Point source separators for the separation of sludge from waste water (sand, clay, gypsum, etc.) with a maximum capacity of 24 l
Point separators for separating grease and fat from waste water with a maximum capacity of 10 l
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Point source waste water neutralisers for the neutralisation of small quantities of acidic waste water
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Waste water neutralisers FRIDURIT Type C100
Neutraliser suitable for connection to fume cupboards and washing stations. It can also be used as a stand-alone unit for neutralising acidic and alkaline wastewater.
Acid and alkaline wastewater produced as waste from chemical processes can be collected and automatically mixed in the neutraliser tank. The maximum capacity of the tank is 100 litres.
The neutraliser contains:
- electronic control system
- pump
- a fully automatic and self-regulating mixer that quickly and reliably neutralises acid and alkaline wastewater.
PRODUCTIVITY: approx. 200 l/h.
As an option, it can be equipped with an additional intermediate tank with capacities of 200, 500, 1000 l.
Waste water neutraliser OXYDAN-NKZ-D
Neutraliser suitable for connection to fume cupboards and washing stations. It can also be used as a stand-alone unit for neutralising acidic and alkaline wastewater.
Fully automated unit with pump, controller and dosing system.
PRODUCTIVITY: approx. 600 l/h
FRIDURIT vapour neutralisers (Series: C54, C75, C90, C180)
Neutralisers suitable for installation directly above the fume cupboard or at the exit of the laboratory ventilation duct. They absorb aggressive and toxic gases and vapours such as perchloric acid, hydrofluoric acid, sulphuric acid, nitric acid and mixtures such as royal water immediately after their formation in the fume cupboard chamber. All this is done at very low noise levels (53-55 dB).
The operation of the neutraliser is based on the suction of gases and vapours generated in the fume cupboard into the neutralisation chamber via collectors. The intake takes place by means of a fan integrated into the neutraliser, connected to the output manifold in the upper part of the unit. Inside the chamber, the aspirated vapours pass through a fine water mist produced by a turbine atomiser (German Patent No. P 38 05 445).
This atomiser performs two functions: it lifts the neutralising fluid from the integrated tank in which it is housed and forces the neutralising fluid to pass through the micro-disks in the turbine head, forming a fine-particle mist throughout the chamber. The neutralised substances are thus completely mixed with the neutralising fluid giving the highest degree of absorption efficiency. The absorption efficiency is expressed in terms of the percentage of absorption of the various vapours. This degree varies from 90 to 97 %, depending on the agent to be neutralised.
The entire neutralisation process is fully automated and controlled via a control panel. The system operates continuously, ensuring uninterrupted system operation even when the water in the neutraliser tank is automatically topped up.