▎ 摘　　要

NOVELTY - Preparing polymer-carbon nanomaterial (CNM) admix involves receiving a carbanogel product, combining the carbanogel product with a polymer mixture, and collecting the polymer-CNM admix. USE - Method for preparing polymer-carbon nanomaterial admix used in material or product application for increasing environmental sustainability by reducing an amount of input material needed to make the material or product, strengthening the material or product, increasing an electrical conductivity of the material or product, increasing a lifetime of the material or product through enhanced chemical durability, mechanical durability, photo durability, thermal durability, carbon sequestration reservoir. a light-weight tooling application for high speed, safety, and quick changes, a tool for drilling, impacting, and/or sawing, a tool with enhanced thermal conductivity or enhanced thermal insulation, an ultra-strong, foldable material, sequestering of carbon dioxide, an ultra-light, ultra-absorbent sponge, as a pre-formed laminate sheet for including in a composite, for ballistic or electromagnetic field (EMF) shielding, a parachute or drag enhancer, knittable/sewable polymer for making a textile, a fibers or filament for 3 dimensional manufacturing or printing, strength properties for structural purposes and electrical-energy storage properties, strength properties for structural purposes structure and thermal-energy storage properties, strength properties for structural purposes and as an electrical conduit or wire, strength properties for structural purposes and as a sensor to collect real-time strain or safety data to assess the material's performance, strength properties for structural purposes and as a catalyst, and strength properties for structural purposes and as a thermal conduit (all claimed). ADVANTAGE - The prepared polymer-carbon nanomaterial admix has enhanced properties, such as strength properties, electronic application properties, medical application properties, thermal conduction properties, thermal insulation properties, and catalytic properties. DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for: 1. a polymer-CNM admix, which comprises: a carbanogel, and a polymer mix; and 2. a system for making a polymer-CNM admixture, which comprises: an apparatus for performing an electrolysis process that splits carbon dioxide (CO2) within a molten electrolyte for producing a carbanogel, where the carbanogel comprises carbon nanomaterials (CNM) and electrolyte, a vessel for receiving the carbanogel, and a source of a polymer mixture. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of an apparatus for making a carbanogel product. 12Case 16Anode 18Cathode 21AUpper surface 22Top