Control Cabinet

We specializes in the comprehensive delivery of electrical control cabinet solutions. We provide end-to-end services encompassing the full lifecycle of industrial control systems, ensuring infrastructure reliability and automation efficiency for industrial applications.

Panel Design & Assembly

Custom engineering of electrical schematics, precise component selection, and panel layout optimization.

We manage the complete assembly and installation of  control panels for diverse applications.

PLC Programming

Expert programming of Programmable Logic Controllers (PLCs). We develop the underlying logic that governs complex machinery, production lines, and automated processes with absolute precision and stability.

Effective NOx conversion reaches 98% !

TiO2 (Supporter)

  • High specific surface area
  • Catalytic coating skeleton structure

WO3 (Promoter)

  • Enhanced thermal stability
  • Enhanced NH3 adsorption

V2O5 (Active Component)

  • Oxidation bond(V4+ – V5+)
  • Loading ratio:1 – 3 wt% V2O5

Catalyst Systems Tailored to Performance Requirements

01

  • High NOx reduction over SCR
  • No CO reduction

02

  • Oxidation catalyst for CO reduction
  • Upstream of SCR requires separate housing

03

  • Oxidation catalyst downstream of SCR oxidizes NH3 slip back to NOx, can also form NO2
  • Requires large SCR volume

04

  • Compact SCR+ASC for high NOx reduction
  • Also achieves CO, HC conversions

05

  • ASC converts NH3 slip to N2 allowing compact SCR+ASC+DOC design
  • Very high NOx, CO, HC conversions

Advanced High Performance System

SCR system tailored for maximum NOx, CO, VOC reductions

Vanadia-Titania SCR catalyst

  • Reduces NOx to N2 with NH3 (urea)

Ammonia slip catalyst (ASC)

  • Selectively converts NH3 to N2

Precious metal-based oxidation catalyst

  • Converts CO and VOCs to CO2
SCR+ASC+Oxicat in single housing

Oxidation Systems

Oxidation systems focus on reducing carbon monoxide (CO) and hydrocarbons (HC) emissions through a process that accelerates the chemical breakdown of these pollutants. In this system, exhaust gases are exposed to a catalyst that promotes the oxidation of CO and HC into carbon dioxide (CO2) and water vapor. These systems are particularly effective for applications like diesel engines and industrial boilers, contributing to cleaner air and enhanced operational efficiency

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Control Cabinet

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