A lattice coalescer is provided and includes an architected lattice having a cylindrical shape with an upstream end and a downstream end. The architected lattice includes a solid outer body and an interior body disposed within the solid outer body and substantially filled in three dimensions with tessellated unit cells. The tessellated unit cells are arranged with respect to one another in a cell map such that a fog-laden airflow moving through the architected lattice from the upstream end to the downstream end exhibits a pressure drop of 2 psi or less and formation of water droplets of 10-40 microns.

The present invention regards a process for operating a high-temperature solid oxide electrolysis system suitable for converting a fuel stream into a product stream as well as a system for carrying out the process. The process involves drying a moist flush gas and using the spent flush gas as regeneration gas in the drying unit.

A Fresnel spot lens desalinization system includes a Fresnel spot lens (FSL) disposed above a heating element. The heating element has a collector plate and a rod portion; The FSL concentrates solar energy onto the collector plate. A condenser vessel is connected to the collector plate. The rod portion extends into the condenser vessel having a heat resistant exterior shell. The rod portion projects interiorly of the condenser vessel at a downward angle and includes a top portion that is connected to a flat head of the heating element. The flat head receives the solar energy generated from FSL The concentrated solar energy increases the temperature of the heating element inside the condenser vessel to vaporize the salt water to steam and transfer the steam into a condensing tube to condense the steam into pure water.

A gas purification system with a water tank, a reaction cavity, a condensation trap device and a dust collection chamber is disclosed. The reaction cavity uses a negative pressure suction to transport a water vapor and a gas to be processed into the reaction cavity, the gas to be processed at least contains a waste gas that can react with the water vapor, so that the water vapor contacts the waste gas in the gas to be processed and performs a reaction to obtain at least one product. The condensation trap device performs a condensation capture processing and a centrifugal separation processing on the product. The dust collection chamber is used to collect the product thrown out by centrifugal force and/or dropped by gravity.