Multifunctional Evaporator Formaldehyde Plant

Multifunctional Evaporator Formaldehyde Plant
Multifunctional Evaporator Formaldehyde Plant
Multifunctional Evaporator Formaldehyde Plant
Multifunctional Evaporator Formaldehyde Plant
Multifunctional Evaporator Formaldehyde Plant
Multifunctional Evaporator Formaldehyde Plant
Multifunctional Evaporator Formaldehyde Plant
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Description of Multi-functional Evaporator Process

The multi-functional evaporator process is the newest silver catalyst formaldehyde production process, and was independently researched and developed by the Helipont team. This patented process uses two specially designed absorption towers capable of producing 37-55% formaldehyde. We recommend this process for clients who require a high concentration of formaldehyde. Since 2010, we have supplied dozens of this plant type, with a stable quality, less space, and a 60TPD-400TPD capacity.

Flow chart
Main Equipment
  • Air roots blows
  • Air washing tower
  • Off-gas roots blower
  • Steam Filter
  • Multifunctional Evaporator
  • Steam distributor
  • Steam drum
  • Reactor
  • Desalted water
Production Process

The air enters the multi-functional evaporator after filtration, washing and heating. After this process, the steam enters the evaporator. After heating, the circulation of off-gas from the top of the 2# absorber enters the evaporator. Finally, the filtered methanol liquid enters the methanol evaporator. These 4 gas types go through complex processes inside the methanol evaporator, including bubbling, heating, evaporation, mixing, separating and heating to obtain a quaternary gas. This process uses a hot formaldehyde solution to heat the methanol to the evaporation point, which saves water vapor. Quaternary gas enters the methanol reactor and goes through a redox reaction, thus forming formaldehyde gas. The formaldehyde gas from the reactor also includes steam, nitrogen, oxygen and hydrogen, and it needs the next absorption process to obtain a formaldehyde solution.

Product Specifications
Component Index
Formaldehyde 37-55%
Methanol ≤1 wt. %
Formic Acid ≤0.01 g/100 mL
Chloride ≤0.0025 g/100 mL
Ashes ≤0.01 g/100 mL
Feedstock Consumption Quota
Particular Index Remark
Feedstock & Auxiliaries

Methanol(99.5%) 0.445 ton for per ton of 37% formalin product Expectation:442 ton
Catalyst (Silver) As-per the Capacity
Civil Utilities

Circulating Cooling Water 40 ton for per ton of 37% formalin product
Desalted Water As-per the process
Power Electricity (Voltage:415/250V; Frequency 50±0.5Hz) 28 KWh for per ton of 37% formalin product With 200kvA transformer
Steam for Startup(0.2Mpa) 900kg/h Need 3~4hrs
Export Steam as By-product(0.25MPa) 150-200kg per ton of 37% formalin product Without the Off-gas Boiler
Instrumental Air (P=0.5-0.7MPa(G)) As-per the Capacity

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