Twin Rivers Technologies
Highly Engaged Employees
Cleaning Products · Massachusetts, United States · 51-200 Employees
View Company Info for Free
Overview
Headquarters
780 Washington St, Quincy, Massachusetts...Phone Number
(617) 472-9200Revenue
$24.5 MillionIndustry
About Twin Rivers Technologies
Twin Rivers Technologies is a bio-based chemical manufacturer located near Boston, MA, specializing in the North American Veg Based Fatty Acid and Glycerin market. Since 1994, the company has provided over 80 different fatty acid and glycerin products, utilizing advanced manufacturing processes such as hydrolysis, distillation, and hydrogenation. Their commitment to sustainability ensures high-quality, naturally-based products for various industries, including health and personal care, pet care, and industrial R&D. Twin Rivers is recognized for its reliable domestic production and unique logistical capabilities, including access to a deepwater port.Explore more
SIC Code 28,284NAICS Code 32,325Show moreTwin Rivers Technologies Org Chart
Compare Similar Companies to Twin Rivers Technologies
Compare insights from companies similar to Twin Rivers Technologies, focusing on performance, financial data, growth rates, and unique benchmarks to identify key industry trends and opportunities.
Revenue
Number of Employees
Type
Funding
Founded In
Twin Rivers Technologies Tech Stack
A closer look at the technologies used by Twin Rivers Technologies
See more technologies
Top Cleaning Products Companies
Top companies in Canada by revenue
Top companies in Australia by revenue
Top companies in New Zealand by revenue
Frequently Asked Questions Regarding Twin Rivers Technologies
Sign Up For FreeTo access detailed company insights
Twin Rivers Technologies is a bio-based chemical manufacturer located near Boston, MA, specializing in the North American Veg Based Fatty Acid and Glycerin market. Since 1994, the company has provided over 80 different fatty acid and glycerin products, utilizing advanced manufacturing processes such as hydrolysis, distillation, and hydrogenation. T... Read More