KLIMANEUTRALES
PRODUKT
pely-plastic GmbH & Co. KG unterstützt folgende UN Ziele für nachhaltige Entwicklung:
pely-plastic GmbH & Co. KG
Produkt „PELY® Müllbeutel“
Teilnehmer-ID: DE-2054-0805
Gültig bis: 05.08.2021
Diese Urkunde garantiert, dass die ausgewiesene Menge 843 Tonnen CO2 nach dem Standard des Greenhouse Gas Protocol bilanziert und mit nach Gold Standard geprüften internationalen Klimaschutzprojekten kompensiert wurde.
pely-plastic GmbH & Co. KG hat für „PELY® Müllbeutel“ 843 Tonnen CO2 Anteile (Zertifikate) aus Klimaschutzprojekten erworben und trägt damit sichtbar zur Realisierung dieser Projekte bei. Damit wird sichergestellt, dass die eigenen CO2 Emissionen für „PELY® Müllbeutel“ kompensiert und der Anstieg der Erderwärmung gedrosselt wird.
Die Klimaschutzprojekte wurden zertifiziert und die Ausgabe und Stilllegung der Zertifikate wird transparent registriert.
pely-plastic GmbH & Co. KG nimmt damit am freiwilligen Emissionshandel teil und leistet mit der Verringerung des Treibhausgases einen Beitrag für eine lebenswerte Umwelt. Der Inhaber dieses Zertifikats engagiert sich nachhaltig in den Bemühungen gegen die globale Klimaerwärmung.
Dipl.-Ing. Frank Huschka
pely-plastic GmbH & Co. KG unterstützt folgende Klimaschutzprojekte:
Infravest Wind Power CHANGBIN AND TAICHUNG
TAIWAN
Harnessing the energy of coastal winds to power Taiwan communities
These two wind farms help drive Taiwan’s renewable energy expansion and pave the way for sustainable development. Each year, this project prevents over 320.000 tonnes of greenhouse gases from entering the atmosphere.
The Context
Despite the abundant coastal winds along its shoreline, Taiwan remains heavily reliant on fossil fuels, which make up over 75 percent of its total installed electricity capacity. Shifting towards sustainable energy is vital for both Taiwan’s national security, and for its economic and environmental prosperity.
The Project
This project harnesses the plentiful supply of wind energy along Taiwan’s coast near Taichung in the west and Changbin in the east. The wind farms consist of 62 wind turbines, and generate over 480.000 MWh of clean power each year which is supplied to the local electricity grid.
The Benefits
In addition to contributing to global climate change mitigation, this project is engaged in several nature preservation enterprises such as regular beach clean ups and guided tours that raise awareness about climate change, pollution and other environmental issues. The project has also led to the forestation of 2.400 m2 of land, encouraging local biodiversity.
Your investment in the project supports the energy transition and sustainable development goals in Taiwan.
Category Standard
Carbon | Gold Standard
These two wind farms help drive Taiwan’s renewable energy expansion and pave the way for sustainable development. Each year, this project prevents over 320.000 tonnes of greenhouse gases from entering the atmosphere.
The Context
Despite the abundant coastal winds along its shoreline, Taiwan remains heavily reliant on fossil fuels, which make up over 75 percent of its total installed electricity capacity. Shifting towards sustainable energy is vital for both Taiwan’s national security, and for its economic and environmental prosperity.
The Project
This project harnesses the plentiful supply of wind energy along Taiwan’s coast near Taichung in the west and Changbin in the east. The wind farms consist of 62 wind turbines, and generate over 480.000 MWh of clean power each year which is supplied to the local electricity grid.
The Benefits
In addition to contributing to global climate change mitigation, this project is engaged in several nature preservation enterprises such as regular beach clean ups and guided tours that raise awareness about climate change, pollution and other environmental issues. The project has also led to the forestation of 2.400 m2 of land, encouraging local biodiversity.
Your investment in the project supports the energy transition and sustainable development goals in Taiwan.
Category Standard
Carbon | Gold Standard
Solar Thermal Power Plant by Godawari 50MW
India
Description of the project
Godawari Green Energy Limited is implementing a new 50 MW large-scale grid connected solar thermal power project (“Project activity”) in Jaisalmer district, Rajasthan, India. Project activity comprises of state-of-the-art, environment friendly, solar thermal power generation using parabolic trough technology. Project activity comes under the purview of large-scale, solar thermal power technology based project to be implemented in India.
Godawari Green Energy Limited is implementing a new 50 MW large-scale grid connected solar thermal power project (“Project activity”) in Jaisalmer district, Rajasthan, India. Project activity comprises of state-of-the-art, environment friendly, solar thermal power generation using parabolic trough technology. Project activity comes under the purview of large-scale, solar thermal power technology based project to be implemented in India.
Electricity generated from the project activity will be sent to the Combined Regional grid of India. As a result of commissioning, the gross electricity generation in the project activity is 130,263 MWh/year and the auxiliary electricity consumption in the project activity is 11,397MWh/year. Accordingly this project activity is expected to supply 118,866 MWh net electricity to the grid per year and abates 1,131,600 tonnes of Carbon Dioxide emissions during the crediting period.
Contribution to the Sustainable Development
Contribution to the Sustainable Development
The project proponent commits 2% of CERs equivalent towards the welfare of local community leading to sustainable development. Contribution of project activities to the sustainable development is discussed below.
Social well-being
a) Project activity would create employment opportunities during construction and operation stages. Such opportunities lead to higher income levels leading to removal of social disparities prevalent in Jaisalmer district in Rajasthan.
b) As the project activity is located in rural areas of combined regional grid, project activity would help in improvement of necessary basic infrastructure, such as roads.
a) Project activity would create employment opportunities during construction and operation stages. Such opportunities lead to higher income levels leading to removal of social disparities prevalent in Jaisalmer district in Rajasthan.
b) As the project activity is located in rural areas of combined regional grid, project activity would help in improvement of necessary basic infrastructure, such as roads.
Economic well-being
a) The project activity would promote the application of solar energy based power generation investment which is a significant investment in a green field project in the region.
b) Encourage investors to make similar investments in promoting renewable power generation technologies.
a) The project activity would promote the application of solar energy based power generation investment which is a significant investment in a green field project in the region.
b) Encourage investors to make similar investments in promoting renewable power generation technologies.
Environmental well-being
a) Project activity has no negative environmental impact as relies on natural solar radiation for power generation technology.
b) Energy generated by the project activity leads to reduced emission intensity in Combined regional grid which otherwise would have generated from fossil fuel.
a) Project activity has no negative environmental impact as relies on natural solar radiation for power generation technology.
b) Energy generated by the project activity leads to reduced emission intensity in Combined regional grid which otherwise would have generated from fossil fuel.
Technological well-being
a) Technology to be used in the project activity would be robust, State-of-the-Art, first-of- its-kind thermal solar power generation technology.
b) Project activity promotes environmentally safe and sound technology.
a) Technology to be used in the project activity would be robust, State-of-the-Art, first-of- its-kind thermal solar power generation technology.
b) Project activity promotes environmentally safe and sound technology.
Category Standard
Carbon | Gold Standard
Gyapa Cookstoves Project
Ghana
Nearly 3 billion people in the developing world cook food and heat their homes with traditional cookstoves or open fires. The Global Burden of Disease Study 2010 estimates that 4 million premature deaths occur every year due to smoke exposure from these methods. In fact, this is the fifth worst risk factor for disease in developing countries and women and children are the most affected.
Contribution to the Sustainable Development
Contribution to the Sustainable Development
Social well-being
This project introduces the GYAPA, an insulated and efficient cookstove, to families in Ghana. The Gyapa stove cooks food more quickly, requires 50-60% less fuel and is less smoky. As such it not only cuts carbon emissions, but also improves health by reducing exposure to toxic fumes.
Environmental well-being
Cutting fuel requirements saves families money and importantly, protects Ghana’s dwindling forests – Ghana has one of the highest deforestation rates in Africa.
Economic well-being
The project also creates jobs and develops skills. The liners are made by a small group of accredited local ceramicists who have received specialist training. The metal claddings are made by a further group of accredited manufacturers. The project provides training and quality control services and supports marketing and distribution of the stoves through a wide network of nationwide retailers.
Category Standard
Carbon | Gold Standard
Category Standard
Carbon | Gold Standard