Solidia joins 32 other sustainable activities working towards a lower carbon future
Submitted by Solidia Technologies
Solidia Technologies®,a cement and concrete technology, has been included in the first cohort of BP’s accreditation programme, Advancing Low Carbon (ALC), which was announced today. Solidia’s unique technology allows for a 30% reduction in carbon dioxide (CO2) emissions in the production of cement. Coupled with the capture of an additional 240 kg of CO2 during the CO2-curing process, Solidia’s systems can reduce the carbon footprint of cement and concrete by up to 70%.
“We’re thrilled that Solidia has received such a recognition for our cement and concrete, especially from a company like BP, whose BP Ventures business has been so crucial to our development,” said Solidia’s President and CEO Tom Schuler. “The ALC programme sets a high standard for BP and its partners, and today for building materials. Together, cement and concrete comprise one of the few global markets large enough to make a meaningful impact on CO2. We are so grateful that BP and BP Ventures finds value in our mission.”
Each ton of cement produces ~1 ton of CO2, making cement production the second largest industrial CO2 polluter, representing 5-7% of the world’s total CO2 emissions. If the global cement and concrete industry adopted Solidia’s technology, it would significantly reduce the industry’s carbon footprint.
“I am delighted to see Solidia Technologies recognized in the first year of BP’s new Advancing Low Carbon programme. Companies like Solidia are a great demonstration of the lower carbon actions we want this programme to encourage across BP and BP’s partners,” said Vice President, BP Ventures, David Gilmour.
BP has introduced a new group-wide accreditation programme, Advancing Low Carbon (ALC), designed to encourage every part of BP to pursue lower carbon opportunities and to encourage customers and others outside BP to make lower carbon choices. The programme highlights activities that demonstrate and deliver better carbon outcomes. Qualifying activities range from emissions reductions in BP’s operations to carbon neutral products, from investments in low carbon technologies to BP’s renewables businesses. ALC activities are undertaken through BP’s own businesses as well as in partnership with others. Each activity included in the programme is evaluated, and subjected to independent assurance against defined criteria. The programme has been launched with an initial 33 accredited activities. More details on the Advancing Low Carbon programme and the individual accredited activities can be seen at www.bp.com/advancinglowcarbon.
Easy to adopt anywhere in the world, Solidia’s systems produce sustainable Solidia Cement™ and cure concrete with CO2 instead of water, while utilizing manufacturers’ existing infrastructure, raw materials, formulations, production methods and specifications. Stronger, more durable and higher performing than traditional concrete, Solidia Concrete™ products cost less to produce, reduce water and energy use, and cure in less than 24 hours.
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About Solidia Technologies®
Solidia Technologies® is a cement and concrete technology company that makes it easy and profitable to use CO2 to create superior and sustainable building materials. Based in Piscataway, N.J. (USA), Solidia’s investors include Kleiner Perkins Caufield & Byers, Bright Capital, BASF, BP, LafargeHolcim, Total Energy Ventures, Oil and Gas Climate Initiative (OGCI) Climate Investments, Air Liquide, Bill Joy and other private investors. Honors include: 2017 ERA Grand Challenge (formerly CCEMC) Second Round Finalist; 2016 Sustainia 100; 2015 NJBiz Business of the Year; 2014 Global Cleantech 100; 2013 R&D Top 100; 2014 Best Place to Work in NJ; 2014 CCEMC Grand Challenge First Round finalist; 2013 Katerva Award finalist; and MIT’s Climate CoLab shortlist. Follow Solidia Technologies at www.solidiatech.com and on LinkedIn, YouTube and Twitter: @SolidiaCO2.
Solidia Technologies® is a cement and concrete technology company that makes it easy and profitable to use CO2 to create superior and sustainable building and construction materials.
Solidia’s patented processes start with an energy-saving cement that dramatically reduces CO2 emissions at the kiln. It then cures concrete with CO2 instead of water, reducing the overall carbon footprint of cement in precast concrete up to 70%.
At scale each year, Solidia precast can eliminate at least 1.5 gigatonnes of CO₂, save three trillion liters of fresh water, reduce energy consumption equal to ~260 million barrels of oil, and eliminate 100 million tonnes of concrete landfill waste.
Solidia's ready-mix applications go even further, offering the potential to transform concrete – the second most utilized material on the planet – into a carbon sink.
Produced using the same raw materials and existing equipment, Solidia products are higher performing and cost less to produce than traditional concrete, and cure in less than 24 hours. Solidia offers industry an easy-to-adopt, rapid and globally scalable response to one of the greatest threats to our planet.
Solidia Concrete for precast is currently available in the US. The ready-mix applications are currently in tests for infrastructure applications.
Based in Piscataway, N.J. (USA), Solidia’s investors include Kleiner Perkins, Bright Capital, BASF, BP, LafargeHolcim, Total Energy Ventures, Oil and Gas Climate Initiative (OGCI) Climate Investments, Air Liquide, Bill Joy and other private investors.
Solidia’s R&D collaborators have included LafargeHolcim, Air Liquide, DOT’s Federal Highway Administration, DOE’s National Energy Technology Laboratory, the EPA, Rutgers University, Purdue University, Ohio University, and the University of South Florida.
Honors include: the 2020, 2019 and 2014 Global Cleantech 100; a 2020 and 2014 Best Place to Work in NJ; 2020, 2019 and 2018 BP Advancing Low Carbon accreditation; the 2019 Solar Impulse 1000 Efficient Solutions; 2017 ERA Grand Challenge (formerly CCEMC) finalist; 2016 Sustainia 100; 2015 NJBiz Business of the Year; 2014 CCEMC Grand Challenge finalist; 2013 R&D Top 100; 2013 Katerva Award finalist; and MIT’s Climate CoLab shortlist.
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