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Related to condensable: condensible


v. con·densed, con·dens·ing, con·dens·es
a. To make more dense or compact: gravity condensing matter into stars.
b. To concentrate (a substance), especially by removing water.
2. To make more concise; abridge or shorten: condensed the list of guests.
3. To cause (a gas or vapor) to change to a liquid.
1. To become more dense or compact.
2. To undergo condensation.

[Middle English condensen, from Old French condenser, from Latin condēnsāre : com-, intensive pref.; see com- + dēnsāre, to thicken (from dēnsus, thick).]

con·dens′a·bil′i·ty n.
con·dens′a·ble, con·dens′i·ble adj.
References in periodicals archive ?
Liquid Ring vacuum is regarded as the optimum technology for handling extreme vapour loads and pumping wet or dry gasses with a high tolerance for liquid carryover, especially on condensable processes such as distillation, drying and evaporator duties.
It is therefore also suitable for many motor vehicle applications requiring very low volatile and condensable emissions, such as components for the automotive interior," concluded Marbach.
Tenders invited for Dry compact multi-stage roots three phase pumps with exhaust silencer for condensable vapors
with char, water, and condensable tar as minor products.
Yang, Correlation of Equilibrium Adsorption Data of Condensable Vapours On Porous Adsorbents, Gas Sep.
This revealed a number of hot spots, "dry" regions that are devoid of clouds and condensable gases, particularly opaque billows of ammonia.
El montaje experimental, cuenta ademas con un scrubber o lavador a baja temperatura (0[grados]C - 1[grados]C), cuya finalidad es recolectar la fraccion condensable presente en el gas producido.
5] is evaluated, both filterable (solid) particulate is measured as well as condensable particulate matter (CPM).
When ordering calibration standards, one must know the calibration standard's accuracy against temperature, which is critically important when it involves minor components that may be condensable into a liquid phase dependent upon temperature variation.
This polymer is the most commonly used membrane material for separation of large condensable vapors from permanent gases [11-13].
As the reaction temperature increased from350 to 450C the amount of condensable pyrolysis vapors also attained a maximum value of 41.
The experiments were performed on a bench scale fluidized bed reactor by using waste wheat and barley spent gains as pyrolysis raw materials to explore the thermal conversion characteristics of resulting products (bio-oil charcoal and non- condensable gases).