15 startups from Europe will join Cleantech Camp’s 2021 program

15 startups from Spain, Portugal, France, Sweden, Italy, Finland, and Ukraine will follow on Cleantech Camp in 2021 More than 90 projects from all over Europe aspired to participate in…

15 startups from Spain, Portugal, France, Sweden, Italy, Finland, and Ukraine will follow on Cleantech Camp in 2021

More than 90 projects from all over Europe aspired to participate in this year’s edition

 

Our jury has already selected 15 projects that will take part in the training program of this year’s edition. The choice was made based on more than 90 business ideas received from different European countries. This figure represents a new record in terms of the number of projects presented since the program was launched in its first edition, which shows its quick consolidation and the interest it generates among emerging companies that wish to undertake in the field of clean energy.

It is worth highlighting the 15 projects selected and their varied origin. Six of them have been conceived in Spain, two in Portugal, France, and Sweden, while the remaining three are driven by entrepreneurs from Italy, Finland, and Ukraine. The startups that will participate in Cleantech Camp 2021 suggest proposals for IoT & AI energy, sustainable mobility or gas, hydrogen, or carbon solutions.

The program will consist of distance training sessions given by experts, which combine workshops that address aspects such as raising investment, the implementation of a marketing plan, or the legal frameworks. In addition, the 15 selected projects must present, during the first two weeks of the program, to Enagás Emprende, CRH, and PRIO, an outline for the development of a pilot, which they will work together with the companies during the coming months, until reaching a final design, capable of responding the challenges suggested.

Participants will opt to win 20,000 euros with the first award, 5,000 euros with the second prize and the third-best project will be recognized, in addition to the possible financing of the pilots, with contributions that can reach 120,000 euros. The winners will be announced on September 16, during an event that, if the health authorities allow it, will take place in person at the Barcelona Activa facilities.

 

Selected projects:

 

PORTUGAL – ALBEDO

ALBEDO is a bio-based insulation material for the building sector made with citrus solid waste from the fruit juice industry, and the cold-pressed juicer machines available at food outlets, hotels, and restaurants.

 

PORTUGAL – AMNIS PURA

Gas purification technology for a wide range of industries.

 

SPAIN – BIYIUD

Biyiud is the incentive for responsible consumption that promotes the sustainable growth of the economy.

 

SPAIN – BOX IS

Unplugged BOXIS’s recharge system for light BEV

 

UKRAINE – CARBOMINER

Carbominer offers a new way for low-cost carbon dioxide direct air capture, implemented in modular capturing units designed for onsite use

 

SWEDEN – E.CONNECT

Smart and efficient sharing of EV charging infrastructure

 

SWEDEN – ENERPOLY

Next-generation European zinc batteries for affordable energy storage

 

FINLAND – FIMUSKRAFT OY

Improved bio fermenting system that also produces different types of raw materials on molecule level and methane from hydrogen and CO2.

 

SPAIN – GREEN PREFAB

Prefabricated Energy Solution for decarbonization of Buildings.

 

ITALY – GREENDUR TECHNOLOGIES

Thermal battery solution to recover, store and manage energy.

 

SPAIN – HACDOS-URV

The arguably cleanest hydrogen possible, produced by solar treatment of wastewaters.

 

FRANCE – LIMES BATTERIES

Giving a new life to old batteries through the power of AI.

 

SPAIN – RAYO BIOENERGIA

Small-scale biorefinery for the decentralized production of hydrogen and biochar from lignocellulosic biomass.

 

FRANCE – SPECTRUMLAB

SpectrumLab is developing a smart coating to be applied on buildings’ external envelopes that passively heats and cools buildings

 

SPAIN – CARBONSCOPE

CarbonScope offers a tool that allows, in a simple way, to obtain the most accurate carbon footprint estimates (including scope 1, scope 2, and scope 3) by using Artificial Intelligence and the most reliable benchmarking information available.

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