HPS System – Picea

Energy storage, heating support and ventilation unit, all-in-one.

HPS has developed a system in which components such as battery, electrolyzer and fuel cell all work together efficiently.

Predictive energy management creates a sustainable, electrically self-sufficient and customizable house energy system.

In addition, the waste heat generated during the operation of Picea is provided to the house as heating or hot water,

thus further reducing your energy bill.

Picea has standardized interfaces and is easy to install and easy to maintain.

The system operation is simple and automated. This allows you to manage the energy generated by your

photovoltaic solar system according to your needs.

The HPS software shows how you can help protect the environment and allows you to control your energy requirements.

 

HPS Home Power Solutions to present the latest developments on the picea hydrogen-based home storage system 

“A lot has happened at HPS since the beginning of the year,” said Zeyad Abul-Ella, Managing Director and founder of HPS Home Power Solutions GmbH. “Together with Zollner Elektronik AG, based in Bavaria, we launched production of our picea home storage system. Around 80 systems have been sold since then, with half of them already installed at our customers’ sites. HPS also welcomed EIT InnoEnergy, one of the most important European climate tech investors, as a shareholder. Berlin-based Energieinsel collaborates with us in marketing picea while Wohnwerke, a developer and planner from Southern Germany, is our partner for equipping homes with the picea system. The hydrogen strategies of the German federal government and the European Union provide an important framework for independent and carbon-free energy supply, including in the home sector. I am therefore pleased to be available both online and in person to share the latest developments at HPS and to answer questions from prospective and existing customers and business partners at various events over the next ten days.”

 

Greentech Festival

Date:           16-18 June 2021
Venue:        Kraftwerk Berlin (Köpernicker Straße 59-73)
HPS booth: D01 (on the intermediate level at Kraftwerk Berlin)
Live stream exhibition interview with Zeyad Abul-Ella: 18 June, 2:30-2:40 pm (BST)

 

 

www.homepowersolutions.en

 

Works on Sea Wall Nears Completion for the Landmark EWP-EDF One Wave Energy project

Eco Wave Power (EWPG Holding AB, Stock Symbol: ECOWVE) is pleased to announce that it nears completion of  the wall reinforcement works, meant to enable the installation of floaters on the sea wall of the Port of Jaffa, Israel.

The works so far have included clearing the top cement layer of the relevant sections of the sea wall, followed by adding two layers of steel rebars for reinforcement and finally, in several days (in accordance with weather conditions), the final step will be completed, which is the creation of a new cement layer, which shall provide the necessary support for the installation of the floaters. In parallel, the company is in an advanced production process of the first set of floaters. Upon production completion, the company will gradually commence installation of floaters, supporting structures and hydraulic pipes onto the new cement layers.

All works are performed by a local subcontractor, during days of calm sea, to enable safe work on the sea wall. The reinforcement works have been planned and are being supervised by Alex Gleizer, a civil engineer (license number 101162) with 25 years of experience executing projects for the Israeli Railway Company, the Israeli Air Force, and the Israeli Electric Company, and with presence from a dedicated safety engineer.

“We had some execution delays due to unfavorable weather conditions, as well as external renovation works that have been performed in the Port of Jaffa. However, now I am glad to announce that we are back on track and are looking forward to finalizing the floaters production and installation of the whole array, which will enable us to send clean electricity from sea waves to the Israeli national electrical grid for the very first time” said Inna Braverman, Founder and CEO of Eco Wave Power.

The EWP-EDF One wave energy project will include 10 floaters, connected to one conversion unit.  Due to the onshore nature of the Eco Wave Power technology, the works on the sea wall and floaters installation will be straightforward and will not involve any works performed from the seaside. The EWP-EDF One conversion unit will be located on land, just like a regular power station, enabling an easy access for operation and maintenance.  This highlights the significant advantages of the EWP onshore technology, in comparison with offshore solutions.

The EWP-EDF one project is executed in collaboration with EDF Renewables IL and co-funding from the Israeli Energy Ministry.

 

Read more about Eco Wave Power at: www.ecowavepower.com

 

 

Demand is increasing for wind power in Europe, forcing turbines to produce more and more power. They’re getting bigger as a result. This is creating logistical problems.

Now enter Modvion, a small Swedish start-up specializing in turbines made from laminated-veneer lumber (LVL). The company’s towers feature a patented modular system, enabling them to be easily transported and set up on site. They also feature many of the same advantages of cross-laminated timber.

“Laminated wood is stronger than steel at the same weight and by building in modules, the wind turbines can be taller,” says Modvion CEO Otto Lundman. “By building in wood, we also reduce carbon dioxide emissions in manufacturing and instead store carbon dioxide in the design.”

 

 

The company just received an investment from Vestas, the largest wind turbine manufacturer in the world.

“The reduced weight of Modvion’s towers could allow for increased ease of transportation in logistically challenged markets,” Bo Svoldgaard, Vestas’ head of innovation and concepts, said in a statement.

Modvion installed its first turbine – a 100-foot tower for research purposes – on a Swedish island last April. It plans to build its first commercial tower in 2022.

The company hopes to expand into the U.S., saying its material builds upon the established laminated wood veneers already used in the construction industry.

Wind power has grown in the U.S. over the last few years. In 2019, wind power made up 7.3 percent of all generated electrical energy – surpassing hydroelectric power for the first time.

 

Source: Woodworking Network

 

 

 

In recent times, three major themes have emerged for developers: satisfy the urgent demand for homes, minimise environmental impact, and how best to make those homes more efficient or “smarter”.

 

Water Services on Tap – The business benefit of plug and play systems

Despite the industries best efforts to meet housing demand, on site delays can impact schedules and completion dates. With utility connections often the weak in project schedules.
Water supply is perhaps the most important item within the critical path of construction and is probably the most difficult to achieve. Imagine a situation where your services can be fully installed, with surface mounted meters allowing ‘plug and play’ style installation.
With Groundbreaker water management system, you have that ‘plug and play’ option – no need to imagine.
The only system of its type, it is designed to be installed at any time during the construction period.  Fully compliant with Water Regulations, it provides an accessible, safe and secure location for the water meter and controls to a specific property.
The concept is simple.  Water services are connected to an externally mounted, pre-installed water service controls.  This allows flexibility in the management and scheduling of connection to the mains supply.  For modular build projects the pre-installation and certification of plumbing can facilitate early approval of water services to a plot.
There is no need for boundary boxes or meter housings in the footpath, and this simplification of the connection allows for improved efficiency and reduces the time required for highway closures and cost of reinstatement.

Design out leak paths:

Comply with Water & Construction Industry Guidelines with “Water Safe” initiatives
The unique location of the Groundbreaker water management system allows for an unjointed water supply, minimising the risk of developing future leaks.  Installation of Groundbreaker meets the best recommendations of Water UK and the Home Builders Federation1 and in some water company areas, such as Portsmouth Water, are now the standard required for all new properties.

Future proof properties

Water Metering is the future.  Utility companies have not been slow in recognising the benefits of a ‘Smart Home’.  The ability to interrogate and manage energy usage at any given time of day or night has been recognised as an effective way for householders to reduce usage and manage costs
Gas and electricity meters located on external building walls has enabled easy upgrades and introduction of countrywide ‘Smart Meter’ programme.  However, the traditional location of a water meter in a metal-covered hole in the public highway is not conducive to this new way of thinking. A ‘Smart Water Meter’ located in such a situation is exceedingly poor in transmitting a signal even to a local pick up.
The best location for a ‘Smart Water Meter’ is on an external property wall  – co-located with other utility meters. With Groundbreaker water management system, properties are future proofed to allow for easy installation of ‘Smart Water Meter’ technology as it is introduced across the UK.
Recent field trials of Groundbreaker have proven that the range of such meters can be over 3Km (2 miles).  The impact on data collection is massive.  The improved data transmission range could allow for single point data capture in towns the size of Norwich or Coventry.
Bringing Water Supply into the 21st century
If you are looking for a way to bring water services into the 21st century, Groundbreaker’s range of water supply management products can be the way forward for time and cost efficient installation and replacement of water supply.

For futher information on the Groundbreaker water management system visit:
www.groundbreaker.co.uk

 

MORE than 2,500 factory-made low carbon houses could be pumped out in Oxford in the near future.

The new homes could be modular, meaning they would be made of pre-assembled pieces a bit like giant LEGO, and must also help to reduce the carbon emissions caused by buildings in the city.

Oxford City Council’s own housing company Oxford City Housing Ltd (OCHL) is looking for contractors interested in helping it to deliver the homes across Oxfordshire in the next 10 years.

To prepare the way for the new houses, the company has issued a prior information notice inviting developers to a ‘meet the buyer’ event, due to take place today (Tuesday, December 15).

Ahead of the meeting, Alex Hollingsworth, the city council cabinet member for planning and housing delivery, said: “Oxfordshire needs high quality, low carbon homes and we’re interested in working with contractors that can manufacture offsite with good economies of scale.

“If you’re a builder who wants to know how we intend to deliver more than 2,500 new homes in the next decade and are interested in being part of that journey, please register for our ‘meet the buyer’ event on December 15.”

 

 

The aim of the event is for the council and OCHL to update developers on their programme and understand the market options available to help deliver more low carbon homes that can be built more quickly and with fewer defects while controlling costs.

OCHL is starting the process of establishing a £750m modular construction framework for new housing schemes.

To do this, it aims to acquire and develop 2,245 new homes on sites across Oxfordshire in the next 10 years, with 1,124 of these being homes for social rent and a further 301 shared ownership and other intermediate tenures.

The council and housing company aim to open up the new framework to other social landlords and deliver more than 2,500 homes in total.

OCHL and the council are currently looking at four options for delivering sustainable homes.

  • The first option is a 40 per cent carbon reduction from 2013 building regulations.
  • The second is a drastic 70 per cent carbon reduction from 2013 building regulations.
  • The third is to develop to a Passivhaus equivalent standard, which is the highest environmental standard.
  • And the fourth is the option of zero carbon for both regulated and unregulated energy: that is fittings like lights and the boiler which are in every house, and plug-in goods like toasters and desk lamps which people can bring into a house.

OCHL is going to consider bidders for creating the new modular houses between January and June 2021.

Opposition councillors welcomed the call for more green housing, but also warned more could be done.

Lib Dem councillor Tom Landell-Mills said: “Oxford Lib Dems welcome moves by the city council to deliver low carbon housing – however the Labour city council are suffering from a lack of ambition and should be using their position as a house builder to specify new housing to zero carbon or passivhaus standards.

“The city council voted unanimously to become a zero carbon by 2030, the city will not meet this target unless we adopt challenging and ambitious targets. ”

And Oxford’s Green Party said the the procurement of ‘anything other than zero carbon housing is incompatible with the City Council’s own stated carbon targets’.

Green councillor Dick Wolff said: “The council’s own research, commissioned as part of the Citizen’s Assembly, clearly states that every new home must be zero carbon if the City is to have any chance of becoming net zero carbon.  To even consider procuring anything else shows a lack of ambition and commitment.”

He argued only two of the options on the table – the ‘passivhaus’ and  ‘zero carbon for regulated and unregulated energy’ options – would support a ‘genuinely zero carbon future’

The Greens also criticised the council for not requiring either passivhaus or zero carbon (regulated and unregulated loads) new housing and said developers would still be able ‘to build unsustainable housing’, even if the council committed to higher standards.

Though Oxford City Council’s Local Plan does not immediately require developers to build homes with a higher environmental standard, it does raise the bar for housebuilders in future years.

Modular houses have been touted as part of the solution for tackling the housing crisis by quickly building lots of homes.

A 16-home modular housing project was recently started in Lancashire, and another in Bristol.

 

Source: Oxford Mail

 

Building sensors could be crucial in driving environmental initiatives, such as the UK government’s pledge for carbon-neutral status by 2050

#carbonneutral #climatechange #smartbuildings #construction

The built environment contributes around 40% of the UK’s total carbon footprint. Unfortunately, around half of this is from the energy used in buildings. Whilst many newly constructed dwellings are designed to be more energy-efficient, a major priority is decarbonising the existing building stock, of which 80% will still be standing when the UK is to meet its carbon-neutral status by 2050. In light of Energy Efficiency Day, Stacey Lucas from Sontay explains how the presence of building sensors optimise energy performance in both new and older buildings, driving the stock towards the all-important smartness and efficiency that is essential to the current and future health of our environment.

Building sensors, installed as part of an efficient central management system, offer an ingeniously smart and effective way of remotely monitoring elements such as temperature, air quality and ventilation. In doing so, not only do they help maintain a healthy indoor climate for the occupiers’ comfort and peace of mind, sensors give property owners more agency over energy usage; a benefit that not only helps reduce heating and lighting costs, but also facilitates a significant reduction in a building’s carbon footprint. Their usage could therefore be crucial in driving environmental initiatives, such as the UK government’s pledge for carbon-neutral status by 2050.

It is in no doubt, then, that sensors have found themselves at the heart of what we call smart buildings. According to the ‘Smart Building: Energy efficiency application’ document produced by the European Commission’s Digital Transformation Monitor, a smart building is defined as ‘a set of communication technologies enabling different objects, sensors and functions within a building to communicate and interact with each other and also to be managed, controlled and automated in a remote way.’ Sensors are smart devices that sense when and how a building’s energy performance can be adapted, consistently monitoring, measuring and evaluating data which feeds into a central management or control system.

The rise of smart sensors

A control system’s sustenance, sensors play an essential role in the energy-efficient operation of a smart building. Sontay’s smart sensors in particular offer full environmental sensing in a single device. This ingenious sensor can measure a myriad of elements including temperature, RH, CO2, light level, and occupancy or local devices independently. Typically, traditional sensors require up to seven cable inputs into a controller, making for a lengthy installation. A Sontay smart sensor, however, only needs a single cable connection to perform the same duty with greater efficiency, and can be mapped to any device or freely programmed into a building’s network.

Efficiency can also be related to the health and wellbeing of occupants, as well as the climate. In terms of air quality, airborne volatile organic compounds (VOC), pollutants which are found in paints and other building materials, are known to have a detrimental effect. The same harmful chemicals are also present in hand sanitisers, aggressive cleaning products and detergents, the demand for which has been unprecedented since the onset of the coronavirus crisis. Air quality sensors are able to measure VOC levels and alert the control system or occupants of the need to take action when a potentially hazardous reading is recorded to allow for ventilation to kick in.

 

 

There are also sensors available which prevent the unwelcome pervasion of CO2 in an over-inhabited space. A CO2 sensor with an LED traffic light-style display is a potential remedy for this issue. When showing green, the sensor is indicating that a room isn’t over-occupied and the risk to air quality is low. Should the sensor show amber, it’s a sign that windows require opening or fewer people need to be in the room to maintain the same healthy indoor environment. When the sensor turns red it is a call to action, as it indicates there is not enough ventilation and possible over occupancy in the room. At these last two stages, if a sensor is connected to a building management system, it will activate relevant ventilation procedure in order to ensure a space’s occupants do not feel uncomfortable.

Controlling a whole host of elements including heating, cooling and lighting, smart building sensors can ensure dwellings run as energy efficiently as possible. Although small in size, sensors offer fierce capability, and will go some way to enabling both new and older buildings perform well into the future, for the benefit of our beloved environment. It only seems natural, therefore, to celebrate the humble building sensor on this Energy Efficiency Day.

For more information please visit  https://www.sontay.com/en-gb/

Urgent need for homes, environmental impact, efficiency

#constructionindustry #sustainable #architects #localauthorities #contractors #developers #efficiency #environment #mmc #housing #watermanagement #smartmeters

 

In recent times, three major themes have emerged for developers: satisfy the urgent demand for homes, minimise environmental impact, and how best to make those homes more efficient or “smarter”.

Water Services on Tap – The business benefit of plug and play systems
Modular Construction systems are probably the only way by which the UK can achieve the necessary build program to meet demand, quality, consistency and speed of construction.  However, utility connections can often be the weak link in this improved efficiency.
Water supply is perhaps the most important item within the critical path of construction and is probably the most difficult to achieve. Imagine a situation where your services can be fully installed prior to moving on site, with surface mounted meters allowing ‘plug and play’ style installation.

With Groundbreaker water management system, you have that ‘plug and play’ option – no need to imagine. 
The only system of its type, it is designed to be installed at any time during the construction period.  Fully compliant with Water Regulations, it provides an accessible, safe and secure location for the water meter and controls to a specific property.
The concept is simple.  Water services are connected to an externally mounted, pre-installed water service control.  The pre-installation and certification of plumbing can facilitate early approval of water services to a plot.  This allows flexibility in the management and scheduling of connection to the mains supply.
There is no need for boundary boxes or meter housings in the footpath, and this simplification of the connection allows for improved efficiency and reduces the time required for highway closures.

 

 

Smarter water management:
Government initiatives, directives and plain common sense are driving the construction industry towards the smarter home where an internet speed of 1Gb/second is the standard specification. With Groundbreaker water management system, properties are future proofed to allow for easy installation of ‘Smart Water Meter’ technology as it is introduced across the UK.
Utility companies have not been slow in recognising the benefits of a ‘Smart Home’.  The ability to interrogate and manage energy usage at any given time of day or night has been recognised as an effective way for householders to reduce usage and manage costs
The reductions in energy usage have not been matched in the water industry.  The perception of the environmental impact of increased demand on water is not as widely recognised.  Indeed many, certainly in the UK, see water as a limitless resource.  Knowledge is the key to changing minds.  Trials have shown that metering reduces consumption, and ‘Smart Meters’ improve awareness of usage further.
Gas and electricity meters located on external building walls have enabled easy upgrades and any introduction to countrywide ‘Smart Meter’ programme.  However, the traditional location of a water meter in a metal-covered hole in the public highway is not conducive to this new way of thinking. A ‘Smart Water Meter’ located in such a situation is exceedingly poor in transmitting a signal even to a local pick up.
The best location for a ‘Smart Water Meter’ is on an external property wall  – co-located with other utility meters. Recent field trials of Groundbreaker have proven that the range of such meters can be over 3Km (2 miles).  The impact on data collection is massive.  The improved data transmission range could allow for single point data capture in towns the size of Norwich or Coventry.

Design out leak paths: comply with Water & Construction Industry Guidelines comply with “Water Safe” initiatives
The increasing demand on this limited resource has resulted in a focus on water network losses.  The water and construction industries have launched a joint initiative to reduce leakage from water service pipes, reduce demand and to provide a smarter platform as noted above.
Groundbreaker supports this initiative, meeting the best recommendations of Water UK and the Home Builders Federation.  The unique location of the Groundbreaker water management system allows for an unjointed water supply, minimising the risk of developing future leaks.

For further information, check the Home Builders Federation Guidance. https://phpdonline.co.uk/news/watersafe-partners-with-the-home-builders-federation-to-reduce-water-leaks-in-new-properties

www.groundbreaker.co.uk

MMC Editor Joe Bradbury explores sustainability with buildoffsite, who work to enable significant improvements in quality, value and productivity across all sectors of the UK construction industry.

 

Sustainability is a word on everybody’s lips today, featuring heavily throughout world news. Teenage environmental activist Greta Thunberg recently carried with her over a 15-day, 3,000-mile voyage across the Atlantic a powerful message; “our war on nature must end.” The 16-year-old sailed from Plymouth to New York on a zero-emissions yacht in order to minimise the carbon footprint of her travel and will be participating in UN climate summits in New York City and Chile.

If anything is to be learned from this, it is that the time for action is now.

Earth Overshoot Day, the day that humanity uses up its allowance of natural resources such as water, soil and clean air for the entire year, fell on the 29th July this year. This means that humanity is currently using nature 1.75 times faster than the Earth’s ecosystems can regenerate.

Earth Overshoot Day has crept up by two months over the past 20 years, with 2019’s date being the earliest since the world began to overshoot in the 1970s.

Regardless of your age, sex, nationality or income, this affects us all. I need to do my bit and you need to do yours. We all have a duty of care for our planet.

The construction industry alone is accountable for around 45-50% of global energy usage, nearly 50% of worldwide water usage, and around 60% of the total usage of raw materials. It also contributes to 23% of air pollution, 50% of climate change gases, 40% of drinking water pollution, and another 50% of landfill wastes.

The gravity of the situation

Over the next 100 years with 2C+ global warming locked in, the very existence of some atoll nations is threatened by rising sea-levels. Limiting warming to 1.5C may restrict sea level rise below 1 metre; yet even at 1.5C warming, regional food security risks are significant. Africa is particularly vulnerable, with significant reduction in staple crop yields in some countries. Between 1.5C-2C increase, mountains lose their glaciers meaning people will lose their water supplies. The entire Indian subcontinent will be fighting for survival. As the glaciers disappear from all but the highest peaks, their runoff will cease to power the massive rivers that deliver vital freshwater to hundreds of millions. Water shortages and famine will be the result, destabilising the entire region. The whole Greenland ice sheet would vanish within 140 years. Miami would disappear, as would most of Manhattan. Central London would be flooded. Bangkok, Bombay and Shanghai would lose most of their area.

The creation of buildings and subsequent infrastructure alters the environment in two ways – by consuming valuable resources and by contributing to pollution and landfills. A recent report by Willmott Dixon Group suggested that the construction industry alone is accountable for around 45-50% of global energy usage, nearly 50% of worldwide water usage, and around 60% of the total usage of raw materials.

The industry also contributes to 23% of air pollution, 50% of climate change gases, 40% of drinking water pollution, and another 50% of landfill wastes. Given these startling figures, how important is it that building firms concentrate more on waste reduction, recycling more and striving to construct sustainable buildings?

Needless to say, it is imperative that we assess our environmental impact, start changing our behaviours now and begin to break some of our old dirty habits.

The sustainability of offsite

In the case of construction, everybody will have a view on what constitutes sustainability. For some, it means a clampdown on all activity but that is hardly practical if we are to maintain a viable, largely urban society. Others will focus on reducing energy, avoiding waste and reducing environmental impacts. Some might look at the bigger picture in terms of not wasting capital and labour, and in ensuring that construction adds something tangible to the built environment as well as being sufficiently robust so as not to require early repair or replacement. All are legitimate viewpoints but none encompass the whole story.

So how does offsite construction stack up against these basic considerations? Well, offsite construction – or more specifically, offsite enabled construction – involves a manufacturing process. There is no more efficient system to ensure repeatability, consistency, assured quality, and performance in use of the assembly, module, or component. As with all manufacturing systems, there is the opportunity to minimise waste in all its forms, to recover and recycle materials and to maximise productivity. Traditional forms of construction involving the processing of commodity materials on disparate construction sites cannot hope to match, let alone outperform, what can be achieved in a factory environment.

But this is only part of the story. Designers adopting an offsite mind-set, and enabled by digital design tools, will be able to adopt an approach to design and construction that follows proven DfMA principles. This is how all other modern manufacturing industries operate. This approach is being increasingly used in UK construction and rather than dumbing down design, is serving to free up designers time to focus on achieving quality ambitions. Sustainability wins out in terms of right first-time design and construction saving resources and allowing a focus on design quality.

An offsite approach to construction on-site has the potential to require less labour, create fewer opportunities for abortive work and waste of materials and labour plus, of course, substantially faster construction on site. No one wants a construction project taking longer than it needs but that is precisely what happens when offsite methods are not being used.

An offsite approach to service delivery also delivers substantial environmental benefits in terms of installations that are fast to fit on-site, have been factory tested and involve minimal labour and minimal waste, and significantly will perform as the client specified. With its attributes, offsite is also better placed to deliver buildings with a low through life carbon footprint.

Taken together why would anyone seriously question the sustainability credentials of an offsite approach to construction? Yes, it is taken a long time to bring this about but the offsite wave is growing and increasingly, industry is looking to adopt offsite methods.

For almost 15 years Buildoffsite has been promoting both increased awareness of offsite solutions and has challenged the industry to continue to innovate. There is still a long way to go but with the adoption of digital tools, increased availability of offsite solutions, and a better understanding of the benefits among clients and suppliers, real progress is being made.

Come and see Buildoffsite at the Offsite Construction Show – 20/21 November at ExCel London. For more information please visit the below website.

www.buildoffsite.com

 

URBAN UNION GOES GREEN WITH ELECTRIC CAR CHARGING POINTS

Scottish home builder Urban Union is encouraging greener living at its Muirton Living development in Perth by installing electric car charging points.

Delivering two charging points to the development, Urban Union hopes to encourage residents to consider opting for plug-in hybrid vehicles by giving them a convenient place to recharge them.

Plug-in hybrid vehicles combine petrol, diesel or alternative fuelled engines with a battery and electric motor, meaning they are more environmentally friendly, reducing air pollution by producing less harmful exhaust emissions.

Neil McKay, Managing Director at Urban Union said: “Cutting environmental emissions is something that all businesses and individuals should be moving towards. We wanted to make it easy for residents at Muirton Living to choose the environmentally friendly option, so that if they did decide to opt for a hybrid vehicle, they can easily plug it in to charge at the development.”

Andrew Kilpatrick, Director of Assets at Caledonia Housing Association said “Working with Urban Union to deliver the electric charging points provides another great environmental facility for the Muirton community. We are delighted to be launching a Muirton community electric car with Co Wheels later in the year which will be able use the charging points and provide convenient access to affordable transport for our Muirton residents.”

Muirton Living is home to a collection of immaculate properties including The Grant, a beautifully presented one bedroom apartment perfect for first time buyers. Available from £105,000, The Grant also comes with a variety of incentives including Help to Buy which enables first time buyers to purchase their home with only a 5 per cent deposit.

The development is ideally situated to make the most of the town’s many amenities, bars and restaurants making it the perfect place for young professionals.

For more information visit www.urbanunionltd.co.uk or call 0131 343 3391.

A newly commercial British technology which converts waste plastic into clean energy is being lauded as the answer to the non-recyclable waste crisis.

This technology, which has been ten years in development by PowerHouse Energy, is known as distributed modular generation (DMG). It takes non-recyclable mixed waste plastic and through a chemically engineered process operated at very high temperatures it vaporises the plastic in the absence of oxygen to produce gas which comprises hydrogen, methane and carbon monoxide. The hydrogen can be used to power vehicles, typically using hydrogen fuel cells, and the other gases in the mix can be used to generate clean electricity.

R&D has been undertaken in conjunction with the University of Chester with a demonstrator unit being located on the University’s Energy Park in Thornton. The technology received independent validation that it works in November 2018 from DNV-GL, one of the largest companies in the world which independently certifies new technologies.

A key attribute of this technology is its relatively small size and modular construction meaning it can be located where the waste is situated and it needs only half an acre of land to operate on and can be up and running in just 10 months. A typical DMG powered plant will convert 25 tpd (1 truck full) of plastic waste into enough energy to power 4000 homes for 24 hours and 60 000 miles of hydrogen powered car motoring or for 20 HGVs each to travel 300 miles.

Furthermore, this process has the benefit of producing clean energy at a commercially attractive price, in particular with regards hydrogen, the cleanest fuel on the planet, which is produced at a cost that competes with that of diesel and petrol.

A compelling example of how this technology could be usefully adopted would be to locate a DMG plant on a UK waste management sites, and on the same site locate a hydrogen fuelling station to power super-green hydrogen powered local buses to service the local community.

“We can do this and relish the opportunity to show just what can be achieved with our energy recovery process, which alongside other commendable initiatives being deployed is the responsible thing to do ”, commented PowerHouse Energy’s Chief Executive, David Ryan, the man behind the company that created this technology.

He adds: “Our process regenerates the energy contained within the plastic, producing a clean gas for electricity and hydrogen for road transport, the cleanest fuel on the planet, at a cost which makes it a realistic contender to replace petrol and diesel, and that has to be a benefit to all of us everywhere.

“The scope of application for this technology is truly global and with the support we are seeking from governments and commercial partners across the world it is ideally placed to make a significant impact in helping win the war on plastic.”

Tom Mostyn

VIEW THE VIDEO

SOURCE: Hydrocarbon Engineering