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Healthcare Housekeepers Association expands across Canada

The Ontario Healthcare Housekeeping Association (OHHA) has rebranded as the Canadian Healthcare Housekeepers Association (HHA) to reflect the nationwide extent of its work.

The HHA has been expanding its mission to embody healthcare housekeeping and environmental services professionals across Canada.

Formed in 1957, OHHA has been dedicated to the advancement of the healthcare housekeeping and environmental services profession as an integral part of the healthcare team caring for patients, residents, staff and visitors in hospitals and long-term care facilities in Ontario.

Back in October 2020, the then-OHHA merged with ISSA to become a division of ISSA Canada.

A HHA statement says that “as the HHA, we can now fulfill our forefathers’ goal of becoming the leader and national voice of professional healthcare housekeepers across Canada.”

The HHA will now offer opportunities nationally for housekeeping /environmental services supervisors, managers, team leads and frontline staff through standardized educational programs, expanded resources, and networking opportunities.

The Canadian Healthcare Housekeepers Association will make its debut at the upcoming ISSA Show Canada being held on June 17, 2021, in a special sponsored education session. With a host of new cleaning and disinfection protocols becoming the norm moving forward through the remainder of the COVID-19 pandemic and beyond, cleaning and disinfection expert, Mark Heller, will outline the “Challenges of Infection Prevention and Control from an Environmental Services Perspective.”

CMHC report looks at prevelance of secondary units

A new CMHC report looks at secondary units in municipalities throughout Ontario and what contributes to disparities.

Developed using the Municipal Property Assessment Corporation’s (MPAC) database, CMHC researchers created a method to identify which properties in 28 Ontario municipalities contain a secondary unit, with Toronto having the highest ratio.

The report estimates that nearly one out of six ground-oriented homes in Toronto is equipped with a secondary unit, totalling approximately 75,000 units across the city.

“This report hopes to provide more accurate data and analysis on secondary units to housing stakeholders, particularly at the municipal government level,” said Anthony Passarelli, Senior Analyst with CMHC. “Along with the creation of new purpose-built rental apartment structures, secondary units help to address shortages of affordable rental housing.”

A secondary unit is commonly referred to as a basement apartment, accessory apartment, in-law suite or laneway home. Past attempts to estimate the number of these units, including by CMHC, were unsuccessful due to a lack of reliable data.

Estimated percent of homes with a secondary unit by municipality:

  • Brampton – 9.6%,
  • Sudbury – 8.9%
  • Thunder Bay – 8.4%
  • Mississauga – 7.4%
  • Ottawa – 3.3%
  • Hamilton – 3.1%

According to the study, basement apartments are the most common type of secondary unit, more prevalent in the older, established neighbourhoods that are highly coveted by renters due to their close proximity to their downtown cores and major amenities.

Municipalities with a low supply of purpose-built, condominium and subsidized rental housing, such as Brampton, Ajax and Barrie, tended to have a higher ratio of properties with a secondary unit.

Municipalities with persistently low vacancy rates, such as Toronto, Mississauga, Guelph and Kingston are more likely to have secondary units.

Due to their smaller floor area and design features, single-storey homes were more likely to have a secondary unit than other styles of homes.

For more on this study, visit Secondary Units in Ontario | CMHC (cmhc-schl.gc.ca)

The mass timber “wave” in North America

North America is experiencing a resurgence in the use of wood in construction with particular interest in building taller with mass timber.

“Obviously there’s a mass timber wave – some might even call it a tsunami – that’s rolling across not just North America but Europe as well right now. But is this the flavour of the day or something that has staying power,” said Paul Fast, founder of structural engineering firm Fast + Epp.

Fast was a speaker at AIBC Confab 2021 where he highlighted some milestone wood projects over the last several decades and discussed several factors that will influence mass timber use moving forward.

Wood buildings are not new, he said, noting most of Gastown’s older buildings have structures made of wood. Many old buildings feature timber trusses and timber decking on the roof. He then went on to discuss the timeline of the introduction of different engineered wood products such as glue laminated wood, TJI and laminated veneer lumber.

“When glulam hit, all of a sudden we could span longer distances…beams up to 60-100 feet long. It changed everything. It was revolutionary,” said Fast, citing the first Safeway stores in Vancouver as good examples of glulam use.

The widely publicized The Case for Tall Wood Buildings by architect Michael Green and Eric Karsh of Equilibrium Consulting was a major step forward in popularizing mass timber construction. The study encourages architects, engineers and designers to push the envelope of conventional thinking by demonstrating that wood is a viable material for tall and large buildings and exposing its environmental and economic benefits.

“I think we can say with quiet pride here in B.C. that a lot of the interest in mass timber was generated not in small part to some of the work by B.C. architects,” said Fast.

Since then, many tall wood buildings have come along including The Wood Innovations and Design Centre in Prince George and Brock Commons Tallwood House at UBC.

Fast went on to discuss some current projects including parkades in Switzerland and Germany, which were constructed entirely with glulam post and beam framing and CLT floor panels. “So it’s not beyond the realm of possibility to construct parking structures with mass timber,” he noted.

Walmart is building a new home office campus (18 buildings) in Bentonville, Arkansas. The project will use 1.1 million cubic feet of CLT, demonstrating their corporate commitment to green building design. Construction of the first building is taking place this summer, said Fast, noting that the massive project also led to Walmart investing in B.C. based Structurlam to open a CLT plant in Arkansas to supply the material.

The U.S. has nearly 600 projects in design using mass timber and there will be more, he said.

As for the future, Fast touched on five factors that will influence mass timber construction: manufacturing capacity, technological change, political, nature and cost.

“Manufacturing capacity is in good shape to meet demand that’s going to come in the next several years,” he said, adding code changes will also have a positive impact. “We will see more code changes that will make it readily acceptable to use mass timber in taller larger buildings.”

Technological advancements for improving fire resistance for wood buildings could also be key.

“Right now we have to rely on charring to achieve 2-3 hour fire ratings for going tall with mass timber. If in fact, we find other ways to treat the wood so we don’t have to increase the volume of wood that we use to achieve those types of fire ratings – that will also improve prospects for mass timber use in the future,” said Fast.

Carbon is the big question mark. Will there be mandated carbon levels by governments in the future? Concrete carbon capture research is taking place, said Fast, so if that really moves in a positive direction, that could have an impact on where mass timber goes in the future.

“In B.C., there’s a drive in process to see more implementation of mass timber – that’s a mandate of the current government. There’s an advisory board in place to advise them on that direction,” said Fast, noting in his view B.C.’s Wood First Policy has “had very little bite particularly in design-build projects – no enforcement of that mandate.” But with the new mass timber advisory council, wood should be getting more serious consideration in every public building project.

Cheryl Mah is managing editor of Design Quarterly.

First condo coming to B.C.’s Lakestone community

The natural setting of Lake Country, British Columbia, inspired the architecture of what will become the first condo project in the Lakestone community, located in the Okanagan Valley.

Zara at Lakestone is a new resort-style development that promises the lifestyle of a five-star resort coupled with the comforts of home. The collection of just 86 one, two and three bedroom lock-and-leave residences includes six luxury two-storey penthouses, with panoramic lake, forest and mountain views, and oversized covered balconies that offer year-round indoor and outdoor living. Zara will also be exempt from B.C.’s speculation and vacancy tax.

Lakestone

Mirroring the mountains that frame Okanagan Lake, Zara’s architecture features an extensive application of stone, timber and glass that builds a lasting connection to the natural landscape.

“Zara is the only condominium project in Lakestone and will offer residents a resort lifestyle
with an extensive range of wellness-centric building amenities including an infinity pool, hot tub, fire pits, fitness centre, sauna, event space and retail shops including a future restaurant,”
comments Amir Haque, principal at Dominium Inc., developer of the project. “The homes we have designed are spacious and have all the features to be a permanent residence including kitchens with large islands for entertaining and signature wine bars, large walk-in closets, dens for remote working, and expansive covered decks.”

Lakestone

Lakestone was recently awarded the 2020 Community Development of the Year by the Canadian Homebuilders’ Association.

“When we chose this location for Zara two years ago, we were excited by Lakestone’s extensive amenities and the short drive to the international airport, upscale wineries and restaurants” states Haque. “Many people from out of town are currently looking to buy a vacation property or move permanently to the Okanagan Valley right now. We feel that Zara will be a great choice for these buyers given it’s out of the speculation tax zone and in one of the most desirable communities in the country.”

SOMA on Cambie rises in Vancouver

GBL Architects recently completed the multifamily residential development SOMA on Cambie, located in Vancouver, British Columbia.

At 28,000 square feet, the development aligns with Vancouver’s overarching plan for higher density land use developments, contributing to a more sustainable and livable neighbourhood along Cambie Street, one of the city’s main transit corridors.

The six-storey multifamily development includes thirty-two units; nineteen have been designed for families with children. The residential units can be accessed through the two underground parking levels or at grade through the main pedestrian entrance located along Cambie Street.

SOMA on Cambie

Photo by Upper Left Photography.

While urban design guidelines typically prescribe multiple step backs on all sides, the size and shape of the site allow the building’s mass to differ from its neighbours. Located at the southeast corner, above the public entrance, a six-storey brick elevation is expressed without a horizontal break. The other elevations follow the traditional step-backs above the third and fourth floor to reduce the perceived height of the building.

The extensive use of masonry cladding reinforces the monolithic expression of the building. A subtle sheen of dark brick increases tone variations throughout the day, with its rough texture contrasting with the glazing. Box-like frames protrude outwards from the window openings along the south and west elevations offer protection from the sun, reducing excessive heat gain during summer.

SOMA on Cambie

Photo by Upper Left Photography.

Careful design considerations were given in the creation of a comfortable interior environment for the residents. The low window to wall ratio with the use of continuous insulation reduces heat loss, creating significant energy savings.

Photo by Upper Left Photography 

IEC publishes new floor machines standard

The International Electrotechnical Commission (IEC) has issued a new safety standard for floor machines.

The new standard deals with the safety of powered automatic floor treatment machines intended for indoor commercial use applications including sweeping, scrubbing, shampooing, polishing, and waxing.

It notes that automatic floor treatment machines covered by this standard are designed to avoid hazardous contact with persons in the environment in which they are applied. It adds that it is recognized that automatic floor treatment machines for commercial use might require operation within close proximity to large groups of people, such as in shopping malls and schools.

The uptake in the use of automatic floor scrubbers has increased across numerous sectors in recent years as facility managers look for more effective and efficient ways to ensure cleanliness. That market expansion is thought to have been accelerated by the COVID-19 pandemic.

A new report recently suggested that the market will grow at a compound annual growth rate of over 8 per cent between 2020−2026, driven by growing demand for cleaning technologies, a greater inclination toward sustainability, and a rising call for cleanliness in industries like hospitality. Automatic or autonomous floor scrubbers are leading the way as the fastest-growing category in the mobile robot market between 2020 and 2030.

IEC also covers the internationally accepted level of protection against hazards such as electrical, mechanical, thermal, fire, and radiation when operated in normal conditions in accordance with manufacturers’ instructions.

Read the full standard.

 

Ontario to tweak electricity rebate criteria

A proposed regulatory clarification would ensure that all residential customers benefit equally from the Ontario Electricity Rebate (OER). A recent posting on Ontario’s regulatory registry suggests the government will explicitly state that separately metered hydro accounts for common areas of multi-residential buildings will qualify for the rebate, which currently provides an 18.9 per cent discount on the pre-tax costs of electricity consumption, transmission and distribution.

Common area accounts registering more than 250,000 kilowatt-hours (kWh) of consumption annually have been somewhat in limbo since the provincial government introduced the OER in November 2019. They receive the rebate under a grandfathering provision that’s slated to end on October 31, 2021, after which, the Ontario Energy Board (OEB) has determined they do not meet the criteria set out in the enabling regulation. Meanwhile, the rebate does apply on all the same electricity-using elements for any amount of consumption in a bulk-metered building, where a single hydro accounts covers the common areas and all residential suites.

Proposed regulatory amendments would redefine eligibility for the rebate to address the uncertainty around large common area accounts, mobile home parks with year-round residents and multi-residential formats with shared kitchen and bathroom facilities. The Ministry of Energy, Northern Development and Mines is accepting comments until July 26, 2021.

The science behind surface contamination

Contamination of environmental surfaces plays an important role in the spread of infections like gastroenteritis, hepatitis, rotavirus, and norovirus. The threat of spread via surface contamination is particularly prominent in indoor facilities such as convention centres, restaurants, hospitals, schools, daycare centres, and institutions for the elderly.

Many enteric viruses have been associated with infections via hand and surface contamination. High-touch surfaces such as door handles, clothes, telephones, toilet seats, flush handles, handrails, thermometers, gloves, and papers can be easily contaminated and serve as vehicles of transmission for the virus.

Surfaces or objects can be contaminated by:

  • Deposition of virus particles from the air (the greatest threat is on upward-facing surfaces)
  • Direct emission through coughing, sneezing, talking, breathing, etc
  • Aerosolization of enteric viruses due to vomiting, diarrhea, and toilet flushing (the threat is highest on surfaces near sources)
  • Hand touching (the threat is greatest on high-touch surfaces)

What influences virus survival on surfaces?

According to Dr. Gavin Macgregor-Skinner, director of the Global Biorisk Advisory Council (GBAC), a division of ISSA, the prevention of enteric virus-related infections requires a strong understanding of virus persistence in the environment and the role of contaminated surfaces and objects in virus transmission.

Factors that influence survival of enteric viruses on surfaces include the virus itself, surface properties, and extrinsic environmental factors, such as temperature or humidity.

Enteric viruses are nonenveloped and have been reported to persist on surfaces for several weeks to month, with Hepatitis A virus and rotavirus proven to be particularly resistant. Available data suggests that most viruses persist longer on nonporous surfaces, but this also depends on the viral type.

Environmental factors including air temperature and humidity can also play a part, but the length of virus viability may also depend on the cleanliness of the surface. In particular, low temperatures have been reported to promote a longer persistence, and decreases in humidity can preserve the infectivity of hepatitis A virus, rotavirus, and adenovirus. Humidity level is thought to play an important role in virus persistence in the environment, and it has been suggested to explain the seasonality of rotavirus infections.

Evidence of surface transmission

Direct evidence of surface contamination and resultant virus transmission is difficult to obtain because other routes, such as person-to-person transmission, are usually suspected.

Examples of enteric viruses found on surfaces and fomites associated with disease outbreaks include:

  • Rotaviruses on fomites in child daycare centres, pediatric hospital units, and hospital intensive care units; and on toys associated with an outbreak in a pediatric oncology unit.
  • Noroviruses found on surfaces and objects around patients during outbreaks in hospitals, hotels, aircraft, and cruise ships.
  • Adenovirus contamination of surfaces in hospitals and pediatric units.
  • Astroviruses on environmental surfaces detected during a hospital outbreak.

The U.S. Centers for Disease Control and Prevention (CDC) states that adenoviruses spread from infected people to others through close personal contact, such as touching or shaking hands, via the air by coughing and sneezing, and by touching objects or surfaces with adenoviruses on them then touching your mouth, nose, or eyes. They can survive on surfaces for more than one month between 39-68°F (4-20°C) and survive longer on paper than on aluminum.

Meanwhile, astroviruses can survive for a long time on both porous and nonporous surfaces, mostly at low temperatures and on porous surfaces. Enteroviruses like coxsackieviruses can remain viable on hard, nonporous surfaces for upwards of two weeks in conditions of high and low temperature and humidity. Hepatitis A can survive for more than two months on surfaces and has better resistance on nonporous surfaces — for instance, it can remain infectious for at least one month at room temperature on the flush handle of a toilet. Norovirus can make a person sick through only a minimal amount of norovirus particles, which can remain infective beyond 70 days on stainless steel and plastic at both 44°F or 7°C and room temperature. Finally, rotavirus is particularly resistant to most disinfectant products and can survive for a few hours on human hands and days on hard surfaces. It had also been found to remain infectious on a metal surface for at least two months at various temperatures and humidity levels. Surfaces likely to be contaminated include infected individuals’ hands, doorknobs, sinks, toilets, and faucets.

The role of surface contamination in disease spread

Surface contamination can cause a knock-on “network” effect wherein more and more surfaces get contaminated if not sufficiently disinfected.

Studies conducted on aeroplanes concluded that the commonly repeated advice to wash hands frequently might be replaced by more strategic advice, such as to immediately clean surfaces or advice based on who should wash their hands, and when.

Macgregor-Skinner concludes that “we know that contaminated surfaces and objects can transmit diseases and improving surface cleaning and hand hygiene can decrease infection.” He notes the CDC recommends cleaning and disinfecting high-touch surfaces on a more frequent basis than minimal-touch surfaces.

“In practice, the most significant public health gain would be implementing a strategy involving more routine surface cleaning and disinfection and increased hand hygiene practices to significantly reduce the risk of viral transmission in any indoor space.”

CRE sussed for circular economy applications

The Buildings Owners and Managers Association (BOMA) of Canada has flagged 11 relatively common property and facilities management practices aligned with recapture and reuse of materials and elimination of waste. BOMA members and other interested parties are asked to complete a short online survey, indicating the current uptake of such programs within their organizations.

That’s ahead of the upcoming launch of BOMA Canada’s new Circular Economy Guide for Commercial Real Estate, exploring how the concept of a complete elimination of waste through a combination of product design, conservation and recovery strategies might apply in the industry. The survey will help gauge understanding of and interest in the circular economy, as well as polling respondents on their sustainability priorities and needs for supporting resources.

It’s projected the six multiple choice questions will take about three minutes to complete, but there is an additional opportunity to provide extra written comments. BOMA Canada also plans to host a webinar on the topic later this month.

WorkSafeBC makes changes to hard hat rules

WorkSafeBC is making changes to B.C.’s Occupational Health and Safety Regulation on safety headgear. It will make job sites more inclusive for people who wear religious head coverings without compromising workplace safety.

“Creating more inclusive workplaces is a priority for our government, and we have been advocating for a change to the safety headgear regulations for a long time,” said Harry Bains, Minister of Labour. “We are building an economy that benefits everyone, which includes ensuring safe workplaces are inclusive to people regardless of their faith.”

Starting on Sept. 1, 2021, employers will be required to review each area of a job site when determining if a person must wear safety headgear, such as a hard hat, in that area. Employers will determine, through a risk assessment, what safety precautions could be taken to prevent head injuries and whether a hard hat is necessary.

In B.C., workplaces are governed by the Occupational Health and Safety Regulation, which lays out the rules around workplace safety. In some workplaces, safety headgear, such as hard hats, is used to protect workers from head injury from falling objects and other hazards. In many workplaces, employers have approached the regulation with a blanket rule requiring all workers to wear a hard hat on the job, even in areas where the level of risk may be low or non-existent.

This regulatory change provides more opportunities for employers to safely accommodate workers who wear head coverings, such as a turban, as a religious practice. For many years, the Sikh community has raised concerns about not being able to fully participate in the workforce because of some employers’ approach to the safety headgear requirement.

Bains initiated a request in 2019 asking WorkSafeBC to review safety headgear regulations and consider changes to make them more inclusive. WorkSafeBC held extensive public and stakeholder consultations in 2020 and early 2021. Employers, industry associations, workers, unions and community leaders shared their perspectives on the proposed changes, which were considered as part of the decision. On April 27, 2021, the WorkSafeBC board of directors approved a regulatory change to Part 8 of the Occupational Health and Safety Regulation dealing with safety headgear.

After the changes take effect on Sept. 1, 2021, WorkSafeBC will continue to conduct inspections in the industries with the highest risk of serious injuries. To ensure employers are aware of and understand the changes to the regulation, WorkSafeBC will send information to employers prior to the regulations coming into effect. The information will include information on each of the regulatory changes, which will include links to the revisions and any appropriate guidelines.

New partnership supports net-zero carbon concrete

A partnership between the Government of Canada and Cement Association of Canada will advance global leadership in low-carbon concrete production and support a roadmap to net-zero carbon concrete.

This partnership and the resulting roadmap will position Canada’s cement and concrete industry to become a global leader in low-carbon cement and concrete production and related clean technologies.

The roadmap will provide Canadian industry with guidance on technologies, tools and policies needed to reach net–zero carbon concrete by 2050, including on:

  • supporting the development of a low-carbon emissions supply chain in Canada and beyond through a data strategy, industrial standards, procurement and promotion;
  • coordinating across the sector and government on high-potential research and investments to develop new technologies, products and processes that reduce the amount of carbon released in the production of cement and concrete; and
  • engaging with federal, provincial and territorial partners, manufacturers, providers of cleantech solutions, and other stakeholders to fulfil the vision of global leadership in low-carbon cement manufacturing toward the goal of net-zero carbon concrete. This will be supported by tools and policies, such as Canada’s strengthened climate plan, the Clean Technology Data Strategy and new measures proposed in Budget 2021.

As part of this partnership, an industry-government working group will be established to support the decarbonization of the sector. It will be led by the Cement Association of Canada, the National Research Council of Canada and the Standards Council of Canada, in collaboration with Innovation, Science and Economic Development Canada.

“The Canadian cement and concrete industry has consistently supported strong action on climate change. We proactively champion not only innovation in the manufacturing of cement and concrete but also innovative partnerships to advance the policy solutions needed to meet Canada’s climate objectives,” said Marie Glenn, chair, Cement Association of Canada.

Condo finances feel the COVID effect

As one would imagine, the pandemic is affecting condo finances and causing corporations to spend a lot more money than they were expecting in various areas.

First and foremost, condominiums had to buy personal protective equipment for their common areas such as lobbies and security desks. Many condos purchased plexiglass barriers and other equipment to protect their employees, which are not considered major repairs or replacements. Therefore, these items were not eligible to be charged to the reserve fund and had to be taken from the operating fund. This theme will repeat itself whereby many of these COVID-related costs which were unbudgeted will, in turn, cause negative variances in the operating expenses.

Condo boards also had to purchase significant amounts of cleaning supplies, especially hand sanitizer and dispensers, as well as other important disinfectants, to keep common areas clean and safe. Once again, as these were new items or cleaning supplies, they could not be taken from the reserve fund and subsequently inflated the operating expenses.

While these costs were significant, they did not create as much of a financial issue as the following important line items in the budgets, which unfortunately had a very negative impact on overall expenses during the past year.

Water is absolutely the largest single negative consequence of this pandemic. Since many residents have stayed home to work over the last year, there has been a tremendous increase in water expenses. Hundreds of condominium clients revealed increases of anywhere from 10 per cent up to 40 per cent. In a typical high-rise building, the water expenses can be between $100,000 and $200,000 per year. It follows that if those expenses were to increase by approximately 15 to 20 per cent, it would have a significant effect on the budget.

That being said, in some newer condos, the owners pay for their own water consumption. In those cases, it will not affect the condo’s budget but instead each resident’s own monthly water bill.

The other expense category that has been causing financial pressure on condos is cleaning contracts and concierge/security contracts. Many corporations have increased the duties of the cleaners and/or the security staff in order to ensure common areas are safe and sanitized. Given that these contracts are usually fixed monthly amounts in condo budgets, an increase in these services will have an immediate and negative impact on the year-end financial results.

The pandemic has altered an interesting and often overlooked item in the budget, which is not a cost at all, but a loss of revenue. Many condo corporations have guest suites and party rooms that are rented out. This provides a significant amount of revenues that are budgeted for and help offset some of the operating expenses each year. Often these revenues can be budgeted in the range of $20,000 to $50,000 per year. With varying restrictions on gathering and non-essential travel, these revenues have all but disappeared during the past year, which leaves the budget short once again.

To add insult to injury, there is one more expense that has increased beyond any of the aforementioned items and was not related to COVID-19 but nonetheless could not have come at a worse time. In the past year, insurance increases in many condominiums have been significant, ranging from 10 per cent to as much as 30 per cent in the past year. Adding this on top of cost increases from the pandemic has created significant headaches for the boards of directors and management when trying to create new budgets for the next year. This is further complicated when considering the ability of the owners to absorb further increases in condo fees during this challenging time.

The pandemic has not affected budgets of commercial condominiums to the same extent as residential. Some expenses have actually decreased due to employees working from home and the unfortunate closing of many businesses. For example, since commercial condos were often empty over the last year, utility expenses have had positive variances from budget and in some instances have actually resulted in some surpluses.

Lessons from unexpected changes

What lessons can we learn from these unexpected changes to the revenues and expenses of condo corporations? The important lesson is strategic planning and budgeting. For years, we have consistently supported the concept of the board of directors leaving a “cushion” in the operating fund or creating a contingency fund to leave some money aside for unexpected events, such as this unimaginable pandemic. Those condo corporations that had saved extra funds have been able to weather this storm without having to increase condo fees in any significant way. However, those condos that have been operating in a deficit or with little to no surplus are now having to figure out how to pay for these significant unbudgeted expenses.

At the end of the day, there is really only one group from whom to obtain the money needed to pay these new bills and that is the owners. Unfortunately, many boards will now have to increase monthly condo fees by a significant amount or even pass a special assessment onto the owners to cover the deficits. At a time like the one we find ourselves in now, this will not be an easy task, nor will it be well received by the owners.

Consider putting some money aside, whether that be into an operating fund or a contingency fund. If owners question this decision, just remind them of the above unexpected consequences of the COVID-19 pandemic.

Stephen Chesney is a chartered accountant and partner with the firm YalePGC, LLP in Richmond Hill and currently specializes in the auditing of Ontario condominium corporations.

Bill Chomik awarded 2021 Tom Sutherland Award

Kasian principal William (Bill) Chomik, Architect, AAA has been awarded the Tom Sutherland Award in recognition of his design expertise, community service and leadership in the field of architecture.

The Tom Sutherland Award was created in 2017 to recognize a member of the Alberta Association of Architects (AAA) who has exemplified the leadership qualities and commitment to community service of the late Tom Sutherland. Chomik was recognized as the recipient of the 2021 Tom Sutherland Award at the AAA’s 2021 Annual General Meeting.

In his acceptance speech Chomik said, “to be judged as having the qualities of leadership and service in both the profession and the community at large as Tom possessed is, to say the least, humbling.”

Chomik was first registered as an architect with the AAA in 1985 and has worked on more than 700 buildings over the course of his career. He has gained a reputation as the most knowledgeable planetarium architect in the world, with the Calgary Science Centre planetarium being the first of the 25 he has designed around the world.

He has received many awards, including a Governor General’s Award for Architecture and a City of Calgary Mayor’s Urban Design Award, alongside international recognition, receiving honorary fellowships with the American Institute of Architects and Federación de Colegios de Arquitectos de la República Mexicana Ac.

Throughout his career Chomik has also accumulated an extensive record of community service, including serving as a community member of the University of Calgary Senate since 2015 and chair of the City of Calgary Urban Design Review Panel from 2005-2007.

“His work has not only bolstered Kasian’s reputation as one of the top architectural and design firms in North America, but he has also raised the bar for justice centres, science centres, arts facilities, and buildings around the world. Locally, Bill has provided extraordinary service to the community, while serving on many charitable and public boards,” said Don Kasian, president.

Does smart washroom technology cause privacy issues?

The proliferation of washroom technology is creating something of a new standard for facilities. But does it cause inherent privacy issues?

That question has been assessed by the European Cleaning Journal, which has taken a look at how washroom technology affects traditional ideas of privacy.

Nowadays, so-called “smart” washrooms offer a great deal of hitherto non-existent bells and whistles. In addition to the trend of touchless installations, which had existed before the COVID-19 pandemic but have become increasingly common in the new world of enhanced cleaning and disinfection, this sort of washroom technology can do everything from count the number of visitors to gather data to check users’ health.

The Journal notes, though, that some public facilities are breaking new ground.

A Japanese company, Toto, is developing a lavatory that uses artificial intelligence to analyze human waste, as well as using sensors in toilet seats to record pulse and blood pressure data. Meanwhile, New York’s Rochester Institute of Technology has pioneered a cloud-connected toilet that can track similar data.

Not all of this type of innovation is new, but it’s being found in increasing numbers and in increasingly varied forms. And there’s a debate raging around the extent of the privacy concerns that sparks.

Some public toilets in China have employed facial recognition technology to limit people’s use of toilet paper with the aim of minimizing waste and reducing over-consumption. Amid concerns that data could be stored and used elsewhere, the use of such facial recognition dispensers was halted in some parts of the country in December 2020.

Similar wariness has been shown elsewhere in the world. For example, a “wellness” toilet recently developed at the University of Wisconsin-Madison, which contained sensors for assessing the user’s sleep patterns, exercise, medication, and alcohol and caffeine intake, sparked fears about the sensitive information being hacked.

Time to hit the brakes?

So, where should the line be drawn?

Essity’s Tork EasyCube uses connected devices in washrooms to gather data on dispenser refill levels and visitor numbers, which can be accessed remotely by cleaners. “Data-driven cleaning provides cleaners with real-time information that allows them to work out where they are likely to be needed most – and when,” said communications director Renée Remijnse. “The use of this data and connectivity in general can result in many gains in terms of efficiency and washroom quality.”

However, while Remijnse says there is value in smart washroom technology that can perform health analysis, particular innovations like facial recognition systems for limiting paper use like those utilized in China are a step too far as they aren’t necessary to achieve the end goal. “A single-sheet dispensing system will reduce the amount of toilet tissue taken out at any one time while also ensuring continuous refill availability,” she said.

Ultimately, she stresses, ensuring privacy is paramount. “People don’t want to feel watched – especially when they’re in the washroom.”

RELATED: Rethinking the restroom experience

Diversey’s retail and distribution European marketing director Angelika Koppe agrees, noting that “in my personal view, this is an invasion of privacy.” she said.

One innovation Koppe does see high value in is washroom monitoring systems. This technology can automatically flag up when a certain number of visitors have visited a washroom, thus providing key indicators for cleaning schedules, and can also help to monitor refill levels for soap and paper towel dispensers.

“I think this is the future,” she notes. “This will be a real benefit and will ensure washrooms stay clean while also offering a consistent level of hygiene.”

As washroom technology continues to focus on health monitoring and connectivity, it certainly seems fair to say that these innovations should only be employed with visitor consent.

Canadian workers not keen on return to offices

The landscape of office cleaning and maintenance, which has evolved over the last 15 months of the COVID-19 pandemic, may never be the same again. A major factor in how office maintenance may shift in the long term is that the vast majority of Canadian workers seem to have no intent or desire to return to the office on a full-time basis.

A recent poll by Leger and the Association for Canadian Studies found that 82 per cent of Canadian respondents who have worked from home during the pandemic found the experience to be very or somewhat positive.

Just 20 per cent want to return to the office every day once they can, and another one-fifth (19 per cent) said they never want to go back. In fact, 35 per cent of those surveyed in Canada even agreed when asked that they would begin hunting for another job that would allow them to work from home if they were ordered to return to the office by their current employers.

The top three reasons for preferring to continue to work from home were convenience, saving money, and increased productivity.

That doesn’t mean Canada is ready to abandon the office entirely, though. Almost 60 per cent of those surveyed said they would prefer to return to the office part-time or occasionally.

For those office facilities that do have workers returning now or in the future, it is more crucial than ever for organizations to provide clean, safe, and healthy environments for staff and visitors.

The survey queried 1,647 Canadians and 1,002 Americans between May 21 to 23.

Research informs circadian-effective lighting in schools and hospitals

The Lighting Research Center (LRC), at U.S.-based Rensselaer Polytechnic Institute, published guidance documents for designing circadian-effective lighting in K-12 classrooms and hospital patient rooms, while limiting increased energy use to the greatest extent possible.

The documents, released earlier this year, provide background information and summaries of recent research into the benefits of such lighting. For circadian entrainment and improvements in sleep quality and psychological health, high daytime light levels at the eye are necessary, followed by low evening/nighttime light levels in order to achieve a robust 24-hour light-dark pattern. However, the recommended light levels in K-12 classrooms and for general (non-exam) lighting in hospital patient rooms are generally too low for daytime circadian stimulation.

Providing the necessary light levels using design strategies typically intended to deliver illuminance to the horizontal workplane (as opposed to vertical illuminance at the eye) can have the unwanted result of increasing energy use compared to lighting installations designed with only visual performance in mind.

“With increased importance given to the health-related effects of lighting in many applications – especially in education and healthcare – the design community finds itself with a new challenge of delivering sufficient vertical illuminance for circadian stimulation without dramatically increasing lighting power demand,” said Charles Jarboe, a research scientist at the LRC and one of the lead authors of the guidance documents. “But providing energy-efficient and healthy lighting does not have to be an either-or proposition.”

The guidance documents are available at:

https://www.lrc.rpi.edu/programs/energy/energy_design.html

and

https://www.lrc.rpi.edu/programs/energy/energy_lights.html

Emil Anderson awarded highway maintenance

Emil Anderson Maintenance is assuming highway maintenance for Service Area 20, the Robson area, located in north-central British Columbia at the crossroads of the Trans-Canada/Yellowhead Highway 16 and the Yellowhead Highway 5.

This highway maintenance contract was awarded following a request for proposals that was posted to BC Bid from Feb. 9 to April 7, 2021. It comes into effect Sept. 1, 2021, and has a standard term of 10 years with an option for a three-year extension.

Emil Anderson Maintenance is also the current highway maintenance contractor for Service Area 7 – Fraser Valley, and Service Area 26 – Skeena.

The Ministry of Transportation and Infrastructure’s maintenance contracts for all service areas require high standards and a proactive approach when a severe weather event occurs, including:

  • frequent communication with the public about rapidly changing road conditions during severe weather events and other incidents affecting travel on B.C. roads,
  • returning Class A highways to bare pavement within 24 hours of a winter weather event, at -9 C or warmer,
  • patrols every 90 minutes on a Class A highway during a winter storm, and
  • patrols every four hours when a weather event is forecast.

The ministry is working closely with all private contractors and WorkSafeBC to ensure health and safety are maintained for all workers throughout the COVID-19 pandemic.

Private contractors maintain nearly 47,000 kilometres of road and 2,800 bridges in some of the most challenging terrain in Canada. Crews apply 750,000 tonnes of winter abrasives and 100,000 tonnes of salt to over 1.2 million kilometres of highways annually throughout B.C.

The value of these 28 highway maintenance agreements is approximately $420 million annually.