URBAN ELEMENTS, LLC
We support responsible industrial growth by embedding sustainability into every layer of our operations. This includes maintaining rigorous safe handling practices that protect both people and the environment, as well as optimizing logistics to reduce fuel consumption, emissions, and overall resource use. We actively pursue waste reduction strategies by minimizing excess materials, promoting reuse and recycling wherever feasible, and continuously evaluating processes for greater efficiency.
When working on innovation projects for customers, we are equipped to scale new process routes
seamlessly from gram quantities to kilo and onward to hundreds of kilograms within our R&D laboratories.
This flexible capability allows us to efficiently translate early-stage concepts into viable production
pathways.
We further strengthened this capacity with the installation of a dedicated scale-up facility designed to
bridge the gap between laboratory development and full industrial application. This facility enables us to
run processes in reactors that closely reflect real-world manufacturing conditions, ensuring reliability,
consistency, and performance at larger scales. As a result, we can supply new materials in hundreds-of-kilogram quantities to support pilot-scale operations, helping customers accelerate development timelines,
reduce risk, and move more confidently toward commercial production.
Control of the physical and chemical properties of inorganic chemicals is a core capability at the heart of our operations. We apply deep technical expertise and rigorous analytical methods to ensure that every material meets precise performance and quality requirements, from early development through to full-scale production. Our comprehensive suite of materials characterization techniques supports this commitment, enabling us to monitor and refine product attributes throughout the scale-up process. These capabilities include SEM for detailed imaging, XRD and XRF for structural and compositional analysis, ICP-OES for elemental quantification, TGA/DSC for thermal behavior, as well as measurements of surface area, particle size distribution, and metal assay.