Hart Door Systems

Tackling challenges in the waste sector

Hart Speedor Storm high speed doors internal view

Tackling challenges in the waste sector

Our experience of working in the waste sector means we have built up extensive knowledge of overcoming the challenges of often corrosive and harsh environments. 

If you work in the waste and energy from waste sector you will be aware of some the challenges you face on site around health and safety – such as the need to keep vermin out and odours in – and to operate sympathetically with your neighbours.

Here we address some of the challenges and identify how we’re working with customers to overcome these.

Odour and vermin

Odour is an obvious bi-product of a site where waste is collected – no matter the steps taken after collection such as sorting, repurposing or incinerating waste to generate energy. A waste site can be an unpleasant and potentially hazardous environment to work in, which is why it is important that when a site door or waste chute door is open it is closed quickly. This will not only benefit staff working onsite but those living in surrounding areas too.

Sites operate under strict conditions set by local authorities regarding heath and safety and vermin control. Again, here door speed plays an important role, as does reliability.

In response to the need for highly reliable doors which open and close quickly multiple times a day we developed the Speedor Storm. This is designed for frequent use in high traffic situations and is able to withstand winds of up to 90 mph. Like all of our doors it is built to last with a life expectancy of more  than 20 years (and with regular maintenance we have customers whose doors have lasted more than 30 years).

Noise

With a high traffic site, such as a waste plant, there is also increased noise pollution from the level of activity on the site from vehicles and machinery. Our doors play an important role in helping to reduce the impact of excess noise.

For instance, our Speedor Storm is made from a thicker curtain material, made from a multilayer PVC textile which, whilst offering longevity (as it is less likely to split and tear) it also provides a denser door, with more layers that are able to absorb sound.

Corrosive and humid environments

In energy from waste (EFW) plants, the combustion of waste generates a variety of corrosive  chlorine containing compounds as well as sodium and potassium. Therefore, to ensure and maintain the longevity of our industrial high speed doors, we have trialled, and tested an anti-corrosive paint to which can be applied to any exposed element.

EFW plant environments are also extremely humid, as various combustion processess take place including the production of compost from food waste. We therefore realised that it was important to protect door elements from moisture and include IP65 drives – which have been developed specifically for challenging environments like waste facilities – and heated insulated covers to prevent moisture build up.

Additional benefits

In addition to solving core challenges faced in the sector, our range of high speed doors come with a number of additional benefits, developed from our decades of experience.

Further benefits of our Speedor Storm include:

  • reduced energy costs
  • improved environment and working conditions
  • reduced carbon footprint
  • enhanced productivity
  • low maintenance

We also provide further safety features to our doors such as safety photocells, non-contact safety light curtains, movement sensors and laser detection.

Our experienced installers are also electrically trained and can therefore configure control panels for automatic door operations that can also interface with unloading vehicles.

Further details on our Speedor Storm can be found here. You can read about our work with Veolia, West Mercia EFW and more recently our work to supply seven insulated shutters and a Speedor Storm at the Dundee and Angus EFW plant at Baldovie.

For more information on how our industrial door solutions can help solve your challenges contact the team.

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