空气质量

Ammonia Scrubber

Takes ammonia and odour out of animal-room air, with media you can regenerate.

面临的挑战

Ammonia builds up in busy animal rooms, and fans alone only move it around.

Ammonia Scrubber

Insect and rodent rooms produce ammonia that irritates animals and staff, and ventilation or air fresheners do not remove it. The Ammonia Scrubber pushes room air through a citric-acid bath that traps ammonia, then through a zeolite bed that takes up what is left. The zeolite is regenerated rather than thrown away.


栖息地与环境

适用场景

01

Insect & rodent rooms

Ammonia control where animals are kept densely.

02

Small-mammal houses

Fresher air for animals and keepers.

03

Quarantine rooms

Cleaner air in closed holding rooms.

功能

Acid bath

Room air bubbles through citric acid, which traps ammonia as a salt.

Zeolite polish

A zeolite bed adsorbs the remaining ammonia and odour.

Regenerable media

The zeolite is reactivated by a written procedure, not discarded.

Simple control

A fan with minimal controls.

Optional sensing

An optional ammonia sensor shows room levels.


工作原理

1

Draw

A fan pulls room air into the scrubber.

2

Capture

The acid bath and the zeolite bed take out ammonia and odour.

3

Maintain

Top up the bath and regenerate the zeolite on a schedule.

团队为何选择它

Fresher air

Ammonia is captured, not just moved.

Less waste

Zeolite is regenerated and reused.

Simple to run

A fan and two stages, with no complex parts.

Healthier rooms

Better air for animals and staff.


关键参数

Stage 1
Citric-acid bath that traps ammonia
Stage 2
Zeolite bed for remaining ammonia and odour
Media
Regenerable zeolite, with a reactivation procedure
Airflow
Fan-forced
Sensing
Optional ammonia sensor
Power
Mains
Upkeep
Acid bath topped up; zeolite regenerated

最适合

  • Insect and rodent rooms
  • Small-mammal houses
  • Quarantine and holding rooms

Planning a pilot?

Tell us about the room and the animals in it, and we will size an Ammonia Scrubber.

规划试点

栖息地与环境中的更多设备

全部设备

安茨系统

亲眼见证安茨艾吉

预约演示讲解。我们将为您展示一项实际开展的野外研究、实时进行的语音标注,以及在边缘端本地运行的计算机视觉模型:由饲养员和生物学家基于真实摄像头画面,一种行为接一种行为地训练而成。

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