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SBIR/STTR

Low-cost, High Titanium Mare Simulant: Bulk, Dust and "Orange Spheres", Phase I

Completed Technology Project

Project Introduction

Low-cost, High Titanium Mare Simulant: Bulk, Dust and "Orange Spheres", Phase I
Space exploration require simulants for equipment design, development and testing. This proposal directly responds to the solicitation by improving simulant fidelity, availability, and cost, by developing an innovative process to chemically enrich a low cost feedstock and manufacturing high titanium dust and spheres. Lunar regolith contains varying amounts of titanium oxide (up to 16% TiO2). JSC simulants contained only 1 to 2 %. This SBIR will produce a mare dust simulant from a synthetically prepared feedstock that contain two levels of TiO2 up to approximately 16%. The full simulant will include glass, pseudo-agglutinate and crystal material. Experiments will be conducted to produce spheres from the high-titanium material. Chemically enhanced simulant (bulk, dust, "orange" spheres) will provide a new level of fidelity that has not been realized to date. The estimated cost per ton of the high-titanium feed stock material will be less than $9,000 per ton. By producing high titanium Mare, bulk, dust and spheres (with capability to manufacture volumes beyond laboratory testing), ZAP will improve fidelity, reduce cost and schedules, improve processes, and develop abrasion and adhesion characterization techniques and methods. This Phase I program will deliver the following: High Titanium Simulant - Chemically enriched basaltic lunar simulant material - Bulk (combining glass, pseudo-agglutinate , crystal), dust, "orange" spheres Experimental adhesion and abrasiveness results and comparisons Cost & Schedule Analysis -Indentify cost and schedule versus fidelity, process improvements, and other variables Outcomes include an economical way to produce material, improved simulant availability, cost and fidelity that addresses needs within multiple NASA centers, and leverages previous investments in ZAP's patented material production capability. More »

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This is a historic project that was completed before the creation of TechPort on October 1, 2012. Available data has been included. This record may contain less data than currently active projects.

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