Energy Recovery With Bulk Powders Heat Exchanger Technology

Technological advancements had paved the way for a better and more improved industrial processes. The modern technology became the partner and ally of most industrial companies in their quest for a super efficient and technically superior facilities that will help them improve their services and increase business productivity. With the help of modern technology, the what seems to be impossible and something for nothing became technologically possible today.

Over the years, numerous developments have been made in the bulk industry in order to enhance major industrial processes and come up with a superior product quality. From the inefficient traditional methods of cooling and heating bulk solids and powder materials, today an ultra-efficient bulk powders processing technology has been employed in an international array of facilities for various bulk powder applications.

Among these technological breakthroughs in the bulk industry, the ability to recover used energy is considered to be a very significant and laudable achievement in this regards. This green technology can only be found in bulk powders heat exchanger technology, the world leading technology in cooling and heating bulk solids and powder material such as sugar, fertilizer, chemicals, plastics, dried biosolids, minerals, and many other types of grains and crystals.

This heat exchanger technology can recover heat from the bulk solids cooling and heating process in the form of pressurized hot water, making it readily available as heat which can be use again elsewhere in your facility. It has an indirect plate heat exchange technology that makes it easy to capture and reuse the waste heat for heating and cooling bulk solids and powder materials elsewhere from your facility.

The bulk powders heat exchanger technology, expertly and specifically designed to heat and cool bulk solids and many other types of powders, has a unique heat exchanger plates design allowing it to heat the bulk solids and powder materials through the process of conduction. This particular process uses different recovered heat mediums such as steam, hot water, thermal oil or even air. Furthermore, the heat from the bulk materials was transferred to the water during the cooling and heating process by which produces pressurized hot water and which can be use again for other industrial processes like building heat, pre-heating product or pre-heating air.

Lastly, this bulk powders heat exchanger technology for heating and cooling bulk powder and solid materials can operate on 100% recovered energy. The success and ability to recover used energy is attributed to the unparalleled efficiency of this ultra-efficient technology.

So far, this laudable achievement in the field of energy recovery can only be found in some leading industrial companies who has the heat exchange expertise, knowledge, and has years of experience in various applications and implementation of advanced energy recovery solutions involving heating and cooling of bulk solids and powder materials.