Alkoxylation and Ethoxylation Processing Services

Ethoxylation, Propoxylation and Butoxylation Processes

Pressure Chemical has the capabilities and expertise to assist you with development, piloting, or manufacture of your alkoxylation processes, including ethoxylation, propoxylation and butoxylation processes.

Using our unique array of process equipment, we can work synergistically with you to develop the best-practice methodology for your alkoxylation process as a standalone project or as part of a larger synthetic plan.

With over 40 years of experience in safe handling of various alkyl oxiranes, we have the resources and know-how to assist you with your alkoxylation requirements.

In addition to homopolymers, Pressure Chemical has made block copolymers using different epoxides. We can also make tapered polymers by adding two different epoxides at the same time.

Reactors available to perform alkoxylations

Reactor	Approx. Max. Product per Batch	Minimum Mix Volume	Maximum Reactor Pressure	Scale
1 Gal. SS Autoclave	2 kg	500 ml	2500 psig	Lab Scale
2 Gal. Pfaudler	4 kg	1 liter	500 psig	Lab Scale
30 Gal. Autoclave	70 kg	10 liters	2000 psig	Pilot Scale
50 Gal. Pfaudler	120 kg	25 liters	200 psig	Pilot Scale/ Production Scale
200 Gal. Pfaudler	480 kg	60 liters	100 psig	Production Scale
200 Gal. SS Reactor

Pressure Chemical has the capabilities and expertise to assist you with development, piloting, or manufacture of your alkoxylation processes, including ethoxylation, propoxylation and butoxylation processes.

Using our unique array of process equipment, we can work synergistically with you to develop the best-practice methodology for your alkoxylation process as a standalone project or as part of a larger synthetic plan.

With over 40 years of experience in safe handling of various alkyl oxiranes, we have the resources and know-how to assist you with your alkoxylation requirements.

In addition to homopolymers, Pressure Chemical has made block copolymers using different epoxides. We can also make tapered polymers by adding two different epoxides at the same time.