Australia bans engineered stone due to silicosis risk
CategoriesInterior Design

Australia bans engineered stone due to silicosis risk

Australia has become the first country in the world to ban engineered stone, following rising cases of silicosis among workers who handle the material.

The ban was agreed at a meeting of Australian federal and state workplace ministers on Wednesday, and will come into place across the country from 1 July 2024.

The ban targets engineered stone, also known as agglomerated stone – a type of material made by mixing crushed stone with a resin binder.

“This is a dangerous product”

While it is valued as a durable and affordable alternative to natural stone for kitchen benchtops, the material can be dangerous while being cut because it releases a fine silica dust into the air.

Australia has recorded rising cases of the lung disease silicosis in stonemasons who have handled the product, leading it to be dubbed “the asbestos of the 2020s” by union leader Zach Smith.

“This is a dangerous product that’s known to cause the potentially fatal disease silicosis, and it has no place in our workplaces,” said Queensland industrial relations minister Grace Grace in a statement following the meeting.

“The rate of silicosis illness in Australia for those working with engineered stone is unacceptable,” said her Western Australian counterpart Simone McGurk. “This prohibition will ensure future generations of workers are protected from silicosis associated with working with engineered stone.”

Ban follows report finding no safe level of silica in engineered stone

The move comes nine months after an investigation by three Australian news outlets accused supplier Caesarstone of not doing enough to warn people of the dangers of working with the material and the country’s construction union launched a campaign calling for the ban.

A subsequent report by the national policy body Safe Work Australia found that engineered stone workers were significantly over-represented in silicosis cases and were being diagnosed with the disease at much younger ages than workers from other industries, with most being under the age of 35.

It also found that the risk from engineered stone was distinct from that of natural stone due to the material’s physical and chemical composition, and that this was likely contributing to more rapid and severe disease.

The report concluded that no level of silica was safe in engineered stone and that the material should be prohibited in its entirety.

Silicosis is caused by tiny particles of silica becoming embedded in the lining of the lungs and manifests in symptoms such as shortness of breath, cough, weakness and fatigue.

The condition is life-altering and potentially fatal, with many formerly healthy young sufferers describing being unable to work or play with their kids.

Caesarstone commits to supplying Australia with “alternative products”

In response to news of the ban, Caesarstone commented that while it disagreed with the decision, it is taking the necessary steps to ensure supply of alternative materials to Australian consumers.

“The Caesarstone brand is well known in Australia and its products have earned tremendous success over the years,” said Caesarstone CEO Yos Shiran. “We are already taking steps to supply our Australian market with alternative products while maintaining our strong market presence.”

It has previously argued that its material is safe if handled correctly and that the silicosis danger was the fault of employers and work safety bodies.

Other companies including Ikea and Bunnings had already committed to phasing out the material in the Australian market.

The ban will apply to the manufacturing, supplying, processing and installing of engineered stone but not its removal, repair, disposal or minor modifications.

Australia’s workplace ministers will meet again in March 2024 to finalise details of the ban, including the transition period for contracts that have already been implemented and the precise definition of engineered stone.

The country’s Model Work Health and Safety Regulations currently exclude concrete and cement products, bricks and pavers, porcelain, ceramic tiles, roof tiles, grout, mortar and render, and plasterboard from the definition of engineered stone, but ministers have indicated that additional products would be added to the exemptions.

This may allow future engineered stone products to be exempted from the ban if there is “compelling evidence” that they can be used safely.

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Satellites for agricultural risk and other sustainability challenges
CategoriesSustainable News

Satellites for agricultural risk and other sustainability challenges

Spotted: This is a golden age of satellite technology – satellites are being used for everything from communication relays to weather forecasting, navigation, broadcasting, scientific research, and Earth observation. This last use is the focus of SatSure, a Bengaluru-based startup that combines satellite data and artificial intelligence (AI) algorithms to improve financial institutions’ understanding of the agriculture sector, among other applications.

The unpredictability of crop yields adds uncertainty to agriculture credit underwriting and monitoring, which in turn leads to high transaction fees and reduced access to credit for farmers – especially smallholder farmers. To solve this, SatSure has developed SatSure Sage, a platform and a suite of applications that provide accurate data to assist lending institutions in making and managing agricultural loans.

The data that underpins SatSure’s analytics comes from satellites. These provide detailed geographical and climate records and remote sensing information. This data is then analysed by SatSure’s AI and machine-learning algorithms and distilled into clear risk measurements for a variety of uses.

For instance, another of the company’s offerings, SatSure Skies, can be used for infrastructure planning to understand potential environmental risks or for renewable energy projects to identify optimal placements of solar installations. SatSure Sparta analyses crop health and yield, which can be used by financial institutions to identify farm-level risk or by businesses looking to optimise their supply chains.

SatSure is not the only company to use satellite-derived data to help financial institutions make more informed decisions. In the archive, Springwise has also recently spotted platforms that measure grass from space and monitor ecosystem restoration.

Written By: Lisa Magloff

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AI and remote sensing technology for managing water risk
CategoriesSustainable News

AI and remote sensing technology for managing water risk

Spotted: By 2030, the world’s communal demand for fresh water is expected to outstrip supply by 40 per cent. How to avert this crisis is a question many innovators, researchers, and agencies are working to answer. And sustainable management of the water that is currently available is a crucial aspect of the global solution. 

Understanding the health of the world’s bodies of water, along with current and potential future risks is vital, and San Francisco-based technology company Waterplan has created a platform that uses remote sensing and artificial intelligence (AI) to track, analyse, and mitigate the risk to global water supplies.  

The platform helps organisations of any kind plan for the future by protecting water supplies now. The highly detailed reports include data from regulatory reviews, watershed authorities, industry analysis, scientific research, and more, with information presented in easily navigable formats. Clients view data by site and can see at a glance which areas need risk mitigation first.  

The reports are structured in a way that makes them usable for investors, and client input helps shape what areas the AI tracks. Sustainability managers use the platform to track progress against targets and measure the efficacy of various interventions. Operations managers can use the platform to maintain peak productivity across all processes and locations, as well as predict adjustments needed based on changing conditions.  

With the need for robust data continual, Waterplan recently closed an oversubscribed series A financing round that raised $11 million (around €10 million).  

Cleaning polluted water is one way to improve the quantity of supply, and examples from Springwise’s archive include a membrane that generates electricity while cleaning wastewater and a modular sewage treatment plant that fits inside a shipping container.

Written By: Keely Khoury

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A tool that predicts employee flight risk
CategoriesSustainable News

A tool that predicts employee flight risk

The cost of employee turnover is difficult to quantify, but one estimate from Gallup suggests that voluntary employee turnover costs US businesses $1 trillion (around €915 billion) per year. And, according to payroll firm Remote, turnover rates have increased by nine per cent in the UK and US since 2019.  

While the importance of talent retention is well understood, it can be difficult for HR departments to be proactive in holding onto their most valuable employees. By using algorithms to analyse masses of data, startup HR Signal is making it easy for companies to predict the chances that any employee will leave in the near future.  

The startup’s software assigns each employee a ‘Retention Risk’ score that represents the likelihood that they will voluntarily leave their role in the next 90 days. This score is based on information on the current job market and patterns in career progression taken from millions of anonymised CVs. This is then supplemented by salary information and other forms of public data. So far, the startup has harvested data on over 50,000 job positions across all sectors.     

If an employee’s Retention Risk score exceeds a certain level, they are automatically flagged to the HR team. The software then provides a step-by-step suggested workflow so that companies can plan suitable interventions and record the outcomes.  

Using additional data about tenure trends both inside and outside the company, HR Signal’s platform also highlights potential promotion opportunities to encourage employee development – thereby increasing worker satisfaction and corresponding retention rates.

In the archive, Springwise has spotted many other innovations looking to improve employee well-being and boost retention, including workplace digital counselling services and smart greening solutions for the office.

Written By: Matilda Cox

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Assessing the risk of frost for high-value crops
CategoriesSustainable News

Assessing the risk of frost for high-value crops

Spotted: Research has shown that frost is a “significant weather event” that has a direct impact on crop growth, which, in turn, has a substantial impact on yield and profits. However, it can be more difficult to predict frost than some other weather phenomenon, such as rain, due to the effects of microclimates and local terrain. Uruguayan company The Climate Box has developed a product that assesses the risk of frost for orchards and vineyards and can tailor passive and active frost protection measures for individual microclimates.

The system uses temperature data loggers placed at strategic locations around a farm. Following a calibration period, Climate Box utilises algorithms that take local topography into account to develop a model of the frost risk for each microclimate.

Using the numerical modelling of cold air flows, the company then offers actionable products for agriculturalists, such as microclimatic maps and frost risk assessments. The data is also used to generate recommendations for siting new farms, and potential frost control measures. Founded in 2019, the company has already analysed more than 60,000 hectares of land across Europe, the US, Mexico, Australia, and Uruguay.

The Climate Box recently closed an investment round led by The Yield Lab Latam, with the participation of the Spanish agribusiness investment group Label Investments and another angel investor.

Managing food production in the face of growing climate uncertainty and changing weather patterns is vital – and getting harder. This is why Springwise has spotted a growing number of solutions. Recent innovations in this sector range from the use of vertical farming to produce more crops, to boosting yields through the use of plant hormones that reduce stress.

Written By: Lisa Magloff

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A new genomics programme offers patients a chance to identify risk earlier
CategoriesSustainable News

A new genomics programme offers patients a chance to identify risk earlier

Spotted: There has been a growing interest in the uses of population genomics to innovate healthcare. These programmes combine clinical information with large scale genetic data to deliver information that can help individuals, researchers, and government and industry health programmes. One recent innovation is myGenetics, a population genomics programme developed by HealthPartners health system and genomics company Helix.

The myGenetics programme is a large-scale community health research programme that will integrate patient health records from HealthPartners clients with population genomics data collected by Helix to help identify areas of risk for individual patients. Similar programmes have helped as many as 1 in 75 participants discover and mitigate risks for serious health issues.

Those enrolled in HealthPartners’ health plan can register for the voluntary programme. They will be given genetic screening at no cost, which will include a variety of information. The programme will screen for some common cancers, heart disease, as well as regional ancestry, and other traits. The results will be used to provide patients with a detailed picture of hereditary health risks and to help care teams provide more personalised preventive care recommendations.

The project is explained by Steve Connelly, MD, co-executive medical director at HealthPartners, who says the company sees population genomics “as a critical step in our efforts to improve the health of the communities we serve across Minnesota and surrounding states. By understanding the role genetics play in an individual’s health, we can deliver more personalized care and improve the lives of our patients.”

Programmes like this, combining genetic testing with analysis and personalised treatment, are increasingly looking like the future of medical care. Other personalised health programmes we have recently seen include an AI-powered mental health app, a health-tracking platform powered by genomics and any number of wearable for home health tracking. 

Written By: Lisa Magloff

Website: healthpartners.com

Contact: healthpartners.com/contact/

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