Smart EPD
XLERATOReco® Hand Dryer, 120V

Environmental Product Declaration

XLERATOReco® Hand Dryer, 120V

by Excel Dryer

Environmental Product Declaration (EPD) for XLERATOReco® Hand Dryer, 120V, manufactured by Excel Dryer. Declaration SmartEPD-2023-002-0007-01, prepared according to PCR for Hand Dryers, valid until July 10, 2028.

Download the EPD (PDF)

Functional unit
100,000 instances of hand drying of product
Valid until
July 10, 2028
PCR
PCR for Hand Dryers

Declaration details

Manufacturer
Excel Dryer
Program operator
Smart EPD
Declaration number
SmartEPD-2023-002-0007-01
Date of issue
July 10, 2023
Valid until
July 10, 2028
Product category rules (PCR)
PCR for Hand Dryers (version 1)
Standard
ISO 14025:2006
Functional unit
100,000 instances of hand drying of product
System boundary
Cradle to grave (A1 – A3, A4, A5, B1 - B3, C1 - C4)
Product specificity
Product Specific
Manufacturing specificity
Manufacturer Average, Facility Specific
Manufacturing plant
Excel Dryer (357 Chestnut Street, East Longmeadow, MA 01028, USA)
Product SKU
XLECO -BW/W/GR/C/SB/SI/SP
Verifier
Anna Lasso, Smart EPD
LCA software
SimaPro 9.4.0
Program instructions
Smart EPD General Program Instructions v.1.0, November 2022

Life cycle assessment results

Results per 100,000 instances of hand drying of product.

Environmental Impact Assessment Results

IndicatorUnitA1A2A3A1-A3A4B1B2B3C2C3C4
GWP-totalkg CO2 eq8.48e+01.10e-12.61e-18.85e+04.23e-18.02e+1008.00e-33.99e-25.46e-2
APkg SO2 eq5.76e-26.52e-43.64e-45.86e-23.10e-32.29e-1004.93e-51.91e-41.40e-5
EPkg N eq4.68e-21.09e-41.32e-44.70e-25.78e-44.68e-1009.58e-61.61e-42.79e-4
POCPkg O3 eq5.44e-11.88e-24.28e-35.67e-18.70e-22.23e+0001.33e-32.26e-32.30e-4
ODPkg CFC 11 eq5.04e-72.18e-87.96e-95.34e-79.36e-85.31e-6001.89e-91.70e-91.86e-10
ADP-fossilMJ1.05e+12.31e-15.54e-11.13e+18.38e-18.37e+1001.69e-23.03e-22.40e-3

Resource Use Indicators

IndicatorUnitA1A2A3A1-A3A4B1B2B3C2C3C4
PEREMJ1.28e+11.69e-21.57e+01.44e+19.71e-21.49e+2001.37e-36.63e-27.03e-4
PERMMJ6.65e-3006.65e-30000000
PERTMJ1.28e+11.69e-21.57e+01.44e+19.71e-21.49e+2001.37e-36.63e-27.03e-4
PENREMJ1.07e+21.63e+03.64e+01.12e+26.08e+01.36e+3001.20e-15.21e-12.03e-2
PENRMMJ8.17e+0008.17e+00000000
PENRTMJ1.15e+21.63e+03.64e+01.20e+26.08e+01.36e+3001.20e-15.21e-12.03e-2
SMkg00000000000
RSFMJ00000000000
NRSFMJ00000000000
FWm31.04e-17.72e-41.98e-31.07e-18.15e-44.98e-1001.33e-53.01e-43.85e-5

Waste and Output Flow Indicators

IndicatorUnitA1A2A3A1-A3A4B1B2B3C2C3C4
HWDkg00000000000
NHWDkg002.24e-42.24e-40000003.95e-2
RWDkg00000000000
RWDkg00000000000
CRUkg00000000000
MFRkg00000000008.06e-2
MERkg00000000000
EEEMJ, LHV00000000000
EETMJ, LHV00000000000

ND = not declared. Life cycle modules: A1-A3 product stage, A4-A5 construction process, B use stage, C end of life, D benefits and loads beyond the system boundary.

Material composition

Product composition
Material/Component CategoryOrigin% Mass
ZincUnited States23.23
ABS/PCUnited States18.55
Steel (low-alloyed, hot rolled)United States17.19
Glass fibre reinforced plasticUnited States17
Stainless Steel (chromium steel 18/8)United States12.76
CopperUnited States5.63
AluminumUnited States1.2
RubberUnited States1.18
ABSUnited States1.02
PCBUnited States0.66
BrassUnited States0.41
Phenolic ResinUnited States0.41
PolyethyleneUnited States0.26
Carbon GraphiteUnited States0.22
AcrylicUnited States0.14
NichromeUnited States0.12
Electronics/non-ICUnited States0.08
PaperUnited States0.05
Electronics/ICUnited States0.01
Packaging
Packaging materialOriginMass (kg)
CardboardUnited States0.68
Molded PulpUnited States0.19
Plastic BagUnited States0.01
Biogenic carbon
Biogenic carbon contentkg C per 100000 instances of hand drying
Biogenic carbon content in product0
Biogenic carbon content in accompanying packaging0

Hazardous substances

No regulated hazardous or dangerous substances are included in this product.

Scenarios

Transport to the building site (A4)

Fuel type
Diesel
Vehicle type
Diesel Truck 16-32t
Transport distance
2600 km
Capacity utilization
80%
Weight of products transported
0.81 kg
Packaging mass
0.12 kg

End of life (C1-C4)

Collected separately
0.81 kg
Landfill
0.65 kg
Incineration
0.16 kg
Product or material for final disposal
0.81 kg

Product description

The XLERATOReco® Hand Dryer is a high-speed, energy-efficient hand drying solution that uses ‘no heat’ technology to dry hands in 10 seconds using only 500 watts. Facilities around the world use XLERATOReco to save time, money, and the environment while creating a cleaner, more hygienic restroom.

Models vary by cover type (zinc, BMC, or stainless steel), and color (white, textured graphite, custom special paint, chrome plated, and brushed stainless steel). Standard features include adjustable speed and sound control, multi- voltage options: 110-120V or 208-277V, and 230V (international markets),

adjustable heat settings – high, medium, low, and off, and an externally visible service LED. Options include a noise reduction nozzle and HEPA filtration system.

The results presented in this EPD are based on the average of the three cover options: zinc cover model (most representative in terms of sales), stainless steel,

and thermoset resin cover models. These models are similar, except for the use stage, in that the different voltage results in different dry time and power demand. This EPD represents the 120V model. Total years of estimated service life (ESL) is 730,000 uses over 10 years of service life.

Interpretation

Interpretation is the last phase of an LCA, although it is typically done iteratively to inform and refine the goal and scope. In this section, the results are examined based on the data quality and consistency. Key assumptions are reviewed to ensure that conclusions and recommendations are consistent with the goal and scope. It should be noted that LCA results are based on a relative approach and indicate potential environmental effects therefore do not predict actual impacts on category impacts. Based on the results and study assumptions, methods and data, the cradle-to-grave impacts for XLERATOReco® Hand Dryer are dominated by B1, Use Phase (77.2% to 90.7%), followed by A1, Raw Materials (8.5% to 19.8%).

LCIA results are relative expressions and do not predict impacts on category endpoints, the exceeding of thresholds, safety margins or risks. EPDs are comparable only when they follow the same PCR, functional unit and system boundary. The full EPD (PDF) contains the methodology, scenario assumptions and verification statement.