The Bloom companies utilize state-of-the-art technology and expert sales, service and manufacturing teams to provide customized engineering solutions to aluminum companies worldwide. Our company has supplied combustion-related industries with exceptional products for over 75 years, and our philosophy remains the same – to be, and offer, the best. Today, Bloom has become a leader in developing high-efficiency, ultra-low emissions combustion equipment. We offer clients a wide range of complete packages, which include pre-fabricated pipe racks, PLC-based control systems and start-up services. We conduct extensive research and development on-site which keeps us at the forefront of our industry and helps us to continuously build better products. For the last 15 years, Bloom has incorporated Computational Fluid Dynamics (CFD) modeling, further solidifying our reputation as a company offering customized engineering approaches and solutions that work.
Bloom Engineering Company Inc. has provided engineered combustion solutions for virtually every major aluminum company around the world; either directly or indirectly (through OEM Furnace Builders). When production (melt rate), emissions or overall process efficiency is key, Bloom has met or exceeded all guarantees. Our relationships with our customers is the main factor of Bloom's success. We listen to what our customers have to say about their processes and offer our solutions based on years of experience. Based on our "non-catalog" approach, Bloom is confident that we can provide a solution for you!
In today's world, fuel usage plays a large part in the overall sustainability of a industry, product or company. Lower fuel usage directly ties to lower operating and production costs plus reduced emissions. Bloom knows and understands this! With hundreds of pairs of our Regenerative Burners installed on aluminum furnaces around the world, we have not only saved our customers money on fuel costs (average of 40% over conventional cold air system) but also reduced their emissions.