Process information
| Key Data Set Information | |||
| Location | RER | ||
| Reference year | 2024 | ||
| Name |
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| Use advice for data set | Scope: This document refers to CMW-FMOD hood produced by HALTON FOODSERVICE in France. This EPD represents the declaration of a specific product CMW-FMOD Hood, with the declared unit of 1 linear metre of hood, used to extract heat and cooking steam for 365 days a year, for 8 hours a day, for 15 years. The data collection for the ecological assessment occurred plant specific with current annual data. Consequently, the Life Cycle Assessment is representative for this product. System boundary: This representative EPD follows the EPD type "cradle to grave". The following life cycle modules are declared: Modules A1-A3 The product stage begins with considering the production of the necessary raw materials (metals, electronics, packaging materials), including all corresponding upstream chains and the actual procurement transports. Furthermore, the entire manufacturing phase was mapped, including the treatment of production waste until the end-of waste status (EoW) was reached. Module A4 The transport model considers a construction site in Europe. The scenario for the distribution stage considers a average distance by truck to serve the entire European area from the Haltons plant. The quantity transported corresponds to the transport of products and their packaging to the construction site. Module A5 The hood is delivered at the right size on the installation site. It is installed in about 10 hours by 2 employees. The hood is fixed to the ceiling with the help of a lifter and some fixation devices. Complementary products for installation include a ceiling beam in galvanised steel. This additional product is supplied by Halton. Their production and packaging are considered in A1, their transport in A3 and A4 and the end-of-life of their packaging in A5. Others complementary products are used to fix the MUPRO Ceiling beam (clip, pin, screw). They must be purchased by the installer because they depend on ceiling type (metallic, concrete or wood). They are not considered in this study. The application phase considers: - Transportation of material lifter to installation site - Waste treatment (product packaging) Modules B1 & B3-B5 & B7 These modules were considered but evaluated as not relevant for the products and considered as zero. Products do not require repair (B3)/replacement (B4)/rehabilitation (B5). The hoods havent significant impact for emission in indoor air or in water during use. Only the CMW-F model releases detergent into the water. This detergent is certified Ecolab by the Swan ecolabel. Phosphate-, NTA-, EDTA- and chlorine-free. This impact is therefore negligible. Module B2: - a weekly cleaning with 5L of water containing 1,5% soap. - annual check-up by a technician on different hood parameters (Capture jets state, lighting state, filters (state and number), k factor, exhaust rates in intake rates) modelled with transportation of one technician in light commercial vehicle (100 km). The number of check-ups depends on the hood model. - 2 UV light replacements during the reference life service. - End-of-life treatment of 2 UV light tubes during SLR with transportation included Module B6 et B7 The hood is designed for heavy duty industrial usage. To reflect the most average scenario the hood will be functioning 8 hours a days 7 days a week. Electricity (B6) and water (B7) are required to use the products. Modules C1-C4 The module includes the environmental impacts for dismantling of the products and the treatment of the CMW-I/FMOD hood waste until the end-of-waste status (EoW) is reached, including the associated transports at the end of the product life cycle. The product is assumed to be removed manually at the same time as the building is demolished. No scenario has been developed for stage C1. The hood and the ceiling beam are removed separately. Dismantling of product components at recycling facility. Based on the material, components are either recycled, incinerated, or landfilled depending on the material. Stage C3 represents the impact of a conventional scrap processing site, with sorting, shearing, shredding, separation. Module D Identification of the benefits and costs of the product outside the system boundary. Recycling of metal scrap results in credits of the respective raw materials for the primary material portion of the input. The loads of the waste incineration and recycling processes are assigned to the respective modules (A3, A5 and C3) and not to module D. | ||
| Technical purpose of product or process | The CMW-I/FMOD hood is used for professional kitchens. They can be installed above the cooking appliances and is used to remove fumes, odors, heat, humidity, and any airborne grease from the environment. | ||
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| General comment on data set | The Cold Mist on Demand and Water Wash hood (CMW-I/FMOD) specializes in heavy duty and solid fuel appliances. Different Halton sensors (Such as Thermal Imaging Matrix, Air temperature, and Indoor Environment Quality) detect the cooking activity of the appliance to determine its status and activate the Cold Mist accordingly. Cold Mist technology is based on the use of a continuous, full-length fine Cold Water Mist inside the exhaust plenum of the hood to reduce the temperature of the air, neutralize the potential sparks and remove the grease from the exhausted air. The Water Wash technology automatically washes down grease filters without the need for staff intervention. The Capture Jet™ relates to the association of two sets of nozzles supplied with an extremely low supply air volume (a maximum of 30 m/h/m of hood). These nozzles fit to the lower part of the hood front as well as the sides, encircling the perimeter of the covered cooking areas. The horizontal nozzles increase the push/pull of the thermal plume and smoke from the lower part of the hood front due to the Venturi effect. It provides an assist to push vapors back towards the filters. | ||
| Copyright | Yes | ||
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| Data set valid until | 2029 | ||
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| Technology description including background system | Manufacturing and packaging of the CMW-I/FMOD hood at the production site. In this case, manufacturing mainly refers to the assembling, configuring, and testing of the hoods from pre-made parts. The assessment covers the electricity, LPG consumption for forklift and water use needed during the production process. The electricity is modelled as site-specific energy mixes provided by local energy companies.The waste streams from the manufacturing site include, wastewater, wood waste, cardboard, plastic and metal scrap (stainless steel and galvanised steel sheets). Any production waste generated is disposed accordingly. Technical data: The technical properties are project-dependent (Airflow range). The dimensions of the reference product is specified in the table below. Declared unit: The declared unit is: '1 linear metre of hood, used to extract heat and cooking steam for 365 days a year, for 8 hours a day, for 15 years'. | ||
Modelling and validation
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| Compliance |
Compliance system name
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Approval of overall compliance
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Nomenclature compliance
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Methodological compliance
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Review compliance
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Documentation compliance
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Quality compliance
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Administrative information
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| Time stamp (last saved) | 2024-08-27T00:00:00 |
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| Publication and ownership | |
| UUID | fe654af1-6bff-439c-bea8-8d94be75691e |
| Data set version | 00.02.001 |
| Registration authority | |
| Registration number | EPD-HAL-20240072-IBA1-EN |
| Owner of data set | |
| Copyright | Yes |
| License type | Free of charge for all users and uses |
| Access and use restrictions | None |
Environmental indicators
Indicators of life cycle