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Jason Scarlett is a modern stove expert and woodsman exploring the real-life potential of renewables that promote our humanity and local green environment.

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1/ Jason, can you tell us how your early career, (such as your time spent working in Borneo) has inspired your commitment to the use of sustainable renewable energy sources and which of these sources has the most likely benefit to future generations? 
 

As with most people, my understanding of renewables, efficiency and sustainability has grown throughout my lifetime during an era of great change for humanity. I was born in rural Norfolk in a house with one open fire and can remember the blackouts during the workers’ strikes in the 1970s. We had prepaid meters for electricity and had to make sure we always had a 50p piece at the ready. Moving to the urban sprawl of Southend on Sea aged 8, I can remember my first experience with a gas fire. Until the age of 15, all I had known was one appliance that heated one room in the housethen came the revelation of full central heating…and a shower! 

Coming from a poorer background, efficiency and sustainability are important aspects of everyday life. My early years living in the countryside allowed me an understanding of nature that many towns folk miss out on, but my year working for the oil and gas industry in the Borneo rainforest, aged 19, was a real eye-opener to how we are destroying the planet. I saw firsthand how the extraction and processing of fossil fuels and the yearning of corporates to replace the forest with agriculture was devastating the environment and the local indigenous tribes that had lived in harmony with the forests for thousands of years. If people really understood where their fossil fuels come from and the devastation they create, then it wouldn’t be hard for them to link the current crisis to their convenient lifestyles. 

Chatting to the ruling/ wealthier classes of Malaysians about deforestation, the usual answer was ‘you’ve chopped yours down, why shouldn’t we’ and that got me thinking about the countryside that I knew in the UK. Whereas my belief before going to Malaysia was that rich biodiversity was only found in rainforests like Borneo and wasn’t relevant to the UK, in fact, the comment ‘you’ve chopped yours down’ gave me the realisation that our countryside and biodiversity was just a shadow of its former self. 
 

Returning from Malaysia, I built a fireplace and chimney business based on my unique skill set. Over the coming years, I worked on traditional fireplaces, chimneys and solid fuel heating systems which led me to researching traditional woodland management and modern renewables relative to heating our existing housing stock. The realisation that the remnants of our ancient forests once held rich biodiversity comparable to Borneo and could be replaced and enhanced through traditional native management techniques funded by my customers’ energy bills, revolutionised my ethics, working practices and the products I installed. Compared to all other renewable energy solutions, no others depend on replanting native trees and managing them like our ancestors who looked after their environment with sustainability and future generations in mind.  

To leave our descendants’ native trees and environmental know-how seems to me far better than leaving them expensive upkeep costs of follies like carbon capture machines or the perpetual engine that is replacing old solar panels or turbines that are at the end of their life. Plant a tree to be coppiced and it could be there for 1000 years, lay down a solar panel and replace it in 25! 

2/ The coppicing of woodlands looks to be a practice that was used globally pre industrialisation dating back to indigenous populations. Can you tell us why this practice was so important and why approximately only 14% of woodlands in Europe are now coppiced? 
 

The management of local environments evolved in line with the advancement of human civilization and was key to our existence. There are many forms of traditional management, including coppicing, coppice with standards and pollarding, that will be relevant to the locality and what naturally grows there. Similar modern approaches such as continuous cover forestry, permaculture and agroforestry are all currently being implemented and link strongly to traditional techniques.  

The use of firewood is the reason humans were able to survive in colder climates and so it was a very important commodity that happened to grow naturally. Understanding how to nurture the environment to give enough fuel and food to survive without having to roam was key for the development of early settlements. As communities grew, so did demand… nothing much has changed in that aspect, but when the only resource is from the local environment, the necessity for better efficiency, local know-how, improved agriculture and forestry techniques became ever more important. There are instances throughout human history that suggest the downfall of some civilisations was caused by their inability to balance sustainability with growth. During the Middle Ages the UK overused its resources and so developments in managing techniques during the 15th century followed by declarations from Henry VIII and writings from John Evelyn set the path for unique practices that could arguably be attributed to creating the modern world as we know it. 

Then along comes the industrialisation of fossil fuels and cheap wood imports, and wood fuel from the local environment becomes worthless, even more so because of industrial farming and forestry. In a capitalist society, if something is worth keeping then it will be kept. The reason for sympathetic woodland management decline is because it can take more time, money, labour, effort and specialist local know how than modern industrialised fossil fuel extraction and forestry techniques. It also doesn’t follow with the corporate mindset and mainly promotes a local economy headed up by local specialists. 

Whereas most of my knowledge about coppicing centres around Essex and the southeast, what I do understand is that some colder climates do have natural environments that have only a few species of tree that supports less biodiversity than a rich mixture of tree types. The industrialisation of forestry over the past 200 years has promoted the planting of monocultures across the globe that supports very little biodiversity. Planting one or two species solely to harvest by clear felling for a certain product using industrialised techniques has overwhelmed many green environments. We can see this practice across Europe.  

Portugal planted vast amounts of eucalyptus for paper, which is not an indigenous species and is blamed for many of the forest fires they now experience. In the UK we planted many poplars for use as matches, while chestnut was used for fencing. In Scotland there is much debate about the foreign Sitka spruce and pine forest monocultures that were planted, the forestry commission has recently updated guidance for planting mixed species in the future. 

In Los Angeles, there has been mass planting in urban areas of palm trees because they look nice while the surrounding forests have not been managed properly in the way that the indigenous people did for millennia. Again, this meddling in the local environment is misguided and has been a contributing factor to the recent tragic devastation. 

Monoculture for the sake of a single product and big corporate profits can be seen across the world and can be blamed for the loss of many habitats. In Borneo, the virgin rainforests I worked in have now largely been replaced with oil palm. The corporate takeover of our forests removes the connection of local sustainable management practices, such as coppicing that enhances biodiversity.  

3/ Would sustained local/global coppicing have helped mitigate the circumstances of climate change and find us in different circumstances today? 
 

Climate change is just one of the problems we now face and there seem to be many reasons apart from carbon why weather patterns are changing. What seems obvious to me is how forests play their part with weather and reduce how much heat is trapped in the ground. In Borneo, I would be woken up at 5 am to a biblical downpour outside but when I left for work at 6 am, the roads and urban areas were bone dry. The rainforest, however, held on to the moisture with noticeable increases in humidity and in the forests, it was slightly cooler. I often walk through local Essex woodlands midsummer and the temperature drops considerably under the tree canopy. Removing these natural environments surely plays a big part in the formation of clouds, wind and rain.  

The method of harmonious management of the environment has taken many forms that are relevant to the local climate, landscape and ecosystem. The systems each civilisation followed were carefully developed over thousands of years and were born through the necessity to survive. The added bonus of well-managed woodlands using coppice techniques is that the whole process can be carbon neutral (and possibly carbon negative). By only taking what the forests want to give in order to be healthy, ensures that the root systems, that store carbon, are not affected while promoting rigorous regrowth that in turn speeds up the carbon sequestration time of the carbon neutral cycle. 
 

My concept is that if people survived alongside their local nature, being part of the ecosystem, then they are the best source to understand how their local environment can survive and even be enhanced alongside modern lifestyles. Turning our back on our history and ancestral wisdom is easy if it is blindly fueled by a corporate takeover that sees no easy profit in our old ways. Surely, it’s better and morally right to work with the locals to enhance their local economy that relies on the sustainable natural products around them rather than chop it all down in favour of monocultures that decimate communities and landscapes just to feed corporate greed.  

4/ You place a great onus on the health benefits of switching off and staring at a fire. Is there a poignant story you might share with us, of how this has impacted a customer’s life you have worked with? 
 

What if our fixation on TV, computers, and phones is just a modern version of fire-watching? It’s the same endorphin release, which taps into our primal love for the flicker of flames. At what point in human history did we evolve to have sufficient concentration and the ability to contemplate, recalculate our methods and use language to communicate, plotting the activities for the next day? What else other than controlling fire gave us a feeling of warmth and security while allowing a time for the community to come together in social gatherings. The day is done, daily chores completed, night falls and the only reason we didn’t go straight to sleep like other animals is because we lit a fire. What superstitions, religions and beliefs evolved from around a fire while watching the random flame picture of this magical element. 

Over the past 50 years, there have been many attempts to recreate the real flame of a wood fire. Gas and electric fires with the best technology still cannot come close to the mesmerising effect of the random flame picture created from the gases released from wood. 

Modern society has changed exponentially over the past few generations, some of it in a positive way, while it can be argued that family cohesion has fallen by the wayside. Modern whole house central heating methods give a luxurious touch button warmth in every corner of every room that allows children to disappear to their own seclusion, usually armed with their own screens to fulfill their desire to ‘fire watch’. In the past, when there were no distractions from the TV and only one space was heated, the whole family sat around the fire, staring into the abyss while ‘talking’ amongst themselves. Many of my customers say that when the stove is on, their children are more likely to sit with them, reestablishing traditional family cohesion. 

One day last autumn was quite poignant, I was out servicing wood stoves that I had previously fitted and had two elderly customers booked in one after the other. The first lady, who lives in a standard Victorian house, was concerned about the current anti stove campaign. With tears in her eyes, she asked ‘are they going to take my fire away?’ She explained how the fire was her crutch during winter, not just for the warmth, but with her little dog laid out in front, it eased her loneliness and gave a feeling of security that is hard to explain. 

The second lady lives in an affluent mansion by herself, surrounded by expensive furnishings and trinkets, she has the best of everything. Again, with tears in her eyes she said ‘this stove is my best friend, I couldn’t live without it’ 

One of the reasons I love my job is because of the feedback I get from customers. Even those ‘middle-class’ customers who initially turned up at my shop in their new BMW and just wanted a stove ‘because their friends got one’, come back a year later to proclaim ‘what have you done to me, that stove is the best thing I’ve ever bought, I can’t leave it alone, I even love chopping and stacking the wood!’ 

It makes you wonder what’s missing in the modern world, we call it all progress, but is it really? 

You can check out more of Jason Scarlett’s fantastic work via his website.

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At Charnwood, we’re in full support of the Stove Industry Association (SIA) launching the #PositiveWoodBurning campaign to highlight the many environmental, economic, and personal benefits of modern wood-burning stoves. Running for two weeks from 15th January 2025, this campaign is an opportunity to shine a spotlight on how responsible wood-burning can be a key part of a sustainable and low-emission future. 

Modern wood-burning stoves: The difference is clear

 

Efficiency and sustainability are more important than ever and modern Ecodesign-compliant stoves are an innovation-led led response to these demands. Compared to older, inefficient models or open fires, these stoves can reduce particulate emissions by up to 90% while providing families with a reliable, cost-effective heating solution. Meaning no matter what’s going on in the world with energy prices/availability, they can always heat their home! 

By using dry, seasoned wood— with a moisture content of 20% or less—modern stoves deliver optimal performance, generating more heat while using less fuel. This simple change not only enhances efficiency but also significantly lowers emissions, making it an environmentally responsible choice too. 

A campaign rooted in awareness and action

 

The #PositiveWoodBurning campaign is not just about stoves; it’s about building awareness of the broader benefits of sustainable wood-burning: 

Emission Reductions: Modern stoves produce far fewer emissions than outdated systems or open fires, making them a key ally in improving air quality. 

Forest Health: Responsible wood-burning supports active woodland management, encouraging biodiversity and reducing the risk of forest fires. 

Energy Security: With modern wood-burning stoves, households can rely on a renewable, locally sourced fuel that offers independence from volatile global energy markets. 

• Wellbeing: Find out why 93% of wood stove owners say it helps their wellbeing! 

As Andy Hill, Chair of the SIA, highlights, “Modern wood burning stoves are not only a cost-effective and low carbon heating solution, they also play a crucial role in reducing emissions compared to other ways of burning wood such as open fires. By using dry wood, we can ensure that our stoves operate at their highest efficiency, providing warmth and comfort while minimising our environmental impact. We believe that through this campaign, we can help educate the public on the benefits of modern wood burning and encourage a shift towards more sustainable and lower emission domestic combustion practices.” 

Why now? The case for positive wood-burning

 

Recent global challenges underscore the importance of reliable, sustainable heating. Energy security is a growing concern in the UK, with limited gas reserves and increasing reliance on imports. Modern wood-burning stoves offer a vital alternative, providing homes with consistent heat even during power outages or supply disruptions. 

Moreover, the environmental benefits of positive wood-burning cannot be overstated. By combining advanced stove technology with responsible fuel use and proper maintenance, households can contribute to a more sustainable future without compromising comfort or convenience. 

Best practices for responsible wood-burning

The #PositiveWoodBurning campaign offers practical advice for homeowners to get the most from their stoves while minimising environmental impact: 

Choose the Right Stove: Ecodesign-compliant and clearSkies-certified appliances are up to 90% cleaner than open fires and significantly outperform older stoves. 

Use the Right Fuel: Opt for wood with the Ready to Burn logo, ensuring moisture content is at or below 20%. Avoid chemically treated wood or waste materials. 

Regular Maintenance: Have your chimney swept and stove serviced annually by qualified professionals. The Federation of British Chimney Sweeps has links to all the main sweep associations.  

Proper Installation: Ensure your stove is installed by a competent person registered with HETAS or OFTEC for safety and performance. 

Follow Manufacturer’s Guidelines: Adhering to the manufacturer’s instructions ensures optimal stove performance and longevity. 

Please join the #PositiveWoodBurning conversation

The SIA invites everyone to join the conversation online using the hashtag #PositiveWoodBurning. Visit www.stoveindustryassociation.org to learn more about modern stoves, responsible wood-burning, and the many benefits this approach offers. 

 

 

 

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For generations, wood-burning stoves have offered warmth, comfort, self-reliance, and a connection to one of nature’s oldest renewable fuels. At Charnwood, we believe these qualities must be closely aligned with responsible design – ensuring the timeless joy of a real wood fire has a valuable place in an increasingly environmentally and health conscious world. 

A proven record of facing challenges head-on 

While older stoves improved on open fires, there was still significant room for improvement in terms of efficiency and emissions. As we all learned more about PM2.5, the wood-stove industry tackled the issue head-on through technological innovations including: 

Advanced firebox design 

High-efficiency combustion systems 

Precision air controls 

Intelligent microprocessor controlled stoves 

Modern, Ecodesign-ready stoves now significantly reduce PM2.5 – by up to 90% in many cases when compared to older stoves and open fires. These improvements arose from dedicated innovation and a willingness to embrace new scientific insights. Thanks to independent testing and ongoing refinements, today’s stove owners can be confident their modern appliances, used appropriately, are both cleaner and more efficient than ever before. This track record underscores the integrity of our industry: we see challenges, respond with research and engineering, and deliver on our promises. 

Emerging science on Ultrafine Particles (UFPs) 

Now, scientific focus is turning to ultrafine particles. These are smaller than PM2.5 particles and are found everywhere. From road traffic and industrial emissions to sea spray, mushroom spores, laser printers and even the simple act of peeling citrus fruit. Their potential impacts on human health are not fully known and are still being investigated: 

UFPs can arise from activities at a distance – such as large-scale industry or busy motorways far from our homes – but the reality is that winds can carry these particles over vast areas. Pinpointing an individual source’s contribution to local air quality is extraordinarily difficult. 

The WHO determined that there was not enough data to provide guidelines for ultrafine particles (UFPs) – aerosolised particles measuring as little as 0.1 micrometers in diameter or less.(1) 

Studies and risk assessments remain inconclusive. As of now, scientists do not fully agree on the level of health risk posed by UFPs specifically, nor do we have a comprehensive understanding of each source category’s relative contribution. (2) 

In this context, it is too early to claim a direct, confirmed health risk from UFPs emitted by any single source, including wood stoves—particularly as stoves contribute only a small fraction of overall UFP emissions compared to transportation, industry, and natural occurrences.

Nevertheless, at Charnwood we approach new challenges as we always have – by embracing further research. We continue to push for greater efficiency gains/emission reductions and are monitoring developments in filtration technology and beyond. 

Overestimation and real-world context 

As we’ve seen before with PM2.5, there is a desire from some to overestimate the impact of modern wood-burning stoves and the same will likely happen with UFPs. However, no matter the heating method – whether it’s a gas boiler, electric, heat pump, wind or solar – ultrafine particles inevitably arise somewhere along the chain including drilling, shipping, road transportation and burning for fossil fuels, large-scale manufacturing of high-tech components etc. All these processes can generate huge amounts of UFPs and other sized particles at different stages capable of contributing in varying degrees to the levels in the air. 

A 2024 report by the Institute for Fiscal Studies (IFS) found that: Average PM2.5 levels in England fell by 54% between 2003 and 2023, reaching a 20-year low.(3) 

Despite frequent sensational headlines, the IFS explicitly noted a tendency to “overestimate the importance of wood burning” in overall PM2.5 apportionment. 

They clarified that “emissions may be dispersed by the wind or brought to the ground by rain, meaning a large emission of PM2.5 may not translate into significantly higher amounts of PM2.5 in the air we breathe … Considering only primary PM2.5 tends to overestimate the importance of wood burning as opposed to transport and energy combustion.” 

By focusing broadly on “domestic wood burning” and neglecting the huge performance gap between old, inefficient stoves and modern designs, some public campaigns overlooked real opportunities to tackle air pollution more effectively. The same may prove true for UFPs, where conflating all wood-burning – regardless of technology or best practices – could distort our understanding of actual emission levels.(4) 

The unique positives of Wood Burning 

 

While every form of home heating solution has an environmental footprint somewhere along the line, only wood-burning brings such a variety of unique benefits when done responsibly: 

Energy security & resilience
Wood stoves offer a degree of independence during power outages and times of high energy prices. They can heat a home even when the grid is down or gas supplies are uncertain and they don’t rely on intermittent sources such as sun and wind. 

Sustainably managed woodlands
Responsible wood-burning supports active forest management. Using locally sourced firewood encourages healthy woodlands when replenished responsibly. 

Lower carbon footprint (with good forestry practices)
Trees absorb carbon dioxide as they grow, making well-managed wood fuel part of a more balanced carbon cycle. 

Ambience & wellbeing
There’s an intangible comfort to a wood stove’s gentle crackle and glow – a focal point that brings the family together. 93% of stove owners say it has a positive impact on their well-being(3)
(See our blog on “The Real Reason People Install a Wood Burning Stove” for more.) 

Compatibility with older homes
Many traditional homes were designed with solid-fuel heating in mind. Removing or neglecting this feature can lead to inadequate ventilation and moisture problems, sometimes resulting in mould or dampness. By using a suitable wood stove, occupants can maintain the home’s historical character and proper airflow patterns. 

A big future role for positive wood burning 

Beyond emission numbers, positive wood burning is about family comfort, reliable energy, and the stewardship of our woodlands. At Charnwood, our mission is to safeguard this heritage while meeting and improving upon modern standards – through rigorous research, responsible innovation, and genuine care for our customers and the environment. Our success in cutting PM2.5 emissions so far shows our commitment to leading the way. As emerging science investigates UFPs, we promise to bring the same diligence to any future challenge, ensuring wood burning remains a truly sustainable, rewarding choice that gives us energy security. 

We can’t – and shouldn’t – try to live in a world with zero UFPs, as they’re a natural byproduct of countless human activities and processes that are vital for progress. But we can be sensible, realistic, and evidence-based in reducing emissions where we can – just as we have done with PM2.5. With news recently that Britain’s gas storage levels are “concerningly low” it’s clear that modern wood-burning stoves have a big role to play now and in the future.(5) 

References & Further Reading 

1.https://www.iqair.com/newsroom/2021-WHO-air-quality-guidelines 

2.https://en.wikipedia.org/wiki/Ultrafine_particle 

3.https://naei.energysecurity.gov.uk/data/data-selector/results?classification=4&start_year=1990&end_year=2022&sector=all&category%5B1A4bi%5D=1A4bi&include_ad=1 

4.https://stoveindustryassociation.org/pm2-5-levels-halved-since-2003/ 

5.https://news.sky.com/story/britains-gas-storage-levels-concerningly-low-after-cold-snap-says-owner-of-british-gas-13286305 

6.https://www.charnwood.com/news/wood-burning-stoves-wellbeing-benefits/ 

7.Charnwood Blog: “The Real Reason People Install a Wood Burning Stove” 

8.https://www.charnwood.com/all-stoves/room-heating-stoves/skye/skye-e700/ 

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Wood-burning stoves have long been at the heart of our homes, providing warmth, comfort, and a connection to nature. Yet, in recent years, campaigns such as Clean Air Night have been pushing their agenda against them. While we all share the goal of cleaner air, it is vital that discussions remain grounded in facts, not fearmongering or misleading half-truths. This blog aims to cut through the noise, championing the benefits of modern wood-burning stoves and their place in a sustainable future. 

The evolution of wood-burning stoves  

The introduction of Ecodesign and Clearskies-certified stoves, such as Clearskies 5 models, represents a leap forward in clean-burning technology. These stoves significantly reduce particulate matter (PM2.5) emissions while maintaining efficiency and charm.  

A London Wood-Burning Project’s report found that ClearSkies 5 stoves can even REDUCE PM2.5 in the home (1). Here are the key findings: 

1/ Use of the clearSkies Level5 stove (which is Ecodesign compliant) demonstrated some benefits for indoor air quality. Indoor PM2.5 did not increase when adding fuel to the stove once lit… At times there was actually a decrease in indoor concentrations of PM2.5 when adding fuel.   

This confirms what we have long been saying, a properly functioning modern wood stove draws particulates out of the room and up the flue, helping improve air quality and ventilation in the home. The stove used in this study was our Charnwood C-Five.   

2/ Increases in pollutant concentrations may be more affected by participant technique or specific airflow characteristics of an individual appliance, rather than to the type of appliance or fuel.   

We always encourage best stove practices to educate new and existing customers and beyond.    

3/ However, the biggest increases in PM2.5 concentrations indoors did not relate to indoor wood or solid-fuel burning but instead were a result of cooking, especially frying, grilling and use of the oven, and particularly when the extraction fan was not used.   

The reality is a slice of burnt toast or your Sunday lunch can contribute far more PM2.5 than a wood-burning stove in your home. 

PM2.5 and air quality: The real story 

 

While it is true that open fires and poorly maintained or outdated stoves contribute to air pollution, modern appliances tell a very different story. However, the terms ‘wood burning’ ‘wood burners or ‘lighting fires’ used in their posts are deliberately ambiguous and take no account of the type of appliance or quality of the wood fuel. 

Clearskies-certified stoves reduce emissions by up to 90% compared to open fires and older stoves. In fact, if all homes transitioned to these advanced models, total PM2.5 emissions from indoor wood burning could drop to just 18% of current levels. (2) 

To further highlight the importance of differentiating types of wood burning, independent data from the National Atmospheric Emissions Inventory (NAEI) shows us that burning dry wood on an Ecodesign-compliant stove accounted for less than 0.3% of total UK PM2.5 emissions in 2023. (3) 

Additionally, a report published by the Institute for Fiscal Studies (IFS) in December 2024 found that average PM2.5 levels in England fell by 54% between 2003 and 2023, reaching a 20-year low. Despite sensationalist headlines in the press, the IFS explicitly noted there is a tendency to “overestimate the importance of wood burning” when apportioning PM2.5 emissions to specific sources. The report clarified: 

“…emissions may be dispersed by the wind or brought to the ground by rain, meaning a large emission of PM2.5 may not translate into significantly higher amounts of PM2.5 in the air we breathe … Considering only primary PM2.5 tends to overestimate the importance of wood burning as opposed to transport and energy combustion.” (4) 

These findings reinforce the case for modern wood-burning stoves, which emit an exceptionally small fraction of PM2.5 compared to outdated practices and other sources such as transport and industrial combustion. By focusing broadly on ‘domestic wood burning’ and not educating the public about the differences, campaigns like Clean Air Night risk missing the real opportunities to tackle air pollution. 

The case for sustainable firewood: Cleaner and greener 

 

Wood burning, when done responsibly, remains one of the most sustainable and resilient heating methods available. Locally sourced firewood boasts a low carbon footprint compared to imported fossil fuels like liquid petroleum gas (LPG). Unlike finite fossil resources, wood is renewable, especially when harvested through well-managed practices such as coppicing. Coppicing not only ensures a sustainable supply of firewood but also promotes biodiversity and supports healthy forests. The income generated by wood-burning stove users actively contributes to these sustainable practices, further enhancing their positive environmental impact. 

Critics often fail to appreciate these benefits, instead promoting alternatives that create dependency on imported fuels. For instance, campaigns advocating for LPG stoves in developing countries frequently disregard the advantages of proper wood-burning technology. Providing households with efficient wood stoves and chimneys would preserve cultural traditions, reduce emissions, and strengthen local economies. While alternatively, reliance on imported fuels undermines sustainability and energy security. 

Every heating solution comes with its own set of challenges. Electric, for example, relies heavily on batteries that depend on rare earth elements like cobalt, often sourced from environmentally and ethically problematic mining operations. Similarly, the production of solar panels and wind turbines involves significant energy consumption and resource extraction. While these technologies are essential in the transition to cleaner energy, they are not without their limitations and trade-offs. In contrast, modern wood-burning stoves offer a local, renewable, and low-impact solution that doesn’t rely on complex global supply chains. 

Modern wood-burning stoves also play a critical role in our energy mix as a co-heating solution. Unlike solar panels or wind turbines, which are dependent on favourable weather conditions, wood stoves offer reliable heating during power cuts or periods of low renewable energy generation. They act as a dependable backup system, providing warmth when solar and wind resources are unavailable. This enhances our nation’s energy security and complements other renewable energy systems, reducing overall reliance on fossil fuels and imported energy. 

By embracing sustainable practices and integrating wood-burning stoves with renewable technologies, we can create a balanced approach to heating that supports both environmental goals and energy independence. 

Modern stoves offer a wide range of benefits which you can learn more about here: The real reason people install a wood-burning stove 

Misinformation and misleading campaigns 

 

Clean Air Night, while in part well-intentioned, relies on misleading statistics and alarmist messaging. Much of its content originates from groups like Global Action Plan (GAP), whose funding sources and motivations remain unclear. 

What’s particularly telling is how the campaigns are coordinated. It feeds members prepackaged propaganda soundbites and graphics encouraging almost mindless sharing across social media. By asking people to simply copy, paste, and flood social media with unsubstantiated claims, these campaigns stifle meaningful debate. Furthermore, rather than linking to raw data or credible studies that adequately support these claims against modern wood-burning stoves they frequently direct people back to their own website in a closed loop of biased information.

Interestingly, StoveReadyWood.uk has highlighted the ties between GAP’s leadership and industries that directly compete with the wood stove market, such as solar and LPG providers. Additionally, this research raises an important question: what would happen to fuel prices if burning wood on wood-burning stoves was not available? Supply and demand dictates that prices for gas users would very likely go up as more people were forced to use it. Also, wood-burning stoves are unique in allowing people to source their own fuel for free in emergencies, offering independence from sudden price hikes and supply chain disruptions. Eliminating this option would leave households entirely dependent on external energy markets, a vulnerability that should not be overlooked. 

Building a balanced future 

The path to cleaner air isn’t about blanketly targeting wood-burning but about encouraging responsible practices and encouraging transitions to modern, eco-friendly appliances. Clearskies-certified stoves showcase how innovation can significantly reduce emissions while preserving the traditions and warmth that wood burning brings to our homes. Transitioning from open fires and outdated stoves to modern wood-burning stoves is the key to achieving cleaner air without losing the huge number of unique benefits wood-burning offers. 

Responsible wood burning starts with proper maintenance and the use of seasoned, sustainable firewood. By adopting these practices, households can minimise emissions and maximise efficiency, ensuring wood stoves are an environmentally friendly and safe choice. 

At its heart, the debate around wood-burning stoves is about more than heating/PM2.5; it’s about sustainability, energy independence, and keeping a connection to our heritage. Modern wood-burning stoves are not the problem – they are part of the solution. By cutting through misinformation and embracing the innovations within the industry, we can safeguard our air, while ensuring that this vital tradition continues to benefit us all. 

To learn more about responsible wood burning and the benefits of transitioning to modern stoves, visit the Stove Industry Alliance. 

Further reading that explains in more detail why we strongly feel a collaborative approach is required:  

https://www.charnwood.com/news/wood-burning-stoves-co-heating-future-a-nuanced-look-at-pm-25-emissions/ 

https://www.charnwood.com/news/wellbeing-benefits-log-burners/ 

https://www.charnwood.com/news/harnessing-the-power-of-wood-fuel-a-sustainable-approach-to-home-heating/ 

https://www.charnwood.com/news/essential-wood-burning-stove-tips/ 

 

References: 

 

1/ https://www.imperial.ac.uk/media/imperial-college/medicine/sph/environmental-research-group/London-Wood-Burning-Project-Report_final.pdf  

2/ https://stovereadywood.uk/falling-pm25 

3/ https://naei.energysecurity.gov.uk/data/data-selector/results?classification=4&start_year=1990&end_year=2022&sector=all&category%5B1A4bi%5D=1A4bi&include_ad=1 

4/ https://stoveindustryassociation.org/pm2-5-levels-halved-since-2003/ 

 

 

charnwoodstoves

“Remember not the former things, nor consider the things of old. Behold, I am doing a new thing; now it springs forth, do you not perceive it? I will make a way in the wilderness and rivers in the desert. Isaiah 43:18-19

In my mind, thoughts of New Year are very much entangled with those of Christmas. Whether or not the birth of Jesus of Nazareth is something that we celebrate or consider, there is a shared sense that part of this tradition is about the beginning of a new and remarkable life. The message of kindness, empathy, fragility, humility and a selfless generosity of spirit that came to serve the world is sometimes lost within the intense branded lifestyle messaging of social media. Greeting 2025, we have new trends like Fridgescaping, that speak on the qualities of our exterior lives, and little of our inner ones.

Though many brands are now choosing to focus on community with values such as teamwork, honesty, and integrity the nuance of these values can sometimes be lost in a sea of advertising images that promote a picture of how life should look and not the thoughtfulness of how actually life is in its most simple and natural form. The evolutionary biologist Joseph Henrich coined the term ‘WEIRD’ (Western, Educated, Industrialised, Rich and Democratic) to describe our post-industrialised state in the Western World. The Industrial Revolution marked ownership of territory and also saw the beginning of a decline in the onus on community and personal relationships. The celebration of the individual has been taken to an even further level through online community channels, namely social media. There is an irony to this: both the way the tech industry has used the term ‘social’ and that Tim Berners Lee’s invention of the internet was as a shared tool, rather than one to inflate comparison.

TikTok, Instagram and the world of Meta have immeasurably changed the way we relate to the world around us. The heavy persuasive and addictive nature of socials play a strong role in pulling us out of the day to day moment. The nature of the constant, rapid information keeps us addicted. It was encouraging, whilst living within this data cycle, to see the word ‘brain rot’ as the Oxford word of the year. Defined as the supposed mental or intellectual deterioration that can result from consuming too much low-quality online content, this term perfectly captures the pervading social scroll that preoccupies the majority of both our communication and information sources. It is not, however, a new term. It was first used in 1854 in Henry David Thoreau’s book Walden. In Walden, Thoreau, gives us a guide on how to pull ourselves out of our social media addictions. The crux of the message is to remain curious, look to nature and hone a reflectiveness and the development of our own ideas, not simply absorbing those of others. The question, then, is how to start this simple, but in some ways, complex practice, especially when, unlike Thoreau we don’t all have the privilege of a two year escape to living remotely in the wilds of nature.

There is, however, the opportunity for us to discern what we consume and think about it more carefully. This can be applied to the information we listen to, the company we keep and the products we purchase. When it comes to the purchase of a product, perhaps we could ask ourselves more questions on how and where it is made, the purpose it holds in our lives and those with whom we might share. Through our design and manufacturing of Wood burning stoves at Charnwood and outdoor kitchen units at Vlaze on the Isle of Wight, we consider not only the products’ function and form, but the wider impacts on the people that work with us, the community that surrounds us and the customer whose home will gain from the warmth of shared times and memories made. There is a pleasure that we hope is shared in this journey from us to you.

Taking the time to understand these points in the journey of a product from manufacture to our homes causes us to pause and carefully curate our stance in the world. It encourages willingness to question what we are willing to accept as standard both ethically and into our lives. Within certain cultures in Asia, there is the term Animism, the idea that objects, people and animals all contain a certain energy. In many ways the internet has given us the privilege of access to an infinite and exhaustive source of knowledge, but it also gives us the chance to think about how we can reflect, think and consider where that technological path takes us.