As science and education facilities evolve toward cleaner, safer, and more cost-efficient environments, the shift to electric Bunsen Burners is proving to be a game-changer—particularly for new laboratories and refurbishments. These advanced devices offer a safer, greener, and more sustainable alternative to traditional gas Bunsen Burners, redefining what’s possible in a modern lab setup.

In this blog, we explore the benefits of switching to electric Bunsen burners, particularly for institutions designing new labs or upgrading outdated systems.

The End of Gas Infrastructure in Labs

One of the most transformative aspects of switching to electric Bunsen burners is the complete removal of gas infrastructure from the lab. Traditionally, building a laboratory involved the costly installation of gas lines, copper piping, safety valves, and pressure testing—all of which add significantly to construction and refurbishment budgets.

Electric models, such as the Cole-Parmer BB-200 Electric Bunsen Burner, eliminate the need for:

• Gas taps and valves
• Copper pipework
• Safety and compliance testing for gas systems

For new labs, this can result in substantial savings—not only on capital expenditure but also on ongoing operational costs. There’s no need to maintain gas supplies, replace worn infrastructure, or deal with gas-related safety audits.

Safety First: Reduce Hazards in Learning and Research Environments

One of the key selling points of electric Bunsen burners is their enhanced safety profile. Unlike traditional gas models, electric versions offer:

• No open gas line risk
• Precision-controlled flame ignition
• Minimal emissions
• Lower fire hazard in educational settings

This makes them ideal for use in schools, universities, and research facilities where safety and simplicity are top priorities.

Sustainability and the Green Lab Movement

As institutions commit to net-zero targets and embrace renewable energy solutions like heat pumps and solar panels, removing fossil fuel reliance from the lab becomes essential. Electric Bunsen burners perfectly align with this shift.

They offer:

• Significant carbon footprint reduction by eliminating gas combustion
• Compatibility with green energy tariffs, especially where electricity is sourced from renewables
• Reduced reliance on single-use consumables, as they allow the continued use of flame sterilisation

One major downside of non-flame alternatives is their reliance on plastic-wrapped, single-use sterile tools. For example, when no flame is available, labs often resort to disposable plastic inoculating loops or gas canisters, which generate additional waste. With electric flames, metal inoculating loops can be sterilised and reused, slashing single-use plastic waste.

This makes electric burners not only cleaner in terms of emissions, but more environmentally responsible overall.

Made in the UK: Supporting Local, Reducing Emissions

Another standout feature of the Cole-Parmer electric burner range is that they are made in the UK. This adds a significant benefit for sustainability-minded buyers:

• No overseas shipping emissions
• Support for local industry and innovation
• Faster delivery and local aftercare support

Choosing British-made lab equipment helps reduce air miles and aligns with broader goals of decarbonising supply chains.

Ideal for New Laboratories and Refurbishments

When planning a new lab, opting for electric Bunsen burners from the outset can:

• Reduce installation costs
• Eliminate the need for gas safety certifications
• Streamline lab layouts by removing complex gas infrastructure
• Future-proof facilities for green energy compatibility

In refurbishments, the cost of retrofitting gas infrastructure can be prohibitive. Electric burners offer a plug-and-play solution, ideal for upgrading older facilities without the need for invasive construction.

Conclusion: A Smart Choice for the Modern Lab

The case for electric Bunsen burners is clear: they offer cost savings, improved safety, and a more sustainable lab environment. Whether you’re designing a new educational facility, upgrading an existing lab, or looking to align your institution with net-zero goals, switching to electric is a powerful step forward.

The Cole-Parmer BB-200 Electric Bunsen Burner is a prime example of British engineering that meets the demands of modern science, education, and sustainability. Find out more about this model HERE.