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What if Wimbledon could power your computer?

Federer did it again. Of course he did; the man’s a machine! With eight Wimbledon championships under his belt Roger Federer has broken the record for most championship wins.

It’d be interesting to know exactly how much energy the tennis star has had to produce over the years as he’s wacked his way into the annals of sporting fame. In fact, Britishgas.co.uk has investigated this very idea. OK, not relating to Federer per se; more about the amount of energy generated at Wimbledon from crowds cheering in the stands to tennis pros burning mega calories as they play.

Apparently, men’s finalists burn an average of 2100 calories per championship match; an energy output of over 2.50kWh! A woman’s final produces more than 150kWh. How does this translate practically (hypothetically)?

Well – on average, your laptop computer uses between 50W – 100W when in use, which means that the power of seven men’s finals would generate enough energy to power your laptop for a year! Five men’s finals could keep an LED lightbulb (typically lasting between 20,000 to 50,000 hours) shining for more than two years!

One woman’s final could keep your iPad charged for a year.

Impressed? Just wait. The London marathon – you know it, right? Before the race (which took place on April 23), a total of 253,930 people were expected to participate. With this statistic in mind; if a single participant competing in the marathon uses an equivalent 3.045 kWh of energy, then the total amount of energy consumed by the entire marathon is a mammoth 752.3 mWh.

Imagine your business could employ its own personal Roger Federer or better yet; a team of pro runners, to create enough energy to power the workstations on your premises? Sustainable and cost-effective, surely? Nice to dream. But who knows – we live in a world where anything and everything is possible!

If you have any energy queries relating to your home or business, feel free to contact the CH Systems team on 0208 302 8149 or info@chsystems.cc.

Sources: Britishgas.co.uk – “Wimbledon: How much energy can tennis pros generate?” and “The power produced by runners competing in the London Marathon”

How a sustainable water strategy will save your business money

The conservation of energy has been a hot topic for the last few years. The effects of global warming have forced the world to take note and take action; governments, businesses and home owners have been (correctly) burdened with the social responsibility to do what they can to reduce their carbon footprint.

Energy – gas and electricity – is an obvious expense on a balance sheet and so most businesses are naturally inclined to focus a great deal of effort on finding ways to minimise this expense. As it so happens, decisions made for economic reasons often turn out to be the sustainable route as well, a happy coincidence, but there is a cost that companies often overlook, and that is water.

Water is usually overshadowed by the price of energy but it bears hidden costs that it would benefit businesses to take note of, such as the carbon and monetary costs of supplying that water, heating it and treating it after use. In other words, water is intrinsically linked to energy use and carbon emissions – so why aren’t we trying harder to save it?

Recent estimates suggest that if we continue business as usual, global demand for water will exceed viable resources by 40 per cent by the year 2030. Policymakers are thus under pressure to tighten water regulations amidst growing concern about scarcity and pollution. As an outcome, businesses will be compelled to implement sustainable water strategies. This means recycling more water and looking at new ways in which to develop goods and services with a much smaller water footprint. And for smaller companies, awareness is a good starting point.

Martin Stuchtey, director of the McKinsey Center for Business and Environment, says that businesses need to shift to a circular economy for water:

“We need a completely new mindset of not contaminating water in the first place. We need to treat it like a durable and keep it in closed loops; or like a consumable, but return it in a way so that it is cheap or beneficial to take into second or third use.”

Companies should start to look beyond their fences; to collaborate with others – experts in the field – and encourage respective suppliers, partners, customers and others to work with them in their effort to implement water-saving plans. Industry sectors also need to join forces to manage water more efficiently, Stutchey argues:

“There might be ways that a handshake between the agriculture and industries might provide the better solution. Industrial grey water, if it’s not too contaminated, could in fact be an interesting input into agriculture. We need to go across sectors and manage water in more effective and circular ways.”

The good news is that an effective water management plan can transform the economic prospects of a business – if ever there was an incentive!

For more information on water sustainability or any plumbing-related issues feel free to contact the CH Systems team on 0208 302 8149 or info@chsystems.cc

Sources: Theguardian.com – “A sustainable water strategy is good for business”; “Six thing business needs to know about water and sustainability” and Mckinsey.com – “Rethinking the water cycle”

Why Hoval’s biomass boiler might be the thing to keep your business sustainable

The latest stats by the Office for National statistics suggest that the UK is on track to meet its renewable energy goals. According to expert analyses, wind power substituting for gas and coal use has driven down greenhouse gas emissions, putting the UK halfway to fulfilling its commitment to produce 15 per cent of its energy from renewable sources by 2020, under targets commissioned by the European Union.

But it’s also down to home and businesses owners opting for more sustainable heating options, Hoval’s biomass boiler being but one example. A case in point is a recent installation by Stroud School in Hampshire, which, as part of its drive to improve sustainability and reduce carbon emissions, has installed Hoval biomass boilers to provide space heating and domestic hot water for the main school building and two new buildings. Now, the resolution of a single establishment might seem paltry in the grand scheme of things but is nonetheless a significant contribution in the county’s efforts to ‘go green’. (Many such contributions make a difference.)

The two 160 kW BioLyt biomass boilers supplied by Hoval use wood pellets as an alternative to fossil fuels and are thus particularly suited to the school’s rural location. The BioLyt is however suited to any plant room; even in cramped conditions, the boiler can be easily introduced into building systems, and is suitable for both new build and existing system upgrades with easy access.

Hoval describes its BioLyt biomass boiler as:

  • Very low environmental impact
  • Rapid return on investment
  • An ideal choice when updating your system
  • Easy to use and reliable.

Two 4000 litre buffer vessels were also supplied to Stroud School by Hoval, which boast a maximum working pressure of 3 bar g (with larger vessels available on request).

If you and your business are considering a commercial boiler commission that might involve a sustainable boiler upgrade, feel free to contact the CH Systems team on 0208 302 8149 or info@chsystems.cc.

Sources: Hoval.co.uk/press/ – “Hoval biomass boilers support Stroud School’s sustainability and Theguardian.co.uk – “UK on track to meet its renewable energy targets”