Search
  • Ian Downie

Electric Landscaping 101




Most homeowners are familiar with the ear-splitting noise that leaf blowers produce, but few are aware of the impacts that the traditional landscaping industry has on the environment and our public health.



According to the EPA, gas-powered landscaping equipment is a major contributor to climate change, producing 13-21% of toxic air emissions in the US each year.


As if that statistic wasn’t jarring enough, recent studies have linked daily exposure to gas-powered tools to hearing impairment and a high risk of developing leukemia, among other serious diseases. In other words, landscaping is not only an environmental issue, but also a public health issue.


Fortunately, there is an alternative: electric landscaping.


Within the past century, electric yard equipment has developed rapidly and exploded in popularity. The electric lawnmower was first invented in the 1920s (about 100 years after the gas-powered mower), but it was not widely used or adopted. Since then, due to technological advances and climate change research, demand for electric equipment has grown exponentially. In fact, the electric lawn mower market for the US is projected to reach over $1 billion in revenue by 2024.


Here at EcoQuiet Lawn Care, we use 90% electric landscaping equipment and have been since 2014. In our view, the widespread adoption of electric equipment is an important shift in the lawn and garden industry (and a sigh of relief for us environmentalists).


The impacts of gas-powered yard equipment are far-reaching and multifaceted. Within this article, we will cover three negative impacts of traditional landscaping – pollution, noise, and health hazards – and how replacing gas equipment with electric mitigates those impacts.



Pollution


The two-stroke gas engine is the real culprit behind the outsized impact that landscaping has on the environment. In fact, a recent study showed that a two-stroke leaf blower produced a mind-boggling 33,000% more toxic pollution than a Ford F-150 Raptor, a truck well-known for its gas-guzzling engine. Two-stroke engines have a simplistic, light, and powerful design, making them attractive for use in small handheld equipment, but the pollution they produce is unacknowledged and underreported.


Electric tools, on the other hand, are reliable, quiet, healthy for the environment, and often just as powerful as their gas-and-motor-oil counterparts. Electric leaf blowers are less powerful, but with the use of rakes and leaf plows, one can achieve the same results as with traditional methods. In the end, this is healthier for the environment – the powerful winds that come from a gas-powered leaf blower send particles flying, including fertilizers, pesticides, and other topsoil, which scars the landscape and makes breathing hazardous nearby.


Although hiring an electric lawn care company can reduce a homeowner’s carbon footprint, some may choose to go a step further. Many green-focused landscaping companies, such as EcoQuiet, can consult with clients to create a more sustainable outdoor space with native plants and less intrusive, natural solutions for the problems of landscaping.


According to George (EcoQuiet’s founder), “Our goal is to take the current landscaping model – which is mulch beds that insects can’t overwinter in, lawns that poison pollinators with insecticide, and the constant drone of gasoline equipment that disturbs wildlife – and bring it back to a more sustainable and caring model focused on symbiosis.”



Noise


Electric tools are quiet, and that’s more than just a relief for homeowners and their neighbors (and their neighbors’ neighbors). Gas-powered lawn care tools can produce 100 decibels of noise - the same amount as a low-flying jet liner. As more and more people work from home, the noise is that much more disruptive, and the low-frequency sound is difficult or even impossible to block out.


The noise produced by one gas leaf blower is equivalent to twenty electric leaf blowers turned on at full blast.

Electric landscaping companies can offer a solution. Even for homeowners who are indifferent about climate change, the obvious benefit of quiet landscaping is impossible to ignore. Electric leaf-blowers create one twentieth of the noise that gas-powered ones do, which is to say that the noise produced by one gas leaf blower is equivalent to twenty electric leaf blowers turned on at full blast.



Health Hazards


Using landscaping tools from time to time is unlikely to cause harm to the average homeowner, but for landscaping workers who use these tools every day, their health and life expectancy are at stake.


According to Purdue University, prolonged exposure to gas-powered lawn care tools (especially gas leaf blowers) can cause serious hearing damage. Workers who spend long hours with this powerful equipment can experience pain and even hearing loss.


Moreover, breathing in these fumes on a regular basis can lead to a wide range of medical issues, including heart disease, nerve damage, and several types of cancers. One chemical in particular – benzene – has been demonstrably linked to the development of leukemia and multiple myeloma.


By adopting the use of electric equipment or hiring an electric landscaping company, landscaping employers and homeowners can rest assured they are not exposing employees to high amounts of these chemicals.



What’s the Catch?


There are a multitude of benefits to going electric, but it can cost more for two reasons: 1) the leaf blowers are less powerful, and 2) there is a higher upfront cost. Only about 1 in every 1400 landscaping companies are electric, so the economies of scale currently favor gas landscaping. In other words, because of the demand for gas equipment, manufacturers are mostly dedicated to making gasoline tools.


Only about 1 in every 1400 landscaping companies are electric.

Fortunately, there is hope for costs to go down. If you’re one of the pioneers who decide to invest in this industry and fund one of the few electric landscaping companies, then bit by bit, those companies will start having more market share (i.e., there will be more demand from manufacturers for electric tools). This will drive the price for electric tools down, which will facilitate more companies adopting electric practices and eventually lowering the overall cost of electric services.


With increased economies of scale, we will see increased competition in the electric landscaping industry because the cost to entry will be lower. One example of this is Tesla Motors. The original Tesla Roadster cost upwards of $150,000; a decade later, the new Tesla Model 3 costs about one-third of that price, partially because they started mass-producing vehicles and because they forced their competition to go electric as well. (What's more, the Model 3 is significantly faster because the technology has improved since 2008.) In summary, the price of electric landscaping is likely to go down, but only if we create the demand for it.


Lastly, as mentioned earlier in this article, most electric landscaping tools are equivalent in power to their gas counterparts; the one exception to this is leaf blowers. The time needed to rake and plow leaves translates to higher labor costs, especially for big properties.


That said, we want to make electric landscaping accessible to everyone, so we’ve compiled a list of things you can do to optimize your yard for electric tools (See “Six Ways to Prep Your Yard for Electric Landscaping”). For those who want to live an eco-friendly and wallet-friendly lifestyle, these tips are an excellent place to start.


To learn more, visit AGZA.net to learn about how Dan Mabe is getting conventional landscapers to make the switch, or quietcommunities.org to learn about Jamie Banks' research and work in the field. We are also available to answer any questions you may have about going electric; please visit our contact page to reach out.




Sources:

http://www.meca.org/galleries/files/sore_white_paper_0109_final.pdf

https://www.ncbi.nlm.nih.gov/pmc/articles/PMC1533055/

https://abc7ny.com/gas-powered-leaf-blower-ban-village-of-larchmont-noise-pollution-gas-emissions/6537874/

https://www.osha.gov/landscaping

https://www.protoolreviews.com/gas-vs-battery-powered-leaf-blowers/

https://landscapewriter.com/a-labor-of-love-landscapers-put-in-more-overtime-than-most-people-realize/

https://www.chem.purdue.edu/chemsafety/Training/PPETrain/dblevels.htm

https://www.edmunds.com/car-reviews/features/emissions-test-car-vs-truck-vs-leaf-blower.html

https://www.oemoffhighway.com/market-analysis/industry-news/forestry-lawn/news/21083351/growing-us-electric-lawn-mower-market

https://ww3.arb.ca.gov/msprog/offroad/sore/exposurestudysummary10122018.pdf


66 views0 comments