Three-quarter view of photocatalytic oxidation filter with blue UV-A lamps

Filtros de ar e filtragem química

Z Módulo de filtro de oxidação fotocatalítica

A UV-A illuminated titanium-dioxide catalyst module that oxidizes selected low-concentration organic vapours and odours in recirculating air.

TiO2 Catalyst Surface
UV-A Activation
Low-Level VOC Treatment
Serviceable Lamp Module

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Introdução do produto

The photocatalytic oxidation module combines UV-A lamps with a high-area honeycomb or mesh substrate coated in titanium dioxide. When illuminated, the catalyst generates reactive surface species that oxidize compatible organic molecules passing through the module. The rigid metal cassette protects the catalyst, maintains lamp spacing and slides into a dedicated air-treatment housing. Particle prefiltration keeps dust from shading the catalytic surface, while downstream adsorption can capture residual intermediates in demanding applications.

Características-chave

UV-A lamps activate a fixed titanium-dioxide coating without consuming a loose granular media bed.

Open honeycomb geometry exposes catalyst area while maintaining moderate pressure loss.

Removable lamp and catalyst sections can be serviced separately.

A metal safety screen shields the illuminated elements from accidental contact.

Preocupações do produto do cliente

PCO performance depends on light intensity, catalyst cleanliness and contaminant residence time rather than filter thickness alone.

Dust coats the catalyst and blocks UV light from the active surface.An upstream fine filter protects the catalyst and extends the cleaning interval.

Air crosses the module too quickly for meaningful oxidation.Catalyst depth, lamp power and face velocity are matched to the intended contaminant load.

Lamp output declines while the system still appears operational.Accessible lamp racks and operating-hour monitoring support scheduled replacement.

Partial oxidation creates intermediate compounds downstream.A polishing carbon stage can adsorb residual vapours after the photocatalytic section.

Aplicações típicas

Laboratory recirculation unitsHealthcare odour reductionOffice and control-room air cleanersFood process support areasLow-concentration VOC polishing

Parâmetros técnicos

Typical construction ranges for a duct-mounted photocatalytic oxidation module are shown below.

Material principal	Titanium-dioxide-coated aluminum honeycomb with UV-A lamp array
Painel de espessura	100–250 mm catalyst and lamp module depth
Largura efetiva	300–610 mm nominal module width
Comprimento máximo	Up to 1220 mm module height or lamp length
Aço enfrentando espessura	0.8–1.2 mm stainless or powder-coated steel cassette
Densidade Core	30–80 kg/m³ apparent density of the coated open-cell catalyst
Condutividade térmica	120–200 W/(m·K) for the aluminum catalyst substrate
Superfície acabado	White powder-coated frame with bonded titanium-dioxide catalyst coating
Tipo conjunto	Slide-in metal cassette with keyed lamp connector and gasketed housing flange
Customização	Disponível com base na aplicação pretendida e no ambiente operacional.

Opções disponíveis

Honeycomb or expanded-mesh catalystSingle or multiple UV-A lampsUpstream particle prefilterDownstream activated-carbon polishing stage

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