C2C-NewCap

Our Mission

Lead has been banned from most applications, including fuel additives, pipes and inks, but remains ubiquitous in batteries for power applications for lack of a better alternative. Our carbon-based supercapacitors reduce the lead footprint, due to their easy adoption, optimized performance, low cost, and safe and long-lasting operation at a wide temperature range.

The use of leaded petrol has now come to an end, as Algeria is finally eliminating it from petrol. The addition of lead in petrol was a practice introduced in 1922, and it was a “catastrophe for the environment and public health”, according to the UN.

Lead-acid batteries are highly recycled, but the way lead enters into the beginning of the value chain differs from country to country. According to the World Health Organisation, lead exposure caused 50B€ of estimated economic costs and, based on 2016 data, there were 495,550 deaths and 9.3 million disability-adjusted life years due to lead's long term impacts on health.

C2C-NewCap is a Portuguese hybrid supercapacitor developer, focusing on innovative energy storage technologies based on aqueous electrolytes.
We are contributing to the on-going energy transition, by introducing new products to the energy storage market, that will contribute to an efficient use of energy with lower environmental costs.

We develop sustainable energy storage solutions:
- Using carbon from natural sources
- Exploiting the use of hazard-free aqueous based electrolyte

Our goal is to:
- Contribute to the reduction of fuel consumption and CO2 emissions in the transportation industry.
- Contribute to decreasing the use of lead-acid batteries.

Despite their toxicity, lead-based technologies are still used to deliver electrical peak power, even though supercapacitors are a much more efficient and clean solution. C2C-NewCap's mission is to show that there is a way of drastically reducing lead consumption, while providing a better service to the industry.

Changing the status quo in engine starting

What Drives Us

Our Mission

C2C-NewCap is a Portuguese hybrid supercapacitor developer, focusing on innovative energy storage technologies based on aqueous electrolytes.
We are contributing to the on-going energy transition, by introducing new products to the energy storage market, that will contribute to an efficient use of energy with lower environmental costs.

We develop sustainable energy storage solutions:
- Using carbon from natural sources
- Exploiting the use of hazard-free aqueous based electrolyte

Our goal is to:
- Contribute to the reduction of fuel consumption and CO2 emissions in the transportation industry.
- Contribute to decreasing the use of lead-acid batteries.

Despite their toxicity, lead-based technologies are still used to deliver electrical peak power, even though supercapacitors are a much more efficient and clean solution. C2C-NewCap's mission is to show that there is a way of drastically reducing lead consumption, while providing a better service to the industry.

Changing the status quo in engine starting

What Drives Us

Lead has been banned from most applications, including fuel additives, pipes and inks, but remains ubiquitous in batteries for power applications for lack of a better alternative. Our carbon-based supercapacitors reduce the lead footprint, due to their easy adoption, optimized performance, low cost, and safe and long-lasting operation at a wide temperature range.

The use of leaded petrol has now come to an end, as Algeria is finally eliminating it from petrol. The addition of lead in petrol was a practice introduced in 1922, and it was a “catastrophe for the environment and public health”, according to the UN.

Lead-acid batteries are highly recycled, but the way lead enters into the beginning of the value chain differs from country to country. According to the World Health Organisation, lead exposure caused 50B€ of estimated economic costs and, based on 2016 data, there were 495,550 deaths and 9.3 million disability-adjusted life years due to lead's long term impacts on health.

Changing the status quo in engine starting

What Drives Us

C2C-NewCap is a Portuguese hybrid supercapacitor developer, focusing on innovative energy storage technologies based on aqueous electrolytes.
We are contributing to the on-going energy transition, by introducing new products to the energy storage market, that will contribute to an efficient use of energy with lower environmental costs.

We develop sustainable energy storage solutions:
- Using carbon from natural sources
- Exploiting the use of hazard-free aqueous based electrolyte

Our goal is to:
- Contribute to the reduction of fuel consumption and CO2 emissions in the transportation industry.
- Contribute to decreasing the use of lead-acid batteries.

Despite their toxicity, lead-based technologies are still used to deliver electrical peak power, even though supercapacitors are a much more efficient and clean solution. C2C-NewCap's mission is to show that there is a way of drastically reducing lead consumption, while providing a better service to the industry.

Our Mission

Lead has been banned from most applications, including fuel additives, pipes and inks, but remains ubiquitous in batteries for power applications for lack of a better alternative. Our carbon-based supercapacitors reduce the lead footprint, due to their easy adoption, optimized performance, low cost, and safe and long-lasting operation at a wide temperature range.

The use of leaded petrol has now come to an end, as Algeria is finally eliminating it from petrol. The addition of lead in petrol was a practice introduced in 1922, and it was a “catastrophe for the environment and public health”, according to the UN.

Lead-acid batteries are highly recycled, but the way lead enters into the beginning of the value chain differs from country to country. According to the World Health Organisation, lead exposure caused 50B€ of estimated economic costs and, based on 2016 data, there were 495,550 deaths and 9.3 million disability-adjusted life years due to lead's long term impacts on health.

Our Mission

C2C-NewCap is a Portuguese hybrid supercapacitor developer, focusing on innovative energy storage technologies based on aqueous electrolytes.
We are contributing to the on-going energy transition, by introducing new products to the energy storage market, that will contribute to an efficient use of energy with lower environmental costs.

We develop sustainable energy storage solutions:
- Using carbon from natural sources
- Exploiting the use of hazard-free aqueous based electrolyte

Our goal is to:
- Contribute to the reduction of fuel consumption and CO2 emissions in the transportation industry.
- Contribute to decreasing the use of lead-acid batteries.

Despite their toxicity, lead-based technologies are still used to deliver electrical peak power, even though supercapacitors are a much more efficient and clean solution. C2C-NewCap's mission is to show that there is a way of drastically reducing lead consumption, while providing a better service to the industry.

Changing the status quo in engine starting

What Drives Us

Lead has been banned from most applications, including fuel additives, pipes and inks, but remains ubiquitous in batteries for power applications for lack of a better alternative. Our carbon-based supercapacitors reduce the lead footprint, due to their easy adoption, optimized performance, low cost, and safe and long-lasting operation at a wide temperature range.

The use of leaded petrol has now come to an end, as Algeria is finally eliminating it from petrol. The addition of lead in petrol was a practice introduced in 1922, and it was a “catastrophe for the environment and public health”, according to the UN.

Lead-acid batteries are highly recycled, but the way lead enters into the beginning of the value chain differs from country to country. According to the World Health Organisation, lead exposure caused 50B€ of estimated economic costs and, based on 2016 data, there were 495,550 deaths and 9.3 million disability-adjusted life years due to lead's long term impacts on health.