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Electrum Laboratory and Albanova Nanofabrication Facility are the two laboratories operated within the KTH node of Myfab – the Swedish research infrastructure for micro- and nanofabrication.

In Kista the Electrum Laboratory with a 1300 m2 cleanroom area and 1500 m2 additional laboratories is outstanding for fabrication and characterization in the nano and micro scale, supporting the whole chain from education, research and development, to prototyping and production.

At KTH Campus the Albanova Nanofabrication Facility has a 285 m2 cleanroom and 60 m2 additional laboratories. With focus on direct writing technology, the Albanova Nanolab is a flexible resource for basic research requiring nanofabrication and nanocharacterization with a wide variety of materials and substrate.

Highlights

Funding for "Greening" Myfab Lund

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Luke Hankin
/ Categories: Myfab Lund

 

Sarah McKibbin, process and tool responsible research engineer at Lund Nano Lab, receives support from the Lund University Sustainability Fund for the “Greening Lund Nano Lab” project.

During the winter, the fund opened a call for proposals to test solutions to sustainability challenges in the organisation. Lund University is deeply committed to its strategy and plan concerning sustainability, aiming for remarkable achievements in this area. We know that change requires new ideas. That’s why the staff at Lund University have the opportunity to seek funding to address real sustainability challenges within the organisation itself. 

The project “Greening Lund Nano Lab”

Laboratories are some of the most energy-intensive workplaces on the planet. In particular, cleanrooms and nanofabrication labs have some of the highest needs for energy consumption due to the need for climate control (temperature, humidity, and particles) that affect ventilation demands; heating, ventilation, and air conditioning (HVAC) power requirements for processing equipment; and the waste generation and chemical consumption that is associated with the work that is done. 

Some steps have been taken at the Lund Nano Lab to reduce the overall energy consumption by, for instance, reduction of airflow at off-peak times, but significant investment would be needed to implement waste heat recovery. Achievable targeted topics to improve upon at Lund Nano Lab include optimising lab routines, minimizing unnecessary consumption of lab consumables (or recycling where possible) and improving user behavior. Several internationally recognized initiatives exist with which to evaluate lab practices and the sustainability of lab operation and practices. This project proposes that Lund Nano Lab evaluates and participates in the best of these options to improve the sustainability of the lab.

This project is one of six projects receiving support of up to 300,000 SEK each, for a project period of up to 12 months. 

Original Article: https://www.nano.lu.se/article/sarah-mckibbin-gets-funding-greening-lund-nano-lab

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