Did you know that we already fill your products in a climate-neutral way?
As in previous years, issues such as nature conservation and environmental protection are becoming increasingly important and consumers are also placing growing value on sustainability.
Since 2018, all products produced at RHODIUS have been filled in a climate-neutral way. To achieve this, we have taken on extensive investments, measures and certifications. In addition, our two mineral water brands are CO2-neutral along the entire value chain: from our water source to the delivery to the retailer. We compensate unavoidable CO2 through certified projects of our partner ClimateLine. We now also offer this service for your products.
Together we can achieve more
From 2021, we will also offer you the opportunity to compensate the CO2 emissions of your product along the entire value chain and thus make it climate-neutral.
Communicate the CO2 neutrality of your product to your customers, e.g. use a "climate neutral" logo on your cans.
We will calculate and implement the compensation for you.
You save money, as the location, energy and filling costs are already covered by the CO2 compensation from RHODIUS Mineralquellen.
Communicate the CO2 neutrality of your product to your customers, e.g. use a "climate neutral" logo on your cans.
CO2 compensation
along the entire value chain:
Delivery of your materials
Recipe & raw materials for your product
Filling
Packaging & security for your product
Transport to your desired address
... and this is how it works:
Booking
You book the CO2 compensation for the entire value chain with RHODIUS.
Calculation
We calculate the CO2 emissions of all factors around your order.
Compensation
You receive an overview and cost breakdown for your CO2 offset.
Implementation
We take over the implementation of the CO2 compensation for you via our certified partner projects.
How does the saving
through climate projects work?
CO2 is distributed evenly in the earth's atmosphere, so that the greenhouse concentration is roughly the same everywhere on earth. Therefore, it is irrelevant for the greenhouse effect where on earth emissions are caused or avoided.
Climate protection projects demonstrably save CO2 and make an important contribution to combating global warming. Our participation in projects makes it possible to save CO2 by co-financing sustainable technologies.
Hydroelectric Power In Chile
The Chacabuquito Hydroelectric Power Project.
Hydroelectric Power in Chile
The Chacabuquito Hydroelectric Power Project
The Chacabuquito Hydroelectric Power Project consists of a run-of-river power plant. The rated capacity of the Chacabuquito Power Plant, as determined during the validation audit for the second crediting period, is 30 MW. The average annual net generation of the project is 170 GWh with a plant load factor of 0.65, which is obtained by dividing the annual net generation by the installed power plant capacity and the total number of hours of the year.
The project is connected to the 5th Region through a 110 kV subsystem within the "Sistema Interconectado Central" (SIC8), and the energy is supplied to industrial and residential customers in the region. The plant has no dam...
Hydropower in India
This project supports a river small hydropower plant.Hydropower in India
This project supports a river small hydropower plant
The Taraila project is a riverine small hydro power plant without water storage at Taraila Nallah, Himachal Pradesh. The project has an installed capacity of 5.0 MW. The electricity generated is sold to the Himachal Pradesh State Electricity Board.
By eliminating GHG emissions from fossil-fueled power plants, the project results in real, measurable reductions in GHG emissions that provide long-term climate change mitigation benefits.
Kemphole Hydropower in India
Kemphole Mini Hydel Scheme is an 18 MW run-of-the-river hydropower project on Kemphole Stream.
Kemphole Hydrapower in India
Kemphole Mini Hydel Scheme is an 18 MW run-of-the-river hydropower project on Kemphole Stream.
Kemphole Mini Hydel Scheme (KMHS) is an 18 MW (3 x 6 MW) run-of-the-river hydropower project on Kemphole Stream in Hassan district of Karnataka in India. The main activity of the project is to generate power using the hydropower potential available in the Kemphole Stream and export the generated power to the Karnataka Power Transmission Corporation. The project activity utilizes the water flow and fall available in the Kemphole stream. The project site is located in dense forests of the Kemphole Reserve Forest and there is no habitation in the vicinity. The project uses horizontal Francis turbines for power generation and is located in the Netravathi River Basin.
