VOCs Recovery & Heat Exchange System
Gas Air Filter & Heat Recovery System for Stenter Machines
01
Textile
2018-07-16
Boss's large suction range hood, ranked first in national sales for 23 years and
leading global sales for 8 consecutive years
view more
02
Printing and Dyeing
2018-07-16
Boss's large suction range hood, ranked first in national sales for 23 years and
leading global sales for 8 consecutive years
view more
01
Eat recovery system for stenter machine saves 10%-20% natural gas
The system leverages condensation and advanced electrostatic pretreatment technologies to efficiently remove high-boiling-point components and particulates from exhaust gases. Modified activated carbon is employed for deep adsorption and recovery of low-boiling-point volatile organic compounds, reducing energy consumption and extending carbon lifespan. Benefiting from the upstream condensation and electrostatic pretreatment, the desorption temperature of the activated carbon is lower, desorption time is shorter, and energy consumption is minimized.
Quick ROI
Auto-clean
Low Pressure Drop
Fully Stainless Steel
The Working Principle of Heat Recycling of Stenter Machine
Ambient air enters the heat recovery unit, gets heated up by energy potentials of the hot exhaust air emitted from the heat-setting/drying ovens, and gets transported back to the ovens and acts as pre-heated process air so as to reduce the fuel consumption. Exhaust air gets cooled down initially through the heat transfer, saving capital cost on subsequent air pollution systems.
Equipped with fully automatic cleaning device to avoid clogging and cleaning troubles
High-performance pre-filtering, extended maintenance cycle
Equipped with a high-efficiency stainless steel pre-filter to effectively capture particles, prevent duct blockage, significantly extend heat exchanger maintenance intervals, and save labor.
SUS high-efficiency filter
Stainless steel plate heat transfer
01