Two-wheeled robots for on-site security
CategoriesSustainable News

Two-wheeled robots for on-site security

Spotted: The global security industry is growing rapidly – worth around $113 billion (around €108 billion) in 2022, the global physical security market is projected to reach almost $210 billion (around €200 billion) by 2032. However, at the same time, there is a growing shortage of security workers.

One way to plug the labour gap is with robots, and Ascento is one company that is hoping to do just that. Ascento has developed autonomous, wheel-legged Ascento Guard robots that are designed to navigate any terrain. Because it’s all-weather capable, it can help secure outdoor warehouses and campuses, as well as outdoor venues.

Ascento Guards can detect unwanted people on premises, verify perimeter integrity, check that doors and windows are closed, record property lights, identify floods and fires, and control parking lots. Using artificial intelligence (AI), the robot analyses videos and creates reports, integrating with existing video management systems. Helpfully, the Guard can be installed and deployed in just a few hours and can be hired by the hour, just like human guards.

At the same time as announcing the release of the Guard, Ascento also reported the completion of a $4.3 million (around €4 million) pre-seed funding round, led by Wingman Ventures and Playfair. According to the company, new customers are signing up every month and its fleet mileage has grown by more than 70 per cent month-on-month since the start of 2023.

Robotic guards join a wide number of innovations in robotics spotted in the Springwise archive, including robots that can pack produce and provide mobile, on-demand electric vehicle (EV) charging.

Written By: Lisa Magloff

Reference

Used EV batteries for on-site energy storage
CategoriesSustainable News

Used EV batteries for on-site energy storage

Spotted: When it comes to on-site renewable energy, a key challenge facing many businesses is that sources such as solar and wind are intermittent, generating power only when the sun shines and the wind blows. Energy-storage solutions are therefore crucial for ensuring sufficient power is available when it’s needed most. 

Enter Connected Energy, a UK startup that has created E-STOR, a commercial-scale, energy-storage system that leverages 24 second-life Renault EV batteries. Easily installed at modern commercial and industrial sites within a 20-foot shipping container, E-STOR can optimise a site’s energy use, reducing costs and carbon emissions.  

Another key benefit of the system is that it’s completely modular. Units can be installed individually or as multiple systems working together, meaning storage can be scaled-up as the client requires. Servicing businesses across the UK and Europe, the company even offers free feasibility studies to ensure that battery energy storage is the right solution for any given site. 

Clients use E-STOR for active load management. The system can be charged from existing building supply or from solar panels and on-site wind, flexibly storing surplus energy generated when demand is low for use at peak times. Companies can also use E-STOR to generate revenue by offering load-balancing services to the grid.

Springwise has spotted other energy storage solutions in the archive, including one designed for homeowners in the event of a power outage, and another made from recycled batteries.

Written By: Rachel Ward

Reference

Treating biohazardous lab waste on-site
CategoriesSustainable News

Treating biohazardous lab waste on-site

Spotted: Global waste generation has increased every year for decades and is likely to continue growing. Hospitals contribute a sizeable amount of waste to that total, with the global healthcare industry responsible for more than four per cent of worldwide net greenhouse gas emissions. Hazardous chemicals are part of the problem, with lab waste consisting of a mix of sharps, chemicals, plastics, and glass. 

The recycling industry is struggling to cope with the volume of waste that needs processing, and new solutions are required. Irish biotechnology company Envetec has created a proprietary biodegradable chemical that processes lab waste on-site. Called GENERATIONS, the system transforms potential pollution into recyclable polymer flakes that are safe to handle and transport – and are usable in a huge range of other manufacturing processes. 

GENERATIONS is a carbon-neutral process that is set up within or very near a laboratory to enable minimal transport costs. The biodegradable chemical uses far less water than traditional treatment systems, and Envetec works with teams and organisations in the diagnostics, food and beverage, and pharmaceutical industries to design bespoke treatment and recycling processes. Envetec helps organisations track their changes and results, and strive to meet international standards for recycling and net-zero commitments.  

Finding ways to transform hazardous chemicals into non-toxic, useful products or replace them altogether are challenges that innovators are approaching in a variety of ways. Springwise has spotted carbon-negative chemicals produced for industrial manufacturing processes, as well as wastewater treatment sludge used to repair municipal pipes.

Written By: Keely Khoury

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