Abstract: A method removes organic liquids from surfaces or volumes by identifying the presence of organic liquids on a surface or within a volume; providing absorbent, solid non-glass inorganic particles onto areas of the surface or within a volume where the organic liquids are present; absorbing or adsorbing organic liquids into the particles; and removing the particles with organic liquid therein.

Abstract: A method removes organic liquids from surfaces or volumes by identifying the presence of organic liquids on a surface or within a volume; providing absorbent, solid non-glass inorganic particles onto areas of the surface or within a volume where the organic liquids are present; absorbing or adsorbing organic liquids into the particles; and removing the particles with organic liquid therein.

Abstract: An eye protection device is formed of an elongated strip of translucent material. The length of the elongated strip of translucent material is such that it will encircle the wearer's head, with strap-like portions overlapping at the back of a wearer's head and being secured to each other. The elongated strip of translucent material is formed with two enlarged eye protection portions spaced apart by a nose bridging portion, with strap-like portions extend from each of the enlarged eye protection portions. A cushioning material encircles the eye protection area and nose bridging portions, somewhat in the shape of a figure eight. Complementary securing means are applied adjacent the ends of the strap-like portions so as to engage each other at the back of a wearer's head to retain the eye protection device over a wearer's eyes. For the comfort of a user, cushioning pads are provided on the strap-like portions in the regions where the strap-like portions pass behind a users ears.