Kinetic7 HODbox is a UK/ Ireland clean energy soluiton

KINETIC7 the disruptive tech company – founded by Australian entrepreneur and philanthropist Rick Parish – has announced that it has developed a cheap clean energy platform and delivery solution to help tackle the global energy crisis. It comes at a time when energy prices are hitting unprecedented levels and impacting both the UK and Irish business and domestic energy markets.

It comes at a time when the British and Irish governments are under increasing pressure to do more to help consumers with their rising energy and fuel costs. Prime Minister Keir Starmer recently announced emergency support measures for UK households worst hit by the energy crisis.

The £57M package of targeted measures have been introduced to those ‘off grid’ households not covered by the energy fuel cap and not served by legacy mains gas utility companies.Over 4 million households across the UK currently using LPG and oil have seen the cost of heating their homes rise by 80% in just one week! The Prime Minister has also promised legal action against energy firms ‘exploiting’ the crisis, while the competition and markets authority (CMA) are now investigating heating oil suppliers over ’blatant profiteering’ from the Iran war.

With the world debates and procrastinates on how to produce and use sustainable hydrogen gas safely, Kinetic7 has achieved a global breakthrough in developing and safely producing hydrogen gas on demand. It comes at a time of growing global concern over the short and medium-term security and supply of gas energy in the UK, Ireland and across Europe. Rapidly increasing costs and scarcity of supply have been directly impacted by recent geopolitical issues with Russia and Ukraine and the current war between the US, Israel and Iran.

The Abu Dhabi based company – with offices in the UK, Australia, Italy and the US – has pioneered a unique multi-patented delivery mechanism and several portable delivery platforms that have safely harnessed the production and delivery of hydrogen gas on demand (HOD). The innovation dispenses with the need to capture and store hydrogen gas, which has traditionally been dangerous and is extremely expensive to build infrastructure and storage.The Kinetic7 technology produces hydrogen (HHO) gas on demand as and when needed with zero emissions, making it safe, clean, affordable energy that is accessible to everyone, everywhere and even in the remotest of locations.

Commenting on the breakthrough Kinetic7 Chairman and founder Rick Parish said

“The current energy crisis has highlighted once again how vulnerable the UK, Irish and European energy supplies are and the steps that need to be taken to ensure long term energy security is preserved at all costs. We have become far too reliant on legacy gas providers oil and LPG suppliers who control the supply and price of energy.  The cost of energy has also risen steeply over the last few years amidst market volatility and geopolitical instability. Hydrogen on demand is the future for safe, clean and affordable energy that can be rolled out at speed.

Hydrogen gas has existed since the very start of evolution, but understanding how we can create, capture and store hydrogen gas safely has eluded even the greatest of minds. When we were innovating Kinetic 7, we asked ourselves what if we didn’t need to store hydrogen gas but instead could create it on demand. Today we have managed to harness the method of creating, producing and delivering hydrogen gas safely, on demand, without the need for storage. This circumnavigates the process of storing hydrogen gas and means that our Kinetic 7 gas is 100% safe and can be created as and when it is needed and most importantly its 100% carbon free.”

Originally the technology was conceived as a portable cooking stove for humanitarian use in developing nations. Kinetic7 has designed and produced the Tribe™️ and Nomad™️ stoves which are currently in production and will be ready to launch in the coming months. Both portable cooking stoves run off battery and solar power and will also be used for humanitarian, disaster relief, military and emergency services use.  The technology meets 13 of the 17 United Nations sustainable development goals (SDG).

The Kinetic7 technology was then pivoted to address the wider global energy crisis impacting both the business and domestic energy markets. A much larger hydrogen on demand HODbox™ was designed and created specifically for the commercial catering and restaurant sectors and one for the domestic energy market.  Further prototype pivots are currently being worked on for other industrial sectors of business and industry.

Not only does the residential HODbox™ produce carbon free hydrogen gas for cooking, hot water and heating, but it is produced and delivered from an adaptable ‘plug and play’ unit that can be simply attached to the side of a residential property. The Kinetic7 HODbox™ can produce clean gas at a fraction of the price delivered by LPG and heating oil companies and legacy mains gas suppliers. It’s simple plug and play instillation dispenses with the need for costly upstream infrastructure and extensive utility pipe networks and connections. It works on the same principle of how existing LPG and oil tanks connect into a residential property.

Each UK household will be able to effectively create its own supply of clean energy from the Kinetic 7 HODbox™, thus ensuring domestic energy supply and security to the home. Kinetic7 provides a viable alternative to the business and domestic energy markets.

It is believed that the hydrogen on demand system could represent savings of as much as 30-45% off household energy bills each year, without the reliance on legacy mains gas supply. It will also provide a 100% carbon free alternative energy source to the off grid residential market which is currently served by LPG, propane and biofuel.

The residential HODbox™ simply attaches to the side of a property and is then plumbed into the interior of the house. After an initial outlay cost for the purchase of the Kinetic 7 unit, the only other running costs to produce hydrogen gas on demand would come from the minimal supply of water and a small amount of electricity/or solar to power needed to power the unit and its auxiliary battery.

Rick Parish added.

“The crisis in the UK, Irish and European domestic energy market continues to impact households and squeezing incomes. Kinetic 7 can be delivered safely to the domestic energy markets. Householders and developers will have a real alternative energy source that is 100% carbon free and that can simply bolt onto the side of a house at very minimal cost and disruption. Kinetic7 will provide ultra clean and ultra cheap gas for cooking and heating a boiler for ambient heat and hot water. We expect to make further announcements on this exciting phase over the coming months.”

The UK government are currently piloting several residential schemes and trials using hydrogen gas. Hydrogen gas has historically been seen as unsafe and unstable due to its low flash point, making it very volatile under storage. Typically, hydrogen gas needs to be created, captured and stored in large storage facilities. It requires expensive infrastructure and is costly to produce and store.

The Kinetic 7 HODbox™ dispenses with the need to store hydrogen gas. It provides a completely safe and reliable clean energy source which requires no storage and is produced at the point of demand. It has minimal cost outlay over the traditional hydrogen pilot schemes currently operating in communities which have significant cost implications in the creation, storage and delivery of the hydrogen gas.

The technology was also recently demonstrated at the Palace of Westminster using the prototype Kinetic 7 Nomad™️ stove to an audience of peers, dignitaries and members of the House of Lords at the invitation of The Baroness Uddin, a sitting member of the House of Lords.

The Kinetic 7 portable stove technology has also been subjected to independent academic assessment, expert analysis and opinion by Professor Paul Fennell and Dr Andrius Patapas from the Department of Chemical Engineering at the Imperial College London, via Imperial Consultants.

Shark Launches PowerDetect UV Reveal – The First Robot Vacuum + Mop to Use UV Technology to Detect Invisible Messes

SharkNinja, a global product design and technology company, today announced the Shark PowerDetect UV Reveal, the first robot vacuum and mop that combines UV light detection with a RGB color camera to seek out hidden messes. Available online at SharkNinja.com, Amazon and Costco, as well as online and in stores at Best Buy, PowerDetect™ UV Reveal™ starts at $1,299.99 and is engineered to tackle visible debris and detect and clean messes invisible to the human eye—such as dried-on spills, juices, sweat, or pet accidents—for a deeper clean

Shark Launches PowerDetect™ UV Reveal™ – The First Robot Vacuum + Mop to Use UV Technology to Detect Invisible Messes

With PowerDetect™ UV Reveal™, consumers have insight into what is happening at every step of the cleaning process. Visible light cues indicate when the robot vacuum is seeking a stain, and UV Stain Detect™ reveals the mess under UV light. Then, HyperSonic Mopping™ activates a deliberate scrubbing motion for 7x* the scrubbing power of traditional mopping and up to 2x better stain removal. The robot vacuum then verifies the mess has been removed before moving on to its next task.

“We heard from consumers with robot vacuums that they were never sure if the job was done or what had been cleaned,” said Andy Sundberg, VP of Marketing at SharkNinja. “That’s why we created PowerDetect™ UV Reveal™. By uncovering hidden messes and showing exactly how they’re cleaned, it gives customers the visibility and assurance that their floors don’t just look clean—they are clean.”

What makes UV Reveal™ exceptional is its combination of intelligent sensing and best-in-class cleaning technology:

  • Eight PowerDetect™ Technologies – Optimize cleaning by sensing edges, floor types, objects, and environmental changes in real-time; plus, two exclusive technologies—UV Stain Detect ™ and HyperSonic Mopping™.
  • HyperSonic Mopping™ – A targeted cleaning pattern that delivers 7x* the scrubbing power compared to traditional mopping and up to 2x** better stain removal, with automatic verification that the job is done.
  • UV Stain Detect™ – UV light detection to see hidden messes—dried-on liquids, pet accidents, sweat, dried food splatter, and more.
  • ThermaCharged™ NeverTouch™ Pro Base – Bagless, self‑maintaining base with TÜV‑certified sanitization that cleans the mopping pad after every use, plus an Anti-Allergen Complete Seal designed to trap allergens*** inside instead of releasing them back into the air.
  • NeuroNav AI™ and NeverStuck™ Technology – NeuroNav AI™ uses on‑device sensors, cameras, and advanced algorithms to intelligently guide the robot around your home day or night. NeverStuck™ Technology helps the robot lift over obstacles, allowing it to keep moving and clean your home faster.
  • NeverStop™ Battery – Runs up to three hours to clean your whole home on a single charge and automatically returns to the base to power up when needed.

“Our cleaning heritage gives us a unique edge in robotic vacuums,” continued Sundberg. “We know the challenges consumers face, and we’re using those insights to drive purposeful innovation that creates a better cleaning experience.”

For more information about the Shark® PowerDetect™ UV Reveal™ 2-in-1 Robot Vacuum and Mop, visit sharkninja.com.

 

See our robot vacuum reviews 

 

Microsoft achieves 100% renewable energy match for global electricity use

Microsoft today announced it has achieved a key sustainability milestone: matching 100% of its annual global electricity consumption with renewable energy as of 2025.

The milestone marks significant progress in Microsoft’s 2020 commitment to become carbon negative by 2030 and reflects more than a decade of investment in renewable energy infrastructure worldwide.

Since announcing its carbon negative ambition, Microsoft has contracted 40 gigawatts (GW) of new renewable energy capacity across 26 countries, working with more than 95 utilities and energy developers through 400+ contracts.

This milestone positions Microsoft among the largest corporate purchasers of renewable energy globally and reinforces the company’s leadership in driving market investment in carbon-free energy systems. According to Microsoft Ireland’s most recent economic and social impact report, the company has made an investment in 1GW of renewable energy capacity in Ireland.

In 2020, Microsoft announced a moonshot commitment to become carbon negative by 2030, accelerating work across our company to advance the partnerships and technologies needed to advance sustainability for our businesses, our customers and the world,” said Microsoft’s Chief Sustainability Officer, Melanie Nakagawa and President of Cloud Operations + Innovation at Microsoft, Noelle Walsh“A key milestone on this journey was our aim to match 100% of our annual global electricity consumption with renewable energy by 2025. Today, we are pleased to share that Microsoft has achieved this milestone. This progress helps drive investment into the power systems where we operate, expand clean energy supply and advance broader energy innovation.”

Driving global clean energy investment

Microsoft’s renewable energy journey began in 2013 with a single 110 MW power purchase agreement in Texas. Since then, its portfolio has expanded into one of the world’s largest corporate clean energy programmes, with partnerships with over 95 global energy suppliers.

The company has also pioneered innovative procurement models, helping scale repeatable and bankable clean energy frameworks across multiple markets, including first-of-their-kind corporate Power Purchase Agreement (PPAs) in Japan and hybrid renewable agreements in India.

Supporting communities and infrastructure

Microsoft’s renewable energy agreements have mobilised billions of dollars in private investment, supported thousands of jobs and embedded community-focused benefits including workforce training, local grants and infrastructure development. The company continues to work closely with energy developers and community partners to ensure clean energy projects deliver local economic and social value alongside environmental benefits.

Looking ahead: expanding carbon-free energy technologies

As global electricity demand accelerates – driven by electrification, AI and digital infrastructure – Microsoft says achieving 100% renewable energy matching is a milestone, not the endpoint.

Microsoft’s Climate Innovation Fund has allocated $806 million to 67 climate-focused investees, with 38% directed toward energy systems innovation.

The company is also deploying AI-driven tools to accelerate power system design, permitting and grid optimisation.

Surge In Dumped Battery and Electronic Devices Sparks Urgent Fire Warning

One of Ireland’s largest waste management operators has launched a public awareness campaign following a rise in fires caused by batteries, vapes and electronics being thrown into household wheelie bins, skips and public street bins.

Items such as vapes, power banks, cordless power tools, e-bikes, and e-scooters are increasingly appearing in municipal waste streams and are now the leading cause of fires in the waste management industry.

Clean Ireland Recycling, which is leading this campaign, has experienced several fires in its collection trucks and damage at one of its depots.

The Christmas STAR (Stop Think And Recycle) campaign comes ahead of the festive and New Year period, when households typically dispose of old electronics and batteries while also bringing new ones into the home.

Managing Director of Clean Ireland Recycling, Brian Lyons said the sharp increase in batteries, vapes and electronics is creating serious safety risks.

He said the improper disposal of these items “puts lives, property, the environment and businesses at risk”.

Mr Lyons urged the public not to dispose of batteries, vapes or electronic devices in household or public bins, but to bring them to designated WEEE/battery collection points.

He said many people do not realise how easily fires can start.

“A fire can begin when a battery is compacted or pierced in a bin lorry. If the casing cracks it can short-circuit, producing intense heat and sudden flames. Inside one of our trucks it can spread in seconds,” Mr. Lyons explained.

He continued, “It only takes one vape or power bank to trigger a serious incident. We have had fires start while trucks were on the road, forcing crews to stop, isolate the fire and in conjunction with fire services, unload burning material to save the vehicle. There are far too many reports from around the country of waste transfer stations and recycling facilities experiencing fires caused by batteries and other electronics.”

Mr Lyons said preventing fires “starts with proper disposal” and that using the correct facilities helps protect homes, vehicles and recycling infrastructure.

The public can contact their local recycling centre or visit MyWaste.ie for advice on safely disposing of batteries and electronic waste.