Make your online store 100% carbon neutral,
instantly and effortlessly.
Integration in minutes
Accurate real-time measurement
Compensates with certified projects
At e3Eco we measure and neutralize the greenhouse gas emissions generated by your eCommerce with an accurate, immediate and third-party verified methodology, helping to build a more sustainable and environmentally responsible operation.
Our emissions offsetting initiatives are audited and certified by demanding and recognized international standards such as: Verra Standard, Gold Standard, CerCarbon Standard, CAR Standard and BCR Standard.
We align ourselves with the highest global sustainability commitments and standards: we adhere to the United Nations Global Compact and the Net Zero Standard of the Science Based Targets initiative (SBTi), reinforcing our climate action from eCommerce.
Everything you need to operate a 100% carbon neutral eCommerce and communicate it with transparency and impact.
Carbon neutral certified banners for your store
Easily integrate visual labels into your online store. They certify your commitment to sustainability, build trust with your customers and communicate the positive impact of each purchase in real time.
Landing page of environmental impact in real time
Display all the environmental information of your portal on a single page with automatically updated data: Carbon footprint generated, tons offset, projects to which you contribute and more.
Control panel with real time reporting and integrated API
Access the control panel where you can configure your product, choose projects to support, view real-time environmental impact metrics, download reports and easily connect e3Eco to your platform through our API.
Through the e3Eco API we can accurately calculate the amount of Greenhouse Gases (GHG) that are emitted in each transaction made in your eCommerce, providing key information to make more sustainable decisions.
We use data from each shipment:
- Kilometers traveled (starting point and arrival point)
- Volumetric weight of the product
- Type of vehicle used (motorcycle, light utility vehicle, urban truck, etc).
Share your sustainable story and enhance the shopping experience with strategically placed banners in your online store:
With our landing page, you will be able to highlight your green initiatives in an impactful way, transmitting your commitment to the environment in a clear and attractive way.
e3Eco automatically measures your ecommerce emissions and displays them in real time from an intuitive and dynamic dashboard. Every interaction with your store is recorded and updated instantly, allowing you to visualize the impact of your actions without waiting, with accurate and traceable metrics.
e3Eco offsets your store's carbon footprint through the acquisition of certified green bonds from environmental projects that actively contribute to the reduction or mitigation of Greenhouse Gas (GHG) emissions.
You can be part of concrete initiatives in our portfolio of global and regional projects, including reforestation, renewable energies, ecosystem conservation and more.
From your dashboard, you will be able to choose which type of projects to collaborate on, aligning them with your brand values.
Biogas Energy
📍Córdoba, Argentina
💨 Type: Industrial renewable energy
♻️ Estimated mitigation: 5.66 MW of clean generation
Winds Projects | Argentina
📍 Chubut, Argentina
💨 Type: Wind farm / Argentina
♻️ Annual mitigation: 251,000 tCO2/year
Oaxaca Wind Poer Complex, Mexico
💨 Wind energy - 🌿 Direct carbon removal via reforestation and sustainable management - 🛡️ International Verification
Viñales Biomass Power Plant, Chile
💨 Type: Wind Energy - CORSIA Eligible
♻️ Annual mitigation: 258,000 tons of CO₂🛡️ Meets CORSIA criteria (ICAO)
VTRM Renewable Energy, Brazil.
💨 Type: Wind Energy - CORSIA Eligible
♻️ Annual mitigation: 211,000 tons of CO₂🛡️ Meets CORSIA criteria (ICAO)
REDD+ JIGRANTU Project
📍 Vichada, Colombia
🌲 Type: Flora and fauna conservation
🌿 Mitigation: 3,622,352 tCO₂ per annum
Forests of Uruguay
🌲 Type: Forest conservation for emission offsets
🌿 Annual mitigation: 56,000 tons
Behr Wind Farm Springs
📍 Chubut, Argentina
💨 Type: Wind farm / Argentina
♻️ Annual mitigation: 251,000 tCO2/year
Forest Protection - Ejido El Nopalillo, ASRTulancingo / Mexico
🌲 Forest conservation for emission offsets - 🌿 Direct carbon removal via reforestation and sustainable management
Wind farm / Chubut, Argentina
💨 Wind energy - CORSIA eligible
♻️ Annual mitigation: 211,000 tons of CO₂
🛡️ Meets CORSIA (ICAO) criteria.
Wind farm / Chile
📍 Coquimbo, Chile
💨 Type: Wind energy
♻️ Annual mitigation: 55,740 tCO
REDD+ Matavén Rainforest / Colombia
It protects the rich biodiversity and generates sources of income for local communities.
By joining e3Eco you are enabling your shoppers to take care of our planet!
Request your Demo
Stories that inspire:
Find out how businesses like yours are thriving with e3Eco
Multipoint experienced rapid growth in its e-commerce operations, which led to an increase in carbon emissions associated with the logistics of delivering its products.
With the implementation of e3Eco, Multipoint was able to reduce its carbon footprint and gain a reputation as a sustainable and responsible brand. Read all the details in this article.
"Lorem ipsum dolor sit amet, consectetur adipiscing elit. Suspendisse varius enim in eros elementum tristique. Duis cursus, mi quis viverra ornare. ❤️"
Read Case Study
"Lorem ipsum dolor sit amet, consectetur adipiscing elit. Suspendisse varius enim in eros elementum tristique. Duis cursus, mi quis viverra ornare. ❤️"
Read Case Study
Simmons became the first sleep brand with a sustainable purpose by converting its eCommerce to Carbon Neutral, offering its customers the opportunity to be part of this change throughout their entire journey.
From purchase to delivery, every step is aligned with its commitment to the environment. Undoubtedly, this action positions Simmons as a brand with a unique value in the market, leading the way towards a greener and more responsible future.
"Lorem ipsum dolor sit amet, consectetur adipiscing elit. Suspendisse varius enim in eros elementum tristique. Duis cursus, mi quis viverra ornare. ❤️"
Read Case Study"Lorem ipsum dolor sit amet, consectetur adipiscing elit. Suspendisse varius enim in eros elementum tristique. Duis cursus, mi quis viverra ornare. ❤️"
Read Case Study
e3Eco is recognized as a global success story of the IBM Cloud Carbon Calculator.
Thanks to IBM's artificial intelligence, today we can accurately measure the Greenhouse Gas (GHG) emissions associated with the technological infrastructure of our solutions, guaranteeing a sustainable and traceable management of the digital impact.
Download our practical guide for leaders looking to make a real impact.
The project involves the installation and operation of a new biogas power plant from the decomposition of organic waste in Río Cuarto, Córdoba, Argentina. The electricity generated will contribute to the decarbonization of the country's electricity grid. Biogas is a renewable gas obtained from the decomposition of organic waste. Livestock and agro-industrial waste, sludge from water treatment plants and part of household waste are transformed into raw material for an energy source.
It has great benefits for the community in which it operates, since it generated direct employment for its development and operation.
Ejido Nopalillo is located northeast of Hidalgo, Tulancingo, Mexico.
This type of project is IFM (Improved Forest Management). This involves implementing sustainable practices in existing forests to improve carbon sequestration, which includes reducing logging, reducing forest fires, and adopting sustainable monitoring and harvesting techniques. IFM projects can generate carbon credits by demonstrating the difference in carbon sequestration between current and improved forest management practices.
The Manantiales Behr (MB) wind farm project consists of the installation of a wind power plant called Greenfield, located in the department of Escalante in the Province of Chubut, in southern Argentina. The wind power plant will be connected to the electric grid, which is part of the SADI (Argentine Interconnection System).
Net electricity generation from the Project is projected to be 502,900 MWh/year. This electricity, if not injected into the grid by the project activity, would be generated by the operation of grid-connected power plants and by the addition of new generation sources.
In this way, the project will generate greenhouse gas (GHG) emission reductions by displacing electricity that, in the baseline, would be produced by fossil fuel power plants connected to the SADI. The estimated average annual emissions reductions generated by the project over the 10-year crediting period are 251,000 tCO2e/year.
Wind Farm in the Coquimbo Region of Chile. The project activity involves a wind farm in the Coquimbo Region of Chile. The Wind Farm consists of 23 wind turbines with a total installed capacity of 46 MW. The project activity generates renewable energy for the Central Interconnected Power System (SIC).
The project will directly reduce greenhouse gas (GHG) emissions produced by thermal power plants that use fossil fuels currently operating in Chile and connected to the same grid (SIC). With an expected annual production of 103 GWh, the project activity will reduce emissions by 56,740 tons of CO2 per year.
The Ejido Nopalillo is located in northeastern Hidalgo, Tulancingo, Mexico,this type of project is IFM (Improved Forest Management). This involves implementing sustainable practices in existing forests to improve carbon sequestration, which includes reducing logging, forest fires and adopting sustainable monitoring and harvesting techniques.
IFM projects can generate carbon credits by demonstrating the difference in carbon sequestration between current and improved forest management practices.
Clean energy generated by a new biomass power plant displaces energy created by more carbon-intensive methods, thereby reducing greenhouse gas emissions.
This new biomass power facility uses waste biomass from nearby sawmills and forestry operations to generate renewable electricity for the local grid, contributing to sustainable economic growth in Chile.
The proposed project activity helps Chile's sustainable growth by providing electricity to the Viñales sawmill and the local grid through renewable biomass power generation.
Benefits the community at large by converting a waste product into a means of cogeneration of heat and renewable energy.
VTRM RENEWABLE ENERGY is a grouped project consisting of the implementation and operation of wind power plants (WPP) in Brazil. This group of projects is based on the implementation and operation of wind power plants in Brazil. It consists of the installation of greenfield renewable energy generation connected to the grid. The relevant socio-economic and environmental co-benefits of this project are presented to reflect important actions carried out in conjunction with the power generation.The clean, renewable electricity supplied to the Brazilian Interconnected System by the project provides important contributions to environmental sustainability by avoiding carbon dioxide emissions that would otherwise have occurred.
The project generates extra income for landowners while continuing to use the area for other activities, increasing and diversifying land productivity. It stimulates the regional economy by increasing local government tax revenues and creating direct and indirect employment opportunities for local workers and service providers.
The JIGRANTU REDD+ Project is being developed in the Colombian Pacific within the boundaries of the Community Councils of La Grande (13,252 ha), Río Jiguamiandó (51,504 ha) and Turriquitadó (9,256 ha) with a total of 74,012 ha of which 68,899 ha correspond to eligible forest for the project.
The main objective of the project is to environmentally and culturally conserve the territory of the councils, through the consolidation of self-government, the strengthening of traditional knowledge, actions for sustainable development, and the monitoring and control of the territory, in order to improve the quality of life of the communities that inhabit it during the duration of the project (30 years).
A project that sustainably develops pine and eucalyptus plantations to produce wood for sawmilling, pulp and energy for the Uruguayan and international markets.Bosques del Uruguay is a project that promotes sustainable forest management, with FSC (Forest Stewardship Council) certification and carbon capture under the VCS (Verified Carbon Standard).it is located in the west-central region of Uruguay, on land with degraded pastures that used to be used for extensive cattle ranching, limiting the potential socioeconomic development of the region. Today, forestry and livestock practices are integrated, generating productive and environmental synergy.since 2011, Agroempresa Forestal has been developing and operating four forestry investment trusts.
The project contributes to the sustainable development of Uruguay by creating new quality job opportunities in the region and improving the provision of local services and infrastructure. In this way, it promotes the diversification of activities and decentralization to less productive areas of the country. It also contributes to the preservation of biodiversity and the improvement of soil quality.
The project consists of the implementation of six wind farms located in different regions of Argentina: Pomona I & II, Villalonga I & II, Chubut Norte I & II. The implementation of these instances of the project ensures energy security, diversification of the grid generation mix and the and sustainable growth of the electricity sector.
The project consists of the installation of 71 wind turbines supplied by Vestas and Nordex, with a total installed capacity of 223.38 MW. total installed capacity of 223.38 MW and an expected generation of 900.5 GWh per year. In the baseline scenario, the power to be delivered to the grid is generated by a combination of thermal and renewable generation, as reflected in the combined margin emissions factor. Therefore, the project will reduce thermal power generation and GHG emissions from fossil fuel generation on the grid by increasing the share of renewable energy generation.
As a result of the implementation of the project activity, GHG emissions will be reduced annually by approximately 440,348 tCO2 per year.
The project consists of the implementation of six wind farms located in different regions of Argentina: Pomona I & II in the province of Rio Negro, Villalonga I & II in the province of Buenos Aires, and Chubut Norte I & II in the province of Chubut.
The Manantiales Behr (MB) wind farm project consists of the installation of a wind power plant called Greenfield, located in the department of Escalante in the Province of Chubut, in southern Argentina. The wind power plant will be connected to the electric grid, which is part of the SADI (Argentine Interconnection System).
Net electricity generation from the Project is projected to be 502,900 MWh/year. This electricity, if not injected into the grid by the project activity, would be generated by the operation of grid-connected power plants and by the addition of new generation sources. In this way, the project will generate greenhouse gas (GHG) emissions reductions by displacing electricity that, in the baseline, would be produced by fossil fuel power plants connected to the SADI. The estimated average annual emissions reductions generated by the project over the 10-year crediting period are 251,000 tCO2e/year.
This project seeks to mitigate climate change, protect the rich biodiversity and generate sources of income for local communities through forest governance, capacity building and productive activities that avoid selective logging of native forests, preventing degradation and deforestation.
The area is an important region for its abundant biodiversity due to the diversity of landscapes and habitats served by approximately 16,000 indigenous people.
It is an initiative designed to promote climate change mitigation and adaptation, the conservation of local forests and the maintenance of biodiversity, contributing to Colombia's social and economic development.
