![]() ![]() "We need to have resilient infrastructure so we can bounce back quickly," Johnson said. For instance, Texas saw massive power outages after a major snowstorm and unusually cold temperatures hit in February. The cost of power is also going up across the country, where natural disasters also knock out power. It's also vulnerable to hurricanes, flooding, and tsunamis, causing a loss of electricity. Hawaii has some of the highest energy costs in the nation, according to the US Energy Information Administration. This is a valuable service as energy bills continue to rise and natural disasters impact power grids. Henk, Johnson said, "likes things to be able to fit together nicely," so they made the batteries stackable and easily scalable.īlue Planet Energy's customers mainly use its batteries to store excess solar energy, either displacing their use of a grid or a generator, Johnson said. The battery stores excess solar energy or adjusts to traditional energy sources to avoid power interruptions, and increases the value of a company's investment in renewable energy. The Blue Ion LX accommodates on- or off-grid requirements for facilities like warehouses, corporate headquarters, and manufacturers. Our HI offering is residential and small commercial." "The LX is for larger installations, including commercial and industrial or community resilient infrastructure. "Those are basically similar in approach and functionality but designed for slightly different situations," Johnson said. The new energy storage system joins the company's Blue Ion LX. In March 2021, Blue Planet Energy launched a new product, the Blue Ion HI. "It's essentially a learning laboratory for sustainability." Energy storage solutions offer homes and businesses more resilient power sources ![]() "Henk, our founder, really thought that if we can achieve this in Hawaii, we could take that as a model to other places," Johnson said. Violeta Reyes Perez School in Puerto Rico. ![]() ![]() It will help reduce carbon emissions from industrial applications and the cement sector – a main concern of our customers.Account icon An icon in the shape of a person's head and shoulders. Torsten Wintergerste, Division President Chemtech, concludes: “We are delighted to contribute our expertise of circular applications to such a cutting-edge project. Together, we will be able to offer market leading solutions to help businesses reduce their carbon footprint.” Constantz, Ph.D., CEO at Blue Planet, comments: “Sulzer Chemtech is an ideal partner to help us meet our goal of delivering cost and energy efficient plants to permanently store CO 2 in concrete by producing sustainable cement and concrete using Blue Planet’s technology. The facility will leverage Sulzer Chemtech’s technologies providing high CO 2 absorption performance while maintaining low energy consumption.īrent R. This will be installed in Blue Planet’s pilot plant, which is being constructed in Pittsburg, California, USA, and will capture emissions from an adjacent natural gas-fired power plant. Sulzer Chemtech, the leader in separation and mixing technology, is developing an efficient and effective carbon capture unit that will be a key enabler in Blue Planet’s process. With this process the CO 2 footprint of cement in the concrete is more than off-set. Aggregates in concrete are bound together by cement, a significant contributor to global CO 2 emissions (7% as per the International Energy Agency). Aggregate is the main component of concrete (70 – 90%) and the most used building material worldwide. The system mineralizes the CO 2 to form highly sustainable synthetic limestone aggregates by permanently sequestering the CO 2 in a solid form to be incorporated in concrete. These include power, steel, cement, refining, direct air capture and other CO 2 emitting industries. US-based company Blue Planet is developing a profitable and sustainable CCUS system that captures CO 2 from a variety of emission sources. ![]()
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