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Machines2clean Industrial cleaning machines sale, hire or service, UK wide Mobile engineers offering UK-wide coverage.

Industrial cleaning equipment SALE SERVICE HIRE: Clean shops & cafes, food & drink, FM, MOD, warehouses, workshops, engineering, pharmaceutical, oil, gas & petrochemical, aeronautical, education, anywhere a cleaning machine is needed! Scrubber-dryers and sweepers (ride-on or pedestrian) Steam clean machines, gum removal machines, Industrial vacuums (ATEX, Three & single phase wet & dry, explosion-proof, hazardous dust, health and safety wet & dry, oil and shavings, food, pharma and OEM, packaging and trims, compressed air, pneumatic conveyors) Wet pick-up’s, carpet extractors, floor buffers, commercial/home vacs and accessories and spare parts for most makes, Fimap, Comac, Karcher, Nilfisk, Numatic, Kerstar, Truvox and more.

22/10/2026

More than 200 jobs are at risk after two firms based in Motherwell announced they are closing their doors.
Resideo and Honeywell are both planning to transfer production to other parts of the country.
Resideo told workers at the end of last week that it intends to move its production to Brno, Czech Republic, and Nagykanizsa, Hungary, to take advantage of lower operational costs.
The company manufactures products designed to help with the transition towards a lower-carbon economy, such as heating thermostats, air-conditioning thermostats, smart climate solutions, and plumbing components for boilers and heat pumps.
Approximately 116 jobs are at risk if the firm closes.
Meanwhile, the adjacent Honeywell site announced on Tuesday it’s proposing to primarily transfer work to Poole in England, putting a further 91 jobs at risk.
Unite the Union understands that work there could also be transferred abroad.
The company specialises in the design and manufacturing of electronic hardware and systems.
Honeywell has also delivered a number of government contracts with the MoD and produced more than 70 million face masks during the Covid pandemic.
Unite general secretary Sharon Graham said: “Scotland can’t continue to haemorrhage manufacturing jobs. It’s simply unsustainable.
“The decision by both Resideo and Honeywell to close the joint site, and to transfer the work out of Scotland is unforgivable. Government needs to intervene and ministers must protect jobs and communities. They need to act now.”
Unite is calling for the Scottish and UK governments to explore all options to retain jobs at both companies.
The union says the potential loss of this combined manufacturing capacity is significant in the context of Scotland’s just-transition ambitions.
A Resideo spokesperson said: “Every business has to continue to adapt to remain competitive. Following a consultation process, we are moving our manufacturing operations from Newhouse to two of our other factories in Europe – Brno, Czech Republic, and Nagykanizsa, Hungary.
“Our continued focus is on supporting impacted colleagues, and starting the work needed to deliver the change.”
Honeywell has been approached for comment.

STV News 20102026

22/10/2026

Cleaning contractors rarely lose a contract over the cleaning; they lose it over the paperwork behind it, argues Nathan Winter, founder of swiftRMS. Here Nathan sets out what an auditor looks for in a cleaning contractor's COSHH (Control of Substances Hazardous to Health) assessments, and how to close the gaps before the next visit…

“The auditor doesn't start with your folder. They start with the cupboard. They open the cleaner's store on the client's site, pick up three bottles and write down the names. Then they ask to see the COSHH assessments for those three products, and the operative who uses them. That 10-minute check tells them more than the binder ever will, because it shows whether the paperwork describes the job that's actually being done.

The Control of Substances Hazardous to Health Regulations 2002 ask for a "suitable and sufficient" assessment of the risk, controls that work, and staff who know what those controls are. Most contractors have assessments. The trouble is what's in them. These are the five gaps that come up most.

1. The assessment describes the product, not the task
A common COSHH assessment is the safety data sheet copied into a template. It lists the hazards from the bottle and stops there.

But the risk depends on how the product is used. A descaler wiped onto a sink is a different job from the same descaler sprayed in a small, unventilated washroom. A concentrate decanted by hand is riskier than one dispensed through a dilution unit. The safety data sheet can't know any of that. Your assessment has to say it: the task, where it's done, how much and how often, and the controls for that.

The fix: write each assessment around a task ("daily washroom clean, ready-to-use descaler, trigger spray"), not just a product name.

2. The cupboard doesn't match the folder
Products change all the time. A supplier swaps a line, a site manager buys something cheaper locally, or the client leaves their own products for your team to use. The folder at head office still lists last year's range.

An auditor who finds a bottle with no matching assessment has found a real gap, not a paperwork one. Nobody has assessed the thing your staff are actually using.

The fix: keep a product list for each site, check it against the cupboard at every supervisor visit, and treat any new product as a trigger to assess it before it's used. That includes the client's products.

3. The assessment is out of date
Suppliers reformulate, and a new safety data sheet can change a hazard classification without the product name changing at all. An assessment written against a five-year-old sheet may be describing a product that no longer exists.

The regulations require an assessment to be reviewed when there's reason to think it's no longer valid, or when the work changes. Auditors look at the date on the sheet and the date on the assessment, and ask how you'd know if either had moved.

The fix: ask suppliers to send updated safety data sheets automatically, set a review date on every assessment, and record the review even when nothing changes.

4. The controls are too vague to follow
"Wear gloves" isn't a control an operative can act on. Which gloves? Disposable vinyl and nitrile give very different protection, and section 8 of the safety data sheet often names the material needed. The same goes for "ensure adequate ventilation" in a windowless toilet block.

The control auditors ask about most is mixing. Bleach combined with an acid-based toilet cleaner or descaler gives off chlorine gas. If your assessments don't say plainly what must never be mixed, and your team doesn't know it, expect a question.

The fix: name the glove type, the dilution rate, the ventilation step and the never-mix rules in plain words, so an operative could follow them without asking.
5. The people doing the work can't explain it
The regulations require employers to give staff information, instruction and training about the substances they use. An auditor tests that in the simplest way: they ask a cleaner what the product does, what gloves they wear and what to do if it splashes in their eyes.

Early-morning and evening shifts, high staff turnover and teams who don't read English well all make this harder. A signed training record from two years ago doesn't help if the person in front of the auditor started last month.

Skin is the other thing to check. Cleaners are among the workers most at risk of dermatitis from wet work and cleaning chemicals, and HSE guidance recommends regular skin checks where that risk exists.

The fix: brief each new starter on the products at their site before their first shift, use pictures and translated summaries where needed, and keep simple records of skin checks.

Check it before they do

Pick one site this month. Open the cupboard, list what's in it and pull the assessments. Then ask the operative on shift three questions about the products they use. If the bottles, the paperwork and the answers all match, you're ready for the client. If not, you've found your gaps before they did.’

Nathan Winter is the founder of swiftRMS, which builds RAMS (Risk Assessment Method Statement) and COSHH software for UK contractors, search, SwiftRMS for contact info.

Courtesy: Cle@nzine 22/10/2026

22/10/2026

The Cleaning Show will return to Excel London from 16–18 March 2027, bringing suppliers, buyers and operational leaders together as cleaning teams face rising expectations around hygiene, staffing, sustainability and cost control.
The event will give professionals responsible for cleaning and hygiene the opportunity to compare products in person, test new equipment, hear how other organisations are tackling shared challenges and identify solutions for their own operations.

The 2027 show follows a record London edition in 2025, which welcomed more than 8,000 visitors. Its return comes as the UK cleaning and hygiene sector approaches £72 billion in value (British Cleaning Council, 2026), with cleaning recognised as an increasingly important part of infection control, workplace experience, environmental performance and efficient building management.


Learning from industry leaders
The 2027 conference programme will cover the economic and regulatory forces impacting the sector, including employment legislation, ESG strategies and net zero commitments.

Panels and keynotes will explore the use of data, software and connected equipment to improve productivity, visibility and workforce management, alongside practical sessions on training, skills development and attracting the next generation of cleaning professionals.

Sustainability and social value will also remain central themes in the 2027 agenda. Speakers here will talk on the impact of environmental regulation, how businesses can involve employees in sustainability work, and the role the sector can play in creating more accessible routes into employment through partnerships with schools and local communities.

Innovation with a purpose
The exhibition will feature suppliers across machinery, chemicals, consumables, washroom hygiene, software, robotics and facilities services.

Visitors will be able to assess developments in autonomous equipment, data-led cleaning management, connected washroom systems, sustainable consumables and concentrated chemical systems. Live equipment demonstrations will enable buyers to see how products perform before committing budget or changing established processes.


Confirmed exhibitors for 2027 already include Kärcher, Nilfisk, Numatic, SEBO, Freudenberg Home & Cleaning Solutions, WEPA Professional, Essity, Kimberly-Clark Professional, SC Johnson and Bunzl.
The Cleaning Show will also strengthen its partnership with the British Institute of Cleaning Science, BICSc, for 2027 to support educational content around cleaning science, technical competence, qualifications and workforce development.

Paul Sweeney (pictured), Event Director of The Cleaning Show, says: “The cleaning sector is one of the UK's most capable industries, with growing responsibility for public health, sustainability and the experience of buildings used by millions every day.

“The Cleaning Show gives the industry the time and space to build on its own strength. Visitors can see what is new, compare suppliers, learn from people dealing with the same opportunities and challenges, and leave with practical options for their organisations. We look forward to hosting the biggest edition yet in March 2027 and hope to see you there.”

For more information and to register your interest to attend, please search cleaning show, London 2027


15th October 2026

22/10/2026

When Cleanzine broke new ground for trade & technical publishing by launching the world’s very first Cleaning & Hygiene industry dedicated e-zine 25 years ago, we knew from early on that recruitment via this new medium could be a powerful aid for both employers and staff. We soon found Cleanzine also became a useful tool for those seeking employment by running anonymous ‘experience lists' of those available for work.
The world has become better connected since those early days - we were still using dial-up services then! - and there is also a greater tendency for talent to travel.

Accordingly, we are delighted to announce the launch of our global Cleaning & Hygiene and FM job board, search Cleanzine.


We already have 30+ jobs available from Edinburgh, Scotland, to Ontario, Canada, from New South Wales in Australia, to Tampere in Finland. Take a look for yourself by clicking the link above or at at the bottom of the This Week’s News column - and don’t to tell your friends!

Our aim to help employers fill crucial vacancies quickly, and individuals step up their careers!

Together we can do it.


Courtesy of Cle@nzine 22/10/2026

16/10/2026

Human gut-inspired biobattery delivers 0.75 volts for 14 hours in US lab tests
Researchers at Binghamton University have developed a bacteria-powered battery inspired by the human small intestine that maintained an output of about 0.75 volts for at least 14 hours during testing.
The device uses flexible, finger-like structures inspired by intestinal villi to provide more space for bacteria to grow while improving nutrient delivery and waste removal. These tiny projections, which normally help the intestines absorb nutrients, offer a model for improving electricity generation using spore-forming bacteria.
A team of researchers fabricated the structures using a flexible polymer hydrogel and embedded Bacillus subtilis bacteria within them. The structures serve as the battery’s anode, where bacterial activity helps generate electricity.
The team says the technology could eventually be installed in wastewater pipelines, using organic waste as a nutrient source to generate electricity for low-power devices.
Overcoming flat electrode limitations
Bacteria-powered batteries generate electricity by harnessing the metabolic activity of microorganisms. However, their performance depends partly on how effectively bacteria receive nutrients and release waste.
Conventional two-dimensional electrodes provide limited surface area for bacterial growth. Porous materials offer additional space but can become clogged as bacteria form biofilms, restricting the movement of nutrients and waste products.
“Porous structures can be easily clogged by biofilm formation, so we had a lot of problems with nutrient delivery, waste buildup or uneven biofilm growth,” said Seokheun “Sean” Choi, a professor of electrical and computer engineering at Binghamton University.
To address these problems, Choi and doctoral researchers Ruohan Zhang and Botian Wang turned to the structure of the small intestine.
The intestinal villi provide a large surface area while allowing nutrients to move across relatively short distances. The researchers sought to reproduce these advantages in a flexible battery electrode.
They created finger-like projections from a polymer hydrogel commonly used in biomedical applications. The material allowed them to build a three-dimensional structure capable of accommodating bacteria throughout the electrode.
The bacteria-containing structures form the anode, while a modified carbon-cloth cathode sits on the opposite side of an ion-exchange membrane. Together, these components allow the device to produce electricity as the bacteria metabolize nutrients.
Wastewater applications remain untested
The researchers envision placing future versions of the biobattery inside wastewater pipes, where microorganisms could use organic matter in the water as fuel.
“We can put this biobattery in a waste pipe, because it can easily be integrated with its surroundings,” Choi said.
The flexible hydrogel could allow the battery to conform to different pipeline shapes and sizes. Such systems might eventually supply electricity to small sensors without requiring conventional batteries.
However, the research remains at an early stage. The reported voltage was maintained with a continuous supply of nutrient medium, and the team has not demonstrated the system operating inside a wastewater pipeline.
The researchers also want to simplify manufacturing through a single-step printing process that could make the structures easier to produce at scale.
Another goal is to improve how bacteria are distributed within the device. In the human intestine, microorganisms are concentrated mainly in a mucus layer near the villi’s surface. The current design embeds bacteria throughout the hydrogel instead.
Future work will examine whether reproducing more of the intestine’s physical and chemical conditions can help maintain bacterial activity and improve performance.
The findings were published in the journal Small.
Courtesy Interesting Engineering Oct 16 2026

16/10/2026

SEE MACHINES2CLEAN EXTENSIVE RANGE OF KEVAC INDUSTRIAL VACUUMS.

15/10/2026

Running a cleaning business is rarely straightforward. Put multiple clients, multiple sites, hundreds of employees, different pay rates, changing rotas, holidays, sickness, compliance and invoicing into the mix and it can quickly become a case of controlled chaos.
For many cleaning companies, administration simply grows alongside the business. What started as a spreadsheet, a paper form or an email trail may have worked perfectly well when the business was smaller. But as the number of sites and employees increases, those same processes can become a significant drain on time, money and resources.
This begs the question: is your admin supporting your business, or is your business being held back by its admin?
How much admin is really necessary?
There is nothing wrong with admin. It is essential to running a successful cleaning business. The problem is unnecessary administration – those repetitive tasks, duplicated data entry and manual processes that take up valuable time without adding real value.
Consider a few simple questions:
• How many reams of paper and ink cartridges do you use each month?
• Are you still using printed forms for holidays, absences, new starters or timesheets?
• Do you calculate gross pay manually in Excel?
• How many times is the same employee information entered into different systems?
• Do your clients have to search through email trails to find invoices or important documents?
If the answer is yes to any of these, there could be considerable scope to simplifying the way your business operates.
Good processes come before good software
Technology isn't a magic solution to a poor process, but it can help to simplify it. Before investing in software, businesses should look at how information moves through the organisation. Ideally, information should be entered once, by the person who creates it, and then be available to everyone who needs it.
For example, employees can submit their own holiday requests and timesheets. New starters can complete their own onboarding information. Site managers can record audits and issues while they are on site. Clients can access invoices and documents through an online portal rather than relying on someone in the office to find and send them.
Every unnecessary handover creates another opportunity for information to be delayed, duplicated or entered incorrectly. The fewer touchpoints a process has, the more efficient it is likely to be. This is where good software can make a significant difference. CleanLink customers, for example, have reported reducing their admin time by up to 80% after digitising their processes.
But saving time isn't the only benefit.
From controlled chaos to visibility and control
For multi-site cleaning companies, one of the biggest challenges is simply knowing what is happening across the various sites. Managing staff across multiple locations can feel like a constant juggling act; someone calls in sick; a shift needs covering; a new employee needs adding to payroll; a site has fallen behind budget; materials have been ordered; an invoice needs checking. When information like this sits across spreadsheets, paper records, emails and separate systems, getting a clear picture becomes increasingly difficult.
Integrated business management software can bring that information together, giving management a real-time view of what is happening across sites. Scheduling and workforce management become easier to manage. Attendance and hours can be monitored. Labour costs can be tracked against individual sites. Payroll can be calculated more accurately. Audits and site issues can be recorded and followed up. Most importantly, problems can be identified earlier – before a small issue becomes an expensive one.
Payroll and compliance are too important to leave to guesswork
Payroll is another area where manual processes can create significant risks. Cleaning businesses often have employees working across different sites, with different hours and potentially different pay rates. Add overtime, holidays, sickness, National Insurance, pensions and changing employment legislation and payroll can quickly become complicated.
Accuracy matters. Employees need to be paid correctly and on time, while employers need confidence that they are meeting their legal obligations. Regulatory changes can add another layer of complexity. From National Minimum Wage increases to changes affecting Statutory Sick Pay, businesses need to understand not only what is changing but what the financial impact will be on their contracts and margins. Again The right technology can help businesses model those changes and understand their potential impact before they hit the bottom line.
The real barrier isn't always the software
So, if the benefits are clear, why do some businesses hesitate? There are some understandable barriers. Cost is an obvious one. The initial investment can appear significant, particularly for a growing business. Disruption is another. Introducing a new system means changing established processes and asking people to work differently.
And then there is the familiar response: “But we've always done it this way.” There is nothing inherently wrong with that approach if the existing process is efficient and scalable. The problem comes when a process that worked for 20 sites is still being used when the business has 100. The short-term discomfort of changing a process needs to be weighed against the long-term cost of continuing with an inefficient one.
Choosing the right technology partner
Software should make life easier, not create another layer of administration. For a cleaning business, that means choosing technology designed around the realities of the industry, rather than trying to force generic business software to fit. A mobile-friendly system is important because the workforce is out on site, not sitting behind a desk. Integration matters because payroll, scheduling, reporting, sales and operational information need to work together. Scalability matters because the system needs to cope as the business grows.
And perhaps most importantly, the relationship with the software provider matters. Implementing new technology is a business change project, not simply an IT project. Having a clear business sponsor, a structured implementation plan and a software partner who understands the cleaning industry can make the difference between a system that is adopted and one that ends up gathering digital dust.
Working smarter, not harder
The cleaning industry is becoming increasingly competitive, with margins under real pressure. Businesses therefore need to look carefully at where their people spend their time. The answer isn't necessarily to work harder. It is to remove the work that doesn't need to be done. The biggest productivity gains often come from taking a step back and asking a simple question:
“Why are we doing it this way?”
Good processes, supported by the right technology, can reduce paperwork, eliminate duplication, improve accuracy and give management greater visibility across the business. The result is more than a reduction in admin. It is more time for customers. More time for employees. More control over costs. Better information for decision-making. And, ultimately, a business that is structured to grow rather than one that is constantly trying to keep up. Because controlled chaos might get you through today but structure and efficiency are what will help you grow tomorrow.
search cleanlink
Courtesy Cle@nzine 8th October 2026

15/10/2026

My toddler granddaughter's pre-school held a no school uniform day yesterday on the theme of 'superheroes and fairy princesses' - and with yesterday also marking the annual 'Thank Your Cleaner' day, I felt I had the perfect answer to the 'what to dress her in' conundrum and one that would help spread the message.
It wouldn't be the first occasion I'd dressed a toddler in my charge as a cleaner; the first was around 30-years ago very shortly after I'd joined the industry. We were spending a long weekend at a caravan park; I'd not been aware that there would be a fancy dress competition and one of my girls wanted to take part. "Oh that'll be easy" I said. "You can go as a cleaner!" I dressed her in a pair of my mother's tights and one of my tops which were both obviously very baggy on someone so small, and fashioned an apron out of a tea-towel. Her hair was wrapped up in a bit of cloth from which a couple of hair rollers protruded (made from cardboard). The obligatory cigarette (also cardboard) was placed between carelessly over-painted lips - which went very well with the heavy eyeshadow - and, wearing her fluffy slippers and armed with a mop & bucket borrowed from goodness knows where, she hit the stage. Naturally, everyone in the hall knew exactly who she was supposed to be, yelling out "Mrs Mop!" when the compare asked her who she was dressed as, and she was too stupefied by the spotlight shining on her, to answer.
My goodness I've learned a lot since then and of course the industry's changed a great deal too! Had I got my way yesterday, there would have been a uniform of sorts: a smart, correctly-fitting t-shirt with a (home-made) company logo, a lanyard with photo ID and possibly rubber gloves and different coloured cleaning cloths along with a spray bottle. A tidy hairdo and makeup-free face, along with appropriate footwear, would have completed the look. And had I had more time, I'd have adapted her remote-controlled toy car to make it look like a cleaning robot...
Sadly I was overruled and my 'cleaning operative' had to make way for a unicorn princess. I didn't hesitate though in telling the pre-school staff and queueing parents, grandparents and childminders how I'd wanted to dress the little one to mark 'Thank Your Cleaner' day. It was clear from their faces that none of them had heard of it and I noticed a couple of incredulous grins. I very quickly filled them in on the importance of the profession and some of the difficulties faced by those involved in it - along with the need to gratefully thank anyone they come across who's actively involved in cleaning whether indoors or out - and not to forget our hardworking refuse collectors either - not just on Thank Your Cleaner day but every day of the year.
Courtesy Cle@nzine

NASA has tested a solid-state battery that survived temperatures as low as minus 274 degrees Fahrenheit (minus 170 Celsi...
15/10/2026

NASA has tested a solid-state battery that survived temperatures as low as minus 274 degrees Fahrenheit (minus 170 Celsius) without damage, a step toward developing power systems for future missions to the Moon’s South Pole.
The prototype cells also operated at temperatures as low as minus 112 F (minus 80 C), although with reduced performance. NASA said the batteries worked well between minus 76 F (minus 60 C) and 176 F (80 C) during recent thermal vacuum testing.
The results come from NASA’s Solid Power for Extreme Environment Adaptability and Resilience in Space (SPEARS) project, which is developing batteries capable of surviving the Moon’s extreme temperature changes without requiring continuous heating.
The technology could eventually power lunar rovers, scientific instruments and emergency equipment used by astronauts under NASA’s Artemis program. However, the batteries remain small laboratory prototypes and have not yet been demonstrated in space.
Surviving extreme lunar temperatures
Temperatures near the Moon’s South Pole can fall to minus 328 F (minus 200 C). Such conditions present a major challenge for conventional lithium-ion batteries, which depend on liquid electrolytes to transport charged particles between electrodes.
These liquids can freeze in extreme cold, while excessive heat can affect battery performance. Exposure to the vacuum of space also creates problems for conventional liquid-based systems.
NASA’s SPEARS batteries instead use solid ceramic- or polymer-based electrolytes. The design aims to improve resistance to temperature extremes while reducing the fire hazards associated with flammable liquid electrolytes.
Researchers conducted thermal vacuum tests at NASA’s Langley Research Center in Virginia to examine how the prototype cells performed under conditions relevant to lunar operations.
“We proved for the first time that these cells can work down to minus 80 degrees Celsius,” said Yi Lin, SPEARS testing and research lead at NASA Langley.
The tests also showed that the cells could withstand exposure to temperatures ranging from 212 F (100 C) to minus 274 F without sustaining damage.
However, the batteries cannot generate power at the lowest temperature tested. Instead, they must be warmed to an operating temperature before use.
Less heating between missions
This ability to survive deep cold without continuous heating could reduce the need for heavy thermal management equipment aboard lunar spacecraft and rovers.
Small heaters could bring the batteries back to operating temperature when power is needed, rather than keeping them warm throughout the lunar night.
NASA researchers are also exploring different electrode materials to adjust the batteries’ energy capacity, power output, and durability for specific applications.
The SPEARS project began in 2026 with funding from NASA’s Research and Technology Mission Directorate. NASA’s Glenn Research Center in Ohio leads the effort, while Langley researchers are conducting materials development and testing.
NASA’s Ames Research Center in California is developing test boards and electronics to help prepare the technology for future spaceflight testing.
The agency sees potential applications beyond lunar exploration, including aircraft, drones, vehicles, and portable electronic devices. However, further development and testing will be required before the batteries are ready for operational use.
Courtesy: Interesting Engineering

13/10/2026

When tested in a full zinc-air battery cell, it achieved a maximum power density of 54 mW/cm², nearly doubling the 28 mW/cm² benchmark set by standard platinum and ruthenium catalysts.

In laboratory tests, the catalyst enabled up to 300 hours of continuous operation by stabilizing the “triple junction,” the interface where the solid catalyst, liquid electrolyte, and ambient oxygen interact. As a result, the material maintains the steady chemical conditions needed for reliable, long-term battery function.

Zinc-air technology offers compelling advantages over lithium-ion systems in cost, safety, and scalable application. Lithium, cobalt, and nickel face severe supply chain issues, but materials like zinc, iron, and carbon are globally abundant and economical to source. Furthermore, zinc-air cells use non-flammable water-based electrolytes, eliminating the risk of dangerous thermal runaway fires associated with lithium-ion batteries.

While moderate power density makes them less suitable for fast-charging consumer electronics, their high energy density positions them well for stationary grid energy storage to support solar and wind power. Eventually, scaled zinc-air batteries could also act as efficient long-range power packs for heavy transport and electric vehicles.

Courtesy Interesting Engineering

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