As a platform, we cater to two sets of customers: algae biomass buyers and algae producers/suppliers. Both face substantial uncertainty, risks, and information gaps, impeding innovation and scalability. Buyers encounter challenges in finding reliable sources that meet their demands efficiently. Algae, a low-carbon resource, aligns with the Paris Agreement goals. On the flip side, suppliers grapple with market access issues. They struggle to produce products that fit the market and encounter unsold stock, insufficient information for strategic decisions, financial shortages, and survival struggles. The disconnection between buyers and suppliers impedes innovation, survival, and scale-up efforts.

BlueCare Discovery is a pioneer in developing microalgae-inspired pharmaceutical actives designed for precision medicine. By exploring the exceptional diversity of these microorganisms, BlueCare Discovery identifies and develops molecules with unique therapeutic properties, addressing unmet medical needs, particularly in the prevention of certain neurodegenerative diseases. These targeted biotherapies tackle major human-health challenges by offering treatments that are more biocompatible and aligned with sustainable-development goals.

At Bluelands, we are addressing three major global challenges simultaneously: rapid urban growth leading to housing and space shortages, increased flood risk, and limitations on land reclamation.

Bluemater provide sustainable and affordable water treatment solutions to deliver safe water resources to the people and protect the environment. Bluemater’s portfolio offers solutions to various issues linked to the water and air pollution. We offer water, wastewater and gas treatment technologies for local governments, private and public companies and also to the industries. All Bluemater’s solutions are based on sustainable biological treatments and are tailor made for each customer need. Affordability is in the core of our R&D activity, therefore both investment and operational expenditures are taken into consideration.

BlueNav specializes in transforming traditional combustion engine boats into hybrid electric vessels within the marine electromobility sector.

BluEnergy Revolution (BER) offers Engineering, Consulting and Training services in the field of traditional and innovative energy systems, bringing research excellence in these fields and in particular all the knowledge in the nautical sector. The product that will be launched in the marine sector from its spinoff company H2Boat (H2B) is the Energy Pack, a system of storage of energy produced from renewable sources for sailing boats. The Energy Pack is a system that uses hydrogen technology to autonomous leisure boats; especially sailing boats; from the point of view of the electrical needs on board. The system consists of three parts: a fuel cell, able to produce electricity from hydrogen; an accumulation with metal hydrides, able to store large quantities of hydrogen safely at low temperatures and low pressures; an electrolyzer, able to produce hydrogen from water using excess energy produced from renewable sources.

Offshore floating solar technology : PV-bos

BlueRizon is a large-scale mangrove restoration programme located along the north coast of Java, Indonesia. The project targets 5,000 hectares of restoration within a selected area of approximately 6,430 hectares, spread across 35 districts in three provinces, West Java, Central Java and East Java, and engages up to 122 coastal villages. It combines Afforestation, Reforestation and Revegetation (ARR) with Wetland Restoration and Conservation (WRC) on degraded coastal parcels, abandoned or converted tambak ponds and riverbanks along the Pantura coastline. The project is being developed under Verra’s Verified Carbon Standard (VCS) v5.0 using methodology VM0033 v2.1, with Climate, Community & Biodiversity (CCB) certification pursued in parallel. The carbon crediting period is 40 years and a benefit-sharing with communities up to 70 years. Beyond carbon sequestration, BlueRizon aims to strengthen coastal protection, restore fishery ecosystem services and stabilize shorelines exposed to sea-level rise and erosion, while generating lasting socio-economic co-benefits for local communities, including nursery employment, transition to silvofishery, support for women-led economic activities such as batik and food processing, and enhanced climate resilience for partner villages.

Consultancy services to organisations developing ocean energy projects in any form, consultancy in the field of certification, project management of funded R&D projects,and project development of ocean energy projects.

BlueTerra is building the UK's first scalable ocean carbon infrastructure platform. Through kelp ecosystem restoration, scientific monitoring and environmental asset development, BlueTerra aims to generate carbon removal, biodiversity and natural-capital outcomes at scale. The company is currently raising a £500,000 seed round to establish an initial six-site validation network across southern England, demonstrating a repeatable model for future national deployment.

Seafloor restauration services using semi-autonomous ROVs suitable for Seagrass-shoots and seeds. Scale is enabled with own seagrass nurseries in Portugal and California.

itinerant analysis of marine waters

This is our first time participating in the Blueinvest project. And we are a small ROV company from Trondheim, Norway designing, developing, testing and manufacturing Blueye ROVs. We have currently 3 models in the market and planning on expanding our product range.

Smart sailing tourism platform with certified skippers and sustainable local experiences.

A New Circular Yacht Economy for sustainable yachting / New brand of sustainable cruising catamarans / Designed for boaters with reduced mobility

Suction sails to reduce the fuel consumption and emissions of merchant ships.

Developing seawater electrolysis for sustainable carbon removal and renewable-powered e-feedstock production.

The Bromalgae project is summarized as a disruptive and innovative technology, rarely seen in the industry. Bromalgae has developed liquid trees, which contain living microalgae inside. These microorganisms have a carbon assimilation capacity 25 times greater than terrestrial trees. Microalgae are responsible for 75% of global CO2 fixation. They are found in both freshwater (reservoirs, lakes, rivers) and saltwater. Ecologically, they are classified as phytoplankton and are responsible for oxygenating the atmosphere, providing 50% of the oxygen we breathe. The GarbiAir system is installed in urban areas with the highest emissions, such as zones with heavy vehicular traffic. A blower captures the surrounding air, which passes through pre-filters to remove suspended particles and harmful microorganisms that could affect the microalgae. The photobioreactor is fed with the CO2 and NOx from this air, which enters the system through bubbling, aiding in the system's agitation process, along with other essential nutrients in the medium and light. This process enables photosynthesis. Using sensors, the concentrations of CO2 and NOx are continuously monitored. Two sensors are placed at the photobioreactor's entrance and exit to observe the difference in concentration. Depending on the weather conditions, the light intensity can be adjusted to optimize the photosynthetic process and prevent oxidative stress in the microalgal cells. First GarbiAir pilot plant in Barakaldo (Bizkaia) In June 2023, we inaugurated our first liquid microalgae vegetation system, GarbiAir, in Barakaldo. This first pilot plant will help us continue improving its design and allow us to further research the capture of CO2 and NO2 by the microalgae. Second GarbiAir pilot plant in Bayonne (France) In September 2022, a collaboration began with the municipality of Bayonne (France) and the Communauté d’Agglomération Pays Basque to test our innovative solution for capturing automobile emissions in real conditions. The installation of GarbiAir in Bayonne will allow us to validate the scientific principles of our system under different climatic conditions. This initial experiment will last between five and six months. It is funded by the Basque Government through its economic development agency SPRI and by the Communauté d’Agglomération Pays Basque. The core of the technology used by Bromalgae is the amplification of the photosynthesis process. Bromalgae forces the microalgae, which act as "cell factories," to absorb atmospheric CO2 24 hours a day. This is achieved by providing a 24:0 light-dark photoperiod. The Bromalgae team has named this technology continuous photosynthesis. Moreover, Bromalgae has its own design of photobioreactors, developed by its own Engineering Department. They are designed to handle volumes ranging from 100 Liters to 3,000 Liters. Harvesting and drying is also carried out on-site through biomass centrifugation and drying. Once the processing is complete, the biomass is ready to be packaged and shipped. -The photobioreactor of 100L capacity is made of food-grade stainless steel in a cylindrical shape. It features an internal LED lighting system and a bubbling agitation system using a 12 Nm3/h rubber diffuser. -The photobioreactor 300 L capacity is made of PVC-glass in a cone shape in order to increase the volumetric area. It has an internal LED lighting system and a bubbling agitation system using a 12 Nm3/h rubber diffuser. -The photobioreactor of 3,000 L capacity is made of food-grade polyethylene in a cylindrical shape. It includes an internal LED lighting system and a bubbling agitation system with nine independent rubber diffusers, each with a 12 Nm3/h flow rate.

We aim to build the food of the future

BuyCo is a collaborative SaaS platform enabling shippers to simplify, optimise & better control the planning, execution & tracking of their maritime container shipments.