Cylindrical Vertical Filling Tower Type Gas-Liquid Contact Device "E730 Series"

The filling layer, circulation tank, and demister are integrated, so there is no need to install a separate circulation tank or mist separator!

last updated May 14, 2015

[Environmental Equipment Delivery Case] Exhaust Gas and Mist Removal Cleaning Device

The blower is shared with the denitrification system! When switching to sulfuric acid pickling, remove sulfuric acid mist from 100 mg/m3 to below 5 mg/Nm3.

last updated Dec 23, 2020

【Environmental Equipment Delivery Case】Methyl Acrylate Gas Removal Tower

Removal rate of over 90% of the design value! Case study of removal target gases such as methyl acrylate and toluene.

last updated Dec 23, 2020

[Case Study of Environmental Equipment] Hydrochloric Acid Gas Removal Tower

The absorption by water is Max 90°C! We will introduce a case where the outlet concentration of hydrochloric acid gas was below 5 ppm.

last updated Dec 23, 2020

[Case Study of Environmental Equipment Installation] Hydrogen Sulfide Removal System

Absorption using caustic soda aqueous solution! Introducing a case study of a hydrogen sulfide removal system with a design removal rate of 99%.

last updated Dec 23, 2020

I-Techno Co., Ltd. Company Profile

We will provide concierge services for low-cost, high-quality canned products and outsourced pipe welding production!

last updated Nov 08, 2016

[Case Study of Environmental Equipment Installation] Salt Dust Removal Tower

Design removal rate of 90% or more for particles larger than 20μm! We will introduce examples of salt dust removal towers.

last updated Dec 23, 2020

[Case Study of Environmental Equipment] PO Removal Device

The filling height is 3.7m! Introducing a case of an environmental device delivered for the removal of propylene oxide!

last updated Dec 23, 2020

[Case Study of Environmental Equipment Installation] Chlorine Gas Absorption Tower

Removal of inlet concentration of 10 vol% to an outlet concentration of 0.5 vol% or lower! Introducing a case study of a chlorine gas absorption tower.

last updated Dec 23, 2020