Single Use Solutions - for Pharmaceutical and Biotech professionals

EZwaste® Carboys

Foxx Life Sciences presents a wide selection of Safety Vent Carboys designed to safely collect wastes from HPLC machines. EZwaste® Solvent Waste System is designed to be an affordable solution for HPLC liquid waste disposal.

Each  EZwaste® Carboy unit features an activated carbon filter that prevents volatile organic compounds from being discharged into the air; stopping chemicals from being inhaled by lab workers and offering a convenient mechanism of disposal for vapor wastes. The EZwaste® Solvent Waste system also features a closed loop design which protects against leaks and spills, improving overall lab safety.

Each EZwaste® Carboy system is manufactured to safely collect waste from one or more HPLC systems while the carbon exhaust filters improve air quality by capturing potentially harmful vapors emitted from solvents. Each system includes a 5 L, 10 L, 20 L, 40 L or 75 L HDPE carboy, two 83mm or 120 mm VersaCap® (one open top for waste collection and one closed top for safe transport). The caps include 1 port for a carbon exhaust filter, 1 carbon exhaust filter, and plugs for unused ports as well as a choice between different configurations of ports for ⅛" OD tubing,  ¼" OD tubing and ¼" & ⅜" HB ports.


  • waste collection from HPLC machines


  • Volume sizes: 5 L, 10 L, 20 L, 40 L or 75 L
  • Material: HDPE
  • 83 mm or 120 mm VersaCap® in PP
  • Carbon exhaust filter traps solvent vapors
  • Tube fittings secure waste tubes to carboy providing the closed system necessary to prevent spills
  • 90° adapter for carbon exhaust filter included for maximum storage flexibility
  • VersaCap® technology eliminates need to remove tubing from open cap to install closed cap
  • Plugs included for unused ports
  • Replaceable sulfur cured EPDM gasket for high chemical compatibility against aggressive organic solvents
  • Closed VersaCap® included for safe transport
  • High Density Polyethylene EZgrip™ carboy features advanced ergonomic design and superior chemical compatibility