Fume & Dust Extraction

The DC 1800 EX is suitable for general cleaning and source extraction. The DC 1800 is small and lightweight, therefore suitable for those that need a highly portable machine that still is powerful enough for source extraction. With its low weight it is easy to carry onto the job site and it can be easily stored or rolled under a workbench.

The DC 1800 is equipped with a steel container and a plastic bag can be used inside the container. It is equipped with a brushless motor (for spark-free operation) and is certified to IP5X standard.

A range of hazardous area equipment, including fluorescent emergency lighting units, stop-start pushbut-tons, connectors and terminal boxes manufactured by Cooper Crouse-Hinds, is being used on dust containment booths destined for the pharmaceuticals, chemicals and biotech markets.

Based in Huddersfield, Extract Technology designs and manufactures a range of

Thermo Fisher Scientific Inc., the world leader in serving science, today announced the new Thermo Scientific Model 60i, a full-extractive, multi-gas analyzer that features non-dispersive infrared (NDIR) optical filter technology to ensure accurate, precise measurement of up to six gases, including CO, CO2, NO, NO2, and SO2. The Model 60i also accommodates an optional O2 measurement capability using either an affordable electrochemical cell or, when high accuracy and reliability are required, paramagnetic technology. In addition, the unit is designed with built-in safeguards that protect the analyzer in the event of a sample conditioning system malfunction.

The high sensitivity of the Model 60i requires as little as one quarter the flow rate of other instruments, exposing the analyzer and sample conditioning system to less particulate and water for more dependable operation. The Model 60i also possesses a wider dynamic range than other multi-gas analyzers, requiring less configuration. 

Dustcontrol UK Ltd. discuss the problems associated with dust pollution in modern fibreglass production facilities and how an integrated high vac system can provide the competitive advantage you may be wondering how to achieve.Fibreglass has many unique qualities and is used in an increasing number of industries such as automotive, marine, aviation and wind turbine. The increased use of fibreglass has resulted in problems for personnel as well as production itself.

Significant health risks. Fibreglass dust makes you itch just by looking at it

In this article, Dustcontrol highlights problems associated with dust pollution in modern production facilities and illustrates how integrated high vacuum systems can provide competitive advantage. Intense workloads and pressure to produce quality products are
creating demand for cleaner production facilities. However,manufacturing intensity seems to make this need harder than ever.

Airborne dust and particulate waste from manufacturing processes are increasingly nacceptable in facilities trying to achieve efficient working environments. If physical concerns over product quality and environmental health are not enough, external pressures from COSHH and recent ATEX regulations, add to the burden.

While it may seem that air cleaning through large-scale ventilation is a primary option, many businesses could improve their facilities through on-tool extraction.This involves high vacuum systems that transport waste to a centralised location for easy disposal or intermediate pre-separators for potential recycling. Such systems can also be used as general in-house vacuums, negating the need for sweeping (which creates hazardous airborne dust) and mobile vacuums.

Carter Environmental Engineers recently completed installation of five Carter-Midac AS820 Autosludge wet dust collectors at the West London Waste household refuse facility in Brentford, Middlesex. Ensuring clean working conditions for operatives and refuse vehicle drivers, they replace the five original CEE dust collectors which had been in operation at the depot since its opening in 1977.
 
    The five units remove airborne dust from ten tipping bays at West London Waste, whose refuse vehicles bring in around 850 tonnes of household waste daily from the London boroughs of Ealing, Hounslow and Richmond. After compaction, the waste is transferred by rail from the depot to landfill. 

    The units, like CEE's Cyclovent which can be specified for a similar task, are extremely simple in design, requiring no expensive specialist components or control equipment, ensuring minimum maintenance.  They have a long-established track record in many industrial sectors.

Nederman NEX HD extraction arms are the top of the range arms when it comes to high airflows and extraction of media with higher temperatures than normal. The arms are specially designed for working environments with very heavy smoke, vapours or non explosive dust. Typical workplaces are the metal fabrication industry or other type of industries where the need for extraction with large airflows is needed. The applications can be welding, laser or hand plasma cutting, metal spraying, grinding where lots of spatter is generated, or other industrial processes where a perfect balanced and easily positioned arm is required.

The Nederman NEX HD is also available with a patented hood design. The hood, made of aluminium, is resistant to high temperatures of extracted air (+120