Organic Acid Synthesis; Most of the organic acids found in plants are either free or in the form of salts or esters. It is the basic material in the production of polyester and solvent and organic acids are classified according to the number of carboxyl groups in their structure. Sesinoks is your quality and reliable solution partner for organic acid synthesis processes with our plate heat exchangers, flow equipment and wide range of products.

Plate Heat Exchangers

Plakalı Eşanjörler

Industrial Heat Exchangers

Other Equipment That Can Be Used In The Process


Multitooth Mikserler

Multitooth Mixer

In-line Hızlı Karışım Mikseri, sıralı mikser

In-line Mixer

Tankaltı Mikserler

Tank Bottom Mixer


Yatay Karıştırıcılar

Vertical Mixer

Dikey Karıştırıcılar

Vertical Agitators



Stainless Steel Connection Equipment

Paslanmaz Çelik Borular

Stainless Steel Pipes

Paslanmaz Çelik Fittingsler

Stainless Steel Fittings

Paslanmaz Çelik Vanalar

Stainless Steel Valves

Organic Acid Synthesis

Organic Acid SynthesisOrganic acid synthesis is a process in which organic acids are produced through chemical reactions of organic compounds. This synthesis has a wide range of uses in various industrial applications, from the pharmaceutical industry to the food industry. Heat exchangers used in organic acid synthesis are generally used to ensure temperature control and energy efficiency.

Use of Heat Exchangers in Organic Acid Synthesis Process:

  1. Temperature Control:

    • Organic acid synthesis reactions usually occur under certain temperature conditions. Controlling the reaction temperature is important to ensure the desired product efficiency and quality.
    • Heat exchangers are used to control the temperature of the reaction mixture. Heat exchangers used for cooling or heating purposes ensure that the reaction mixture is kept within the desired temperature range.
  2. Energy efficiency:

    • It is important to minimize the amount of energy used for temperature control during the organic acid synthesis process. This increases the energy efficiency of the process and reduces operating costs.
    • Exchangers can be used to recover waste heat generated during the process to control the reaction temperature. The recovered heat can be used for other purposes to reduce the energy used in the process.
  3. Product Quality and Consistency:

    • Temperature control in the organic acid synthesis process is critical to ensure the quality and consistency of the product. Unwanted temperature changes or fluctuations can lead to adverse effects on product quality and reaction efficiency.
    • Heat exchangers increase product quality and consistency by providing precise temperature control.

Consequently, in the organic acid synthesis process, exchangers play a critical role to ensure temperature control and energy efficiency. These equipment are used to keep the reaction temperature within the desired range and increase process efficiency, which improves product quality and consistency.