The heating vat for recovery of waste cooking oils is made of stainless steel. Its new design provides an optimal ratio between heat dispersal and energy conservation.
The shape and design of the vat reduce the risks of oil leakage which usually results from weak solder joints.
This container designed to recover waste cooking oils runs with a convection system. Recovered cooking oils are transformed into biofuels.
Fat hardens in the colder months of winter. Emptying the container thus becomes impossible. Fortunately, the double-walled container allows for the installation of a hot-air system that will heat the oils within the container. The smooth polyethylene surface will then release the oil with ease.
This two-yard container is impact resistant, all year long, and requires little to no maintenance, as opposed to most of metal containers. It is aesthetically designed, durable and 100% recyclable. What’s more, it prevents mould formation. Resistant to saline air, this container is perfect for seaside applications and harsh environmental conditions.
This four-yard container is designed for Tim Hortons restaurants. The thousands of used coffee filters can sure be recycled, but moist coffee grounds stick to the walls of steel containers during winter. Thanks to the rounded shape of this container made of rotationally moulded polyethylene, the unmoulding becomes easy, and the coffee grounds are released in bulk.
This six-yard or eight-yard container is designed to recover recyclables at multiple unit residential buildings. The collection is performed by a front-loading truck with a lifting fork. The request for the mass recovery of recyclables came from municipalities.
The container suits buildings of eight units and more. The visual DNA corresponds to that of a recycling bin made of plastic. The user’s learning curve is more natural with that device, in comparison to other steel containers intended for waste disposal.
The injection-moulded pool steps can be shipped via mail. The challenge during design was to combine size and robustness, and to meet the applicable pool safety standards.
Heat pump with evaporator, compressor and ventilation damper. The machine’s body is made of thermoformed plastic. Factory assembly is thus easier and cheaper.
Variable power heat pump produced from thermoformed ABS.
The initial project consisted in building a shell to house the mechanical parts and electronics of the heat pump, and to leave as much room as possible for the evaporator.
Very compact pool heat pump produced via thermoforming.
Commercial heat pump made of powder-coated, folded steel sheets. It has been made especially for Olympic-size and commercial pools.
The fork openings have been designed to distribute the weight of the components evenly, and to facilitate the transport by pallet truck or power lift truck.
Mid-century and contemporary design unite to modernize this classic piece from the fifties. With its refined, flared legs, and its aluminum design, this furniture is perfectly suited for outdoor temperatures.
German fabric Nanotex was used in the furniture design. It is a machine-woven polypropylene composite.
This pergola rests on a modern and refined aluminum structure made of standard parts specifically designed to occupy spaces of different dimensions, and to boast aesthetic and functional options.
The strength of the design arises from a simple assembly that does not require specialized skilled labour, and from an insertion principle that does not need the structure to be dismantled.
The supreme shelter has been designed to offer an enclosed, intimate space, without giving the feeling of being confined. Its sliding doors allow for a full opening. The screen curtains, parallel to the doors, make for a
two-in-one shelter.
The clerestory-style roof allows for the evacuation of water vapour when the shelter is used to house a hot tub. Thanks to a perforation zone in the doors, the natural air exchange system lets the humidity out of the shelter.
Contact usDesign of a cubicle to contain an intelligent, self-cleaning toilet. Can easily be installed to meet the needs of municipalities and is available in a choice of finishes. Being divided into several pre-assembled, insulated panels, it requires no specialized labour.
The design of a large non-return valve to control rainwater flow in municipal systems. The valve is equipped with a counterweight that minimizes the force required to discharge water in one direction.
