quality organic fertilizer to fertilize agricultural soils. This compost not only improves soil fertility, but also reduces dependence on chemical fertilizers, promoting more sustainable agricultural practices and completing the nutrient cycle in an integrated way. In addition to the environmental benefits, such as reducing methane emissions from landfills and closing the nutrient cycle, initiatives like this also have positive social impacts by promoting awareness of waste management and the use of renewable energies within urban communities.

01.02 Quel est le problème principal que vous essayez de résoudre ?

BioGasCycle aims to solve the intertwined challenges of waste management, energy generation, and agricultural sustainability by implementing biodigestion technology to convert organic waste into biogas and nutrient-rich fertilizer, thereby fostering a more sustainable and circular urban ecosystem. 1. Waste Management: BioGasCycle reduces methane emissions by diverting urban organic waste from landfills to biodigesters. 2. Energy Generation: bioGasCycle converts organic waste into biogas for renewable energy use in urban areas. 3. Agricultural Sustainability: BioGasCycle produces organic fertilizer from biodigester digestate, supporting eco-friendly farming practices. 4. Circular Economy: BioGasCycle promotes resource efficiency by recycling organic waste into biogas and fertilizer, fostering urban sustainability.

01.03 Dites-nous quels sont les principaux avantages et/ou bénéfices de l'utilisation du produit/service que vous souhaitez fournir par votre projet (au moins 3).

The BioGasCycle project offers several key advantages: - Environmental Impact: by diverting organic waste from landfills to biodigesters, BioGasCycle significantly reduces methane emissions, a potent greenhouse gas. This contributes to mitigating climate change and improving air quality in urban areas. - Energy Sustainability: utilizing biogas produced from organic waste as a renewable energy source promotes energy independence and resilience within communities. It provides a reliable alternative to traditional fossil fuels for cooking, lighting, and small-scale electricity generation. -Agricultural Benefits: the nutrient-rich digestate from biodigesters serves as high-quality organic fertilizer. This supports sustainable agriculture by improving soil health, reducing reliance on chemical fertilizers, and enhancing crop productivity without depleting natural resources.

01.04 Veuillez décrire précisément à qui s'adressera le produit/service de votre projet. Quels sont les bénéficiaires visés ?

The targeted beneficiaries are: 1. Urban Communities: residents and businesses in urban areas benefit from cleaner environments and improved waste management practices. 2. Energy Users: individuals and households gain access to renewable biogas for cooking, lighting, and electricity, promoting energy independence. 3. Farmers and Agricultural Sector: agriculture benefits from nutrient-rich organic fertilizer, enhancing soil health and crop productivity sustainably. 4. Local Governments and Municipalities: governments improve waste management efficiency, reduce landfill waste, and meet environmental goals. 5. Environmental Advocates: organizations and individuals benefit from reduced greenhouse gas emissions and a circular economy approach, supporting environmental sustainability.

01.05 Quand avez-vous commencé à travailler sur votre projet ?

01/05/2024

01.06 Combien y a-t-il de propriétaires sur votre projet en plus de vous ?

3

01.07 Parmi les autres propriétaires, combien sont des femmes ?

2

01.08 Veuillez décrire le profil des autres propriétaires de votre projet (compétences, expérience, etc.).

Aniziley

01.09 Si vous avez un site web, une page sur les médias sociaux (Facebook, Instagram, Linkedin...) ou une application, veuillez fournir le(s) lien(s) ici :

01.10 Quel est le secteur d'activité qui décrit le mieux votre projet ?

a) Énergie (équipements, services, énergie durable et fossiles)

02.01.01 Mon projet contribue à l'objectif 'Pas de pauvreté'

7 - Tout à fait d'accord

02.01.02 Justification de la contribution de mon projet

BioGasCycle contributes significantly to achieving Sustainable Development Goal 1 (SDG 1) by addressing poverty in diverse ways. By implementing biodigesters for organic waste management, the project creates job opportunities in waste collection, biogas production, and sustainable agriculture. These jobs not only provide income but also support local economies and empower communities. Furthermore, BioGasCycle promotes resource efficiency by recycling organic waste into biogas and nutrient-rich fertilizer. This lowers agricultural costs, enhances soil fertility, and improves crop yields, particularly benefiting small-scale farmers who often struggle with expensive inputs. By providing renewable biogas as a clean energy alternative, the project enhances energy access in underserved areas, reducing reliance on costly traditional fuels and promoting economic stability. Through these efforts, BioGasCycle contributes to building resilient communities and fostering sustainable development.

02.02.01 Mon projet contribue à l'objectif 'Faim Zéro'

7 - Tout à fait d'accord

02.02.02 Justification de la contribution de mon projet

BioGasCycle contributes to achieving SDG 2, zero hunger, by improving agricultural productivity with organic fertilizer, reducing food waste through efficient waste management, and supporting cost-effective farming practices, ultimately enhancing food security and sustainability.

02.03.01 Mon projet contribue à l'objectif 'Bonne Santé et Bien Être'

7 - Tout à fait d'accord

02.03.02 Justification de la contribution de mon projet

BioGasCycle contributes to achieving Sustainable Development Goal 3 (SDG 3), good health and well-being, by reducing air pollution through biogas production, improving access to clean energy for cooking and lighting, enhancing agricultural productivity with organic fertilizer, and creating economic opportunities in sustainable sectors. These efforts support healthier environments, better nutrition, and economic well-being within communities.

02.04.01 Mon projet contribue à l'objectif 'Éducaiton de Qualité'

7 - Tout à fait d'accord

02.04.02 Justification de la contribution de mon projet

BioGasCycle plays a crucial role in supporting SDG 4 by improving energy access, promoting sustainability education, and enhancing school infrastructure, thereby contributing to inclusive and quality education for all.

02.05.01 Mon projet contribue à l'objectif 'Égalité entre les Sexes'

7 - Tout à fait d'accord

02.05.02 Justification de la contribution de mon projet

BioGasCycle contributes to SDG 5 by fostering economic empowerment, improving health and safety, promoting education and awareness, and enhancing women's participation in sustainable development efforts.

02.06.01 Mon projet contribue à l'objectif 'Eau Propre et Assainissement'

7 - Tout à fait d'accord

02.06.02 Justification de la contribution de mon projet

BioGasCycle contributes in this way: - Water Conservation: diverting organic waste from landfills to biodigesters, BioGasCycle reduces the strain on water resources associated with landfill leachate management. This helps in conserving water and maintaining water quality. - Improved Sanitation: efficient waste management through biodigesters minimizes environmental contamination from organic waste, thereby reducing the risk of water pollution and improving overall sanitation conditions. - Resource efficiency: the organic fertilizer produced from biodigesters enhances soil water retention and reduces the need for water-intensive chemical fertilizers. This supports sustainable agriculture practices and efficient water use in farming. - Community Health: access to clean biogas for cooking and heating reduces the reliance on traditional biomass fuels, which can contaminate water sources through deforestation and water collection for fuel.

02.07.01 Mon projet contribue à l'objectif 'Énergie Propre et Abordable'

7 - Tout à fait d'accord

02.07.02 Justification de la contribution de mon projet

BioGasCycle promotes clean energy by utilizing organic waste to produce biogas through anaerobic digestion. This process not only generates renewable energy but also reduces greenhouse gas emissions and helps manage waste sustainably. BioGasCycle aims to contribute to a cleaner environment and sustainable energy production.

02.08.01 Mon projet contribue à l'objectif 'Travail Décent et Croissance Économique'

7 - Tout à fait d'accord

02.08.02 Justification de la contribution de mon projet

BioGasCycle also contributes to decent work by creating employment opportunities in the renewable energy sector. It supports job creation in waste management, biogas production, maintenance of biogas plants, and related fields. By fostering employment in these areas, BioGasCycle contributes to economic growth while promoting environmentally friendly practices.

02.09.01 Mon projet contribue à l'objectif 'Industrie, Innovaiton et Infrastructure'

7 - Tout à fait d'accord

02.09.02 Justification de la contribution de mon projet

BioGasCycle contributes to industry innovation and infrastructure development by advancing technologies and practices related to biogas production and waste management. It promotes the development of infrastructure such as biogas plants and facilities for organic waste collection and processing. These efforts not only enhance energy security but also drive technological advancements in renewable energy and waste-to-energy solutions. By investing in innovation and infrastructure, BioGasCycle supports sustainable development goals and fosters economic growth in the clean energy sector.

02.10.01 Mon projet contribue à l'objectif 'Réduction des Inégalités'

7 - Tout à fait d'accord

02.10.02 Justification de la contribution de mon projet

BioGasCycle contributes to reducing inequalities by providing opportunities for communities, particularly in rural areas, to participate in and benefit from renewable energy projects. It creates local employment opportunities and empowers farmers and small-scale businesses involved in waste collection and biogas production. By decentralizing energy production and promoting access to clean energy sources, BioGasCycle helps bridge the gap between urban and rural areas in terms of energy access and economic opportunities. This can lead to more equitable distribution of resources and benefits, thereby reducing inequalities within communities.

02.11.01 Mon projet contribue à l'objectif 'Villes et Communautés Durables'

7 - Tout à fait d'accord

02.11.02 Justification de la contribution de mon projet

BioGasCycle plays a role in promoting sustainable cities by offering a renewable energy solution that helps reduce urban environmental impacts. By converting organic waste into biogas, BioGasCycle contributes to waste management strategies that minimize landfill usage and methane emissions. The biogas produced can be used for various purposes such as heating, electricity generation, and cooking, thereby reducing reliance on fossil fuels and lowering carbon footprints in urban areas. Furthermore, integrating biogas production into urban infrastructure supports sustainable development goals by enhancing energy security, improving air quality, and mitigating climate change effects. This approach not only contributes to cleaner urban environments but also fosters resilience against energy price volatility and supply disruptions. Overall, BioGasCycle promotes the transformation of cities towards more sustainable and livable environments through innovative waste-to-energy solutions.

02.12.01 Mon projet contribue à l'objectif 'Consommation et Production Responsable'

7 - Tout à fait d'accord

02.12.02 Justification de la contribution de mon projet

BioGasCycle promotes responsible consumption and production by utilizing organic waste to produce biogas through an environmentally sustainable process known as anaerobic digestion. This approach reduces the amount of waste sent to landfills, thereby minimizing environmental pollution and methane emissions, which are potent greenhouse gases. Additionally, by generating biogas from organic waste, BioGasCycle supports the efficient use of resources and promotes circular economy principles. The biogas produced can be used as a renewable energy source for heating, electricity generation, and cooking, displacing fossil fuels and reducing greenhouse gas emissions. Moreover, BioGasCycle encourages responsible consumption by raising awareness about waste management practices and promoting the recycling of organic materials into valuable energy resources. This contributes to more efficient resource utilization and helps mitigate environmental impacts associated with conventional waste

02.13.01 Mon projet contribue à l'objectif 'Luttle contre les Changements Climatiques'

7 - Tout à fait d'accord

02.13.02 Justification de la contribution de mon projet

BioGasCycle plays a crucial role in climate action by mitigating greenhouse gas emissions. It involves the production of biogas through anaerobic digestion of organic materials like agricultural waste, food scraps, and manure. This process not only produces renewable energy in the form of biogas (primarily methane and carbon dioxide) but also reduces methane emissions that would otherwise be released from organic waste decomposition in landfills or open fields. Thus, BioGasCycle helps in reducing overall greenhouse gas emissions and contributes positively to climate change mitigation efforts.

02.14.01 Mon projet contribue à l'objectif 'Vie Sous-Marine'

7 - Tout à fait d'accord

02.14.02 Justification de la contribution de mon projet

We prevent contamination of water and all aquatic life.

02.15.01 Mon projetp contribue à l'objectif 'Vie Terrestre'

7 - Tout à fait d'accord

02.15.02 Justification de la contribution de mon projet

We prevent contamination land and all life

02.16.01 Mon projet contribue à l'objectif 'Paix, Justice et Institutions Efficaces'

4

02.16.02 Justification de la contribution de mon projet

02.17.01 Mon projet contribue à l'objectif 'Parteneriats pour la Réalisation des Objectifs'

3

02.17.02 Justification de la contribution de mon projet

05.01 Il existe un grand nombre de clients qui utilisent déjà un produit/service très similaire à celui que nous envisageons de créer.

2

05.02 Le produit/service que nous voulons créer représente un type de produit/service entièrement nouveau

6

05.03 Le produit/service que nous voulons créer pourrait être décrit comme une nouvelle technologie

6

05.04 Le produit/service que nous voulons créer est une amélioration d'un produit ou d'un service existant

2

05.05 Le produit/service que nous voulons créer pourrait être décrit comme une extension d'une gamme de produits ou de services

2

05.06 Le produit/service que nous voulons créer répond à une demande ou à un besoin qui n'a pas été satisfait par d'autres produits/services.

2

05.07 Le produit/service que nous voulons créer est une nouvelle version d'un ancien produit/service

2

05.08 Justification de mon projet

05.09 Qui sont vos principaux potentiels concurrents et qu'est-ce qui vous différencie d'eux ?

The main competitor to the BioGasCycle, which involves the production of biogas from organic waste, is likely traditional sources of energy such as firewood, charcoal, and fossil fuels like kerosene or diesel. These traditional fuels are commonly used for cooking and heating purposes in many households and communities across the country. Economic factors, infrastructure limitations, and cultural preferences often influence the adoption and competition of alternative energy sources like biogas.

10.06 Menez-vous des actions au sein de votre communauté pour promouvoir le rôle des femmes entrepreneurs ?

I'm a girl mover and I'm committed to encouraging women to become entrepreneurs. In my community I share training opportunities and help with education and training in tools such as English and IT.