Counter Flow Drum Mixer includes an elevated virgin aggregate inlet end and an opposite asphaltic product discharge end. A burner lies intermediate the ends and defines a combustion volume. Virgin aggregate and recycle material in the annular chamber is prevented from entering the combustion volume by the shape of the shield flights.

Countercurrent Packed Towers are the most common of the aeration methods know as air stripping. It is often used in reference to packed tower aeration. These towers are very effective in removing volatile organic chemicals.

The counter-current scrubbers are preferably used for air streams with few and similar contaminants. It uses a chemical treatment to eliminate contaminants. It is a low cost and compact device offering an optimal contact between gases and washing liquid. Thus a heat transfer is obtained which permits heating or cooling of the treated air as required. It is the most economical solution, using the least space, for many air pollution problems

Countertop Water Purifiers are fitted with carbon block filter, which seals complete purity of water. Countertop water purifiers are built from single or double polypropylene housing that are safe to use for drinking water.

In a piston engine, the crankcase is the housing for the crankshaft. It is part of the main cavity in the engine, separated from the cylinders by the reciprocating pistons. Crankcase vent filters used on engines separate engine oil gas from fresh air entering the air-box. This way the air filter will stay cleaner and the engine will aspirate fresher air, improving performance of the engine. Crankcase vent filters have vent tubes added to their base. Filters consist of a one-piece design with a rubber or chrome top. Filters with mounting studs can be mounted remotely, but require vent hoses and clamps. Filters mounted direct can be pressed into rubber grommets in valve covers.

Cross counter flow heat exchangers are also called as cross flow heat exchangers. In cross flow arrangement, the flow may be called mixed or unmixed, depending on the design. In this arrangement, hot and cold fluids flow through individual flow channels with no fluid mixing between adjacent flow channels. In this case, each fluid stream is said to be unmixed.

Crossbelt & inline over belt separator is a self-cleaning magnetic separator. It provides a true self-cleaning industrial magnetic separator systems solution, for continuous metal recovery from conveyed materials. The magnetic cross belt separator system uses a high strength overhead-suspended plate magnet housed in a severe duty industrial conveyor operating in an inverted position.

Crossflow Scrubber is effective for absorption of gaseous pollutants and handles moderate loadings of solids due to the flushing characteristics. The equipment configuration eliminates the need for interconnecting ductwork. The feature includes capacities from 1,000 to 100,000 ACFM, spray nozzles accessible from top of unit, utilizes blade entertainment separators to prevent liquid carryover and special multi-bed designs, which accommodate different scrubbing solutions for removal of multiple contaminants.

Cryogenic Cooler Parts allows continuous and uninterrupted cooling within the system with minimized moving parts. A compressor assembly is included with more than one compressor so that at any one time, one of the compressors is active so as to provide a working gas pressure modulated by piston action. An expander assembly includes an expander associated with each compressor where working gas pressure expansion from the active compressor is expanded within. A conduit line couples each compressor to each expander for working gas connection between each compressor and respective expander. Heat pipe is coupled at one end to each expander for the transfer of coolant fluid to a cooling plate which includes a temperature sensor. Thermal switches within each of the heat pipes control coolant fluid flow to allow the activation of another heat pipe and associated compressor when failure of the currently operating compressor occurs.

Cryogenic liquids are liquified gases that are kept in their liquid state at very low temperatures. All cryogenic liquids are extremely cold. It has boiling points below -150° C. All cryogenic liquids are gases at normal temperatures and pressures. These gases must be cooled below room temperature before an increase in pressure can liquefy them. Different cryogens become liquids under different conditions of temperature and pressure, but all have two properties in common: these are extremely cold, and small amounts of liquid can expand into very large volumes of gas.

Cryogenic phase separator is intended to minimize hazardous splashing and vaporization. It is available in three different sizes to accommodate transferring liquids into open containers. It is used to separate carbon dioxide gas from liquid and remove the gas from a pipeline. It is also used to lower saturation point of liquid nitrogen. It provides different types of application such as to fill cryocans, to contribute quality liquid to freezing tunnels for optimum equipment.