Trò Chơi Toilet

[Pavido Scalf]

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Technologies for the longitudinal monitoring of a person's health are poorly integrated with clinical workflows, and have rarely produced actionable biometric data for healthcare providers. Here, we describe easily deployable hardware and software for the long-term analysis of a user's excreta through data collection and models of human health. The 'smart' toilet, which is self-contained and operates autonomously by leveraging pressure and motion sensors, analyses the user's urine using a standard-of-care colorimetric assay that traces red-green-blue values from images of urinalysis strips, calculates the flow rate and volume of urine using computer vision as a uroflowmeter, and classifies stool according to the Bristol stool form scale using deep learning, with performance that is comparable to the performance of trained medical personnel. Each user of the toilet is identified through their fingerprint and the distinctive features of their anoderm, and the data are securely stored and analysed in an encrypted cloud server. The toilet may find uses in the screening, diagnosis and longitudinal monitoring of specific patient populations.

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Reducing Impact and Consumption

The component of this building that has piqued the most interest is unquestionably the use of composting toilets. This waterless system enables the building to be disconnected from the sanitary system. The aerobic composting system is continually ventilated and reduces the volume of waste by 90 percent. The end product is a humus-like soil amendment product that is rich in nitrogen and other useful elements. Returning nutrient-rich humus to the earth restores depleted soil conditions.

The benefits of composting toilets are significant. For example, the system not only saves over 1500 gallons of potable water per day, it also reduces the load on the existing sanitary system by at least the same amount. If each new building at UBC were to use composting toilets, the existing sanitary infrastructure would not need to be expanded. The same principle applied city-wide could eliminate the need to expand central sewage treatment plants.

Embodied Energy in Construction

Reused heavy timbers from the Armouries building previously located across the street and reused red brick cladding from the streets of Vancouver give the Choi Building an aesthetic that is rich in history and energy efficiency. Many additional reused and recycled materials are also incorporated in the building.

The exact total of energy saved from extraction, transportation, refining and production of these materials has not yet been tallied. This number is expected to be substantial as it is estimated that more than 50% of the total materials are reused or recycled. Benefits in reduced greenhouse gas emissions are important as are the savings to the earth's limited supply of natural resources.

Operating Energy Over Time

Inside the Choi Building, spaces are so filled with daylight that the power consumption for lighting is less than half that required for typical office buildings. Offices have manual light switches; however, controls systems dim lights if adequate daylight is available or turn off lights if a room is vacant.

Operating energy is also reduced by the elimination of a traditional ducted air system. The building relies on natural ventilation with a few fans to assist when necessary. Operable windows and fresh air vents under each window allow a continual flushing of fresh air through the building. The cool fresh air rises as it warms through a series of high atria. When the warm air exits the building through louvres high in the atria, fresh air is simultaneously drawn in through the window vents. In total, the energy saved from the Choi Building in one year will power four Vancouver residences.

Liveable Working Space

For any building to achieve longevity and in turn be sustainable, it must be a place where people like to work or live. The occupants of the Choi Building enjoy natural daylight to work in and 100 percent fresh air at all times. Air quality within the building is improved through careful selection of building materials, finished products and construction practices. For example, the carpet is laid without adhesives, millwork is constructed from formaldehyde-free materials and finishes are solvent-free, low emission products. Features such as direct venting of the copy machines areas help to maintain good air quality over time.

As a leader in the community, the University of British Columbia sets goals and values for the community to emulate. The C. K. Choi Building is an example of a sustainable approach in the building industry. It is rewarding to see that interest to date has come from not only the local community but also from many corners of the world. As the construction of this project is finished, it is now those who will occupy and maintain the building who will face the next challenge of this project: to set new standards in sustainable operations.

Award-Winning Features

The C. K. Choi Building has won the 1996 Building Owners and Managers Association's Earth Award. The BOMA Earth Award is a new opportunity to recognize and promote "environmental friendliness" in commercial buildings. The following environmental aspects of the building were considered for the award:

Energy Usage: Based on a Building Simulation Energy Study, this 30,000 sq. ft. office building exceeds its Ashrae 90.1 prototype building by 57 percent The total electrical savings are 191,603 kWh per year. For this achievement, B.C. Hydro provided a $44,121 incentive to the Owner under the New Building Design Program. Some of the key energy savings features include: retaining an existing stand of trees along the 300 foot western edge of the building to reduce cooling loads; utilizing building forms that enhance internal stack effects to provide air change through natural ventilation and localized fans (no large mechanical air handling system); utilizing building forms that enhance daylighting to reduce reliance on electric lighting and reduce cooling loads; incorporating daylight sensors and occupancy sensors to minimize unnecessary use of lights; incorporating high efficiency luminaries with lower ambient lighting levels and task lights where appropriate; exceeding the R-values suggested under Ashrae 90.1 for walls, ceiling and glazing; careful attention to detailing and construction methodology to minimize heat loss through thermal breaks etc.; utilizing waste heat in an existing steam vault adjacent the site to preheat domestic water.

Water Conservation: Significant water savings are realized through a series of features. Composting toilets installed in this project do not require water for flushing. City water is generally only required for the low flow lavatory faucets (spring loaded to further reduce waste) and kitchen sinks. Irrigation of site planting material is provided solely from collected rain water (stored in an 8,000 gallon subsurface cistern) and recycled gray water from the building. Projected water usage is approximately 300 gallons per day.

Waste Management: Sanitary waste is eliminated through the use of the composting toilets. Waste from sinks is processed on site through a subsurface gray water recycling system and then used for irrigation. This combination eliminates the sanitary connection for this project. The significant amount of reused materials and products with recycled content in this building (60 percent of primary wood structure, 100 percent of exterior brick cladding) address waste management by diverting materials from landfills. In addition, a comprehensive waste management plan was implemented during construction. The site separated and recycled waste materials diverted more than one half of the waste generated on site from the landfill.

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