iNex Circular answers a new need: to digitalize the sourcing of lands, recycling units and wastes. Our digital solution helps to detect land, anticipate the related regulatory obligations or to monitor the building waste sector. It allows actors such as Colas or Lafarge to:
• Analyse cadastral parcels and their regulatory, environmental and energy constraints
• Find the owners’ contact details
• Detect Waste deposits (quality, types and quantity)
• Prepare the logistics of future projects
We also help our clients to detect roofs, lands and parking available for PV projects with all needed information (roofing, soil type, shading…) to make a decision on the feasibility.
Ecomedes, Inc. connects buyers and sellers of commercial building products through cloud-based software that reduces costs and improves sustainability. Ecomedes, Inc.’s platforms, ecomedes and Mortarr, help institutional and commercial building teams discover, evaluate, and procure optimal building products and project teams while vetting critical impact factors, including energy, water, human health, circularity, and social factors. For manufacturers, these platforms represent a new digital channel for sales and marketing to engage customers in the digital purchase journey. Headquartered in San Francisco, Calif., you can learn more about these platforms at ecomedes.com and mortarr.com.
Coolbrook, a Finnish-Dutch technology company, was founded in 2011 and has developed a revolutionary rotating machinery technology combining space science and turbomachinery mechanical engineering with chemical engineering. The technology has two main applications: Roto Dynamic Reactor (RDR) to replace fossil-fired steam crackers to reach 100% CO2 free olefin production and Roto Dynamic Heater (RDH) to electrify industrial process heating up to 500-1700 ℃ in all major industry sectors. Coolbrook targets to become the technology of choice for electrification of high temperature processes in key industrial sectors by 2030. We work side by side with global leaders in petrochemicals, steel and cement to achieve a significant reduction in CO2 emissions with positive financial value for our customers.
Conox, LLC has developed and patented processes for melting waste concrete into traditional glass products. This proprietary process adds a high value use of recycled concrete and provides the glass industry with a new, low greenhouse gas raw materials.
Additionally, Conox, LLC has proprietary processes for the production of highly effective glass abrasives and blended glass abrasives from waste concrete. The blended glass abrasives cut twenty-five to forty percent faster than traditional glass abrasives providing a vertically integrated patent protected process for producing high value products from waste concrete.
Conox, LLC has also demonstrated that crushed concrete may be added into traditional glass furnaces for the production of conventional glass products such as glass containers, float glass, or glass fibers to reduce greenhouse gas production from these processes.
CAALA is the platform for calculating, optimizing and communicating CO2- emissions in the real estate and construction industry.
Whether project developer, asset manager or architect, whether new buildings or existing stock – with CAALA CO2-emissions can be calculated over the entire life cycle, optimization potentials can be identified and tangible actions can be derived.
The combination of CAALA Software, CAALA Academy and CAALA Consulting services ensures that all planners and decision makers have the right information on CO2-performance at the right time. In this way, climate-neutral buildings can be realized and the strong data basis for the acquisition, sale, financing, reporting and certification of real estate assets can be created.
The life cycle analysis for buildings ranges from the extraction of raw materials to construction, use, dismantling and recycling of the materials. “The platform provides environmental effects in real time and life cycle costs of different variants, which relate to the entire life cycle of the building. In this way, the reduction of CO2 emissions can already be ensured in an early design phase. Architects, builders and project developers can plan their building designs on the basis of standards that have been entered in a sustainable manner and thus ensure the achieve set sustainability goals.
With the Portfolio Manager from CAALA, asset managers and banks receive insights into the CO2 performance of building portfolios as well as an evaluation with regard to changing framework conditions such as EU taxonomy, CRREM curves, German electricity mix, CO2 tax, etc. The software also calculates the ideal combination of measures to refurbish a building with a given budget and make it more energy-efficient.”
Akanthas helps the entire industrial waste value chain (construction sector, waste management companies, disposal facilities and recycling centres) to better understand, anticipate and optimise their waste production, their activity, and the quality of waste through an AI powered technology.
A smart sensor, measures and analyses in real time waste production, fill level and quality of materials. Information helps to optimise logistics and take better decisions through KPIs, alerts and automated actions. We serve one mission: make waste a valuable resource through a more efficient, economical, and sustainable management of the material.
2050 Materials tackles the lack of structured and easy-to-consume data around the sustainability performance of building products. While there is a significant amount of data available on building products globally, it is often not utilized by designers due to its complexity and its dispersion across multiple sites. 2050 Materials democratises sustainable design by providing simplified metrics on all building products in a format that everyone can understand and use during their design and specification phases.