Why sustainability matters for the wellness and fitness industry
The wellness and fitness industry is built on the promise of healthier lives, yet many gyms, spas, and wellness centers carry a significant environmental footprint. Facilities run energy-intensive HVAC systems around the clock, heat swimming pools and saunas to precise temperatures, and consume large volumes of water for showers, pools, and spa treatments. As regulatory frameworks like the CSRD expand their reach to more sectors and company sizes, fitness businesses can no longer treat sustainability as optional.
Consumer expectations are shifting as well. Members increasingly choose brands that align with their personal values, and sustainability ranks high among those priorities. A 2025 McKinsey survey found that over 60% of consumers across Europe consider a company’s environmental practices before making purchasing decisions. For fitness chains operating across multiple locations, the challenge is twofold: measuring emissions accurately across a complex portfolio and implementing reduction strategies that scale.
The good news is that many of the biggest emission sources in wellness and fitness, such as energy consumption, water use, and supply chain choices, are also areas where targeted action can yield rapid results. This guide walks through the main environmental hotspots, regulatory obligations, and practical strategies for fitness and wellness businesses ready to take their ESG performance seriously.
Main emission sources in gyms, spas, and wellness centers
Understanding where emissions come from is the first step toward reducing them. For most wellness and fitness facilities, the breakdown falls into several core categories.
Energy consumption
Energy is the dominant emission source for fitness businesses. HVAC systems must maintain comfortable temperatures across large open spaces, often with high ceilings and constant airflow requirements. Swimming pools demand continuous heating, filtration, and chemical treatment systems. Saunas and steam rooms consume substantial energy to reach and maintain operating temperatures. Lighting across workout floors, reception areas, changing rooms, and parking facilities adds another significant layer.
Cardio and strength equipment increasingly includes digital screens, connectivity modules, and powered resistance systems. When multiplied across dozens or hundreds of machines per location, the cumulative energy draw becomes material. Multi-location chains face these costs at scale, making energy management one of the highest-impact areas for both cost savings and carbon reduction.
Water usage
Spas, swimming pools, and shower facilities drive high water consumption. A single commercial swimming pool can use over 100,000 liters of water annually just for topping off evaporation losses, before accounting for backwashing filters and periodic draining. Shower usage across a busy gym can easily exceed 5,000 liters per day. Spa treatments involving hydrotherapy, jacuzzis, and wet rooms add further demand.
Water-related emissions also include the energy required to heat water, treat it chemically, and process wastewater. For facilities in water-stressed regions, consumption carries additional regulatory and reputational risk.
Supply chain and purchased goods
Fitness centers purchase cleaning products, personal care supplies for amenities, towels and linens, food and beverages for cafes or juice bars, and equipment ranging from free weights to treadmills. Each of these carries embodied emissions that fall under Scope 3 of the GHG Protocol. Retail operations selling supplements, apparel, or accessories further extend the supply chain footprint.
Member transportation
For many fitness businesses, member commuting represents a significant Scope 3 category. Locations in car-dependent suburban areas will have a higher transportation footprint than urban sites accessible by public transit or cycling infrastructure.
CSRD and regulatory obligations for fitness chains
The Corporate Sustainability Reporting Directive (CSRD) is the most significant regulatory development affecting European businesses. While initially targeting large listed companies, its phased rollout means that large fitness chains with over 250 employees or EUR 50 million in revenue will fall within scope. Even smaller operators may face indirect pressure from landlords, investors, or franchise networks that require ESG data from their partners.
Under the European Sustainability Reporting Standards (ESRS), companies must report on energy consumption (ESRS E1), water usage (ESRS E3), and their full value chain emissions. Fitness chains operating across multiple EU member states will need to consolidate data from every location into a single, auditable report.
Beyond the CSRD, national regulations add further layers. Many EU countries require energy performance certificates for commercial buildings, and upcoming revisions to the Energy Performance of Buildings Directive (EPBD) will tighten requirements for high-consumption facilities like gyms and spas.
For fitness businesses, preparation means starting to collect granular, location-level data on energy, water, waste, and supply chain emissions now. Waiting until reporting deadlines arrive creates unnecessary risk and cost.
Practical strategies to reduce your environmental impact
Reducing emissions in wellness and fitness does not require reinventing operations. Many high-impact actions align with cost savings, making the business case straightforward.
Energy efficiency and renewable energy
Upgrading to high-efficiency HVAC systems with variable speed drives and heat recovery can reduce heating and cooling energy by 25 to 40%. LED lighting retrofits offer fast payback periods, often under two years. Installing pool covers reduces evaporation and heat loss, cutting pool heating costs by up to 50%.
Transitioning to renewable energy, whether through on-site solar panels, green energy contracts, or renewable energy certificates, directly reduces Scope 2 emissions. For chains with owned properties, rooftop solar can also provide a hedge against energy price volatility.
Smart building management systems that adjust HVAC, lighting, and equipment based on occupancy patterns can deliver an additional 10 to 15% reduction in energy use. These systems generate data that also supports ESG reporting requirements.
Water conservation and recycling
Installing low-flow showerheads and faucets can reduce water consumption by 30 to 50% without affecting the member experience. Greywater recycling systems capture water from showers and sinks for reuse in toilet flushing and landscape irrigation. Pool water management systems that optimize backwashing cycles and chemical dosing reduce both water waste and chemical consumption.
For spa facilities, investing in closed-loop water systems for hydrotherapy treatments can significantly cut freshwater demand. Monitoring systems that detect leaks in real time prevent waste and protect against water damage.
Sustainable products and supply chain engagement
Switching to eco-certified cleaning products, biodegradable amenities, and sustainably sourced towels and linens reduces Scope 3 emissions while signaling commitment to members. Working with equipment suppliers to understand the carbon footprint of gym machinery, and favoring manufacturers with verified environmental credentials, strengthens the full value chain.
For fitness chains with food and beverage operations, sourcing locally, reducing food waste, and offering plant-forward menu options all contribute to measurable emission reductions.
Managing sustainability across multiple locations
Multi-location fitness chains face a specific challenge: consistency. Each facility may have different building ages, equipment profiles, energy contracts, and local regulations. Aggregating data manually through spreadsheets creates errors and delays that undermine both compliance and decision-making.
A centralized sustainability platform enables chains to collect energy, water, and waste data from every location automatically. Dcycle’s automated data collection integrates with utility providers, building management systems, and procurement platforms to pull data directly, eliminating manual entry. The platform calculates emissions using recognized methodologies and maps results to frameworks including CSRD, GHG Protocol, and ISO 14064.
With Dcycle’s carbon footprint measurement tools, fitness chains can compare performance across locations, identify underperforming sites, set location-specific reduction targets, and track progress over time. This granular visibility transforms sustainability from a compliance exercise into a genuine operational advantage.
Ready to measure and reduce your fitness chain’s carbon footprint? Request a demo to see how Dcycle helps multi-location businesses manage their ESG performance.
Frequently asked questions
What are the main emission sources for gyms and fitness centers?
The largest emission sources are typically energy consumption (HVAC, pool and sauna heating, lighting, and equipment), water usage (showers, pools, spa treatments), supply chain purchases (cleaning products, amenities, equipment), and member transportation. Energy alone often accounts for 60 to 80% of a facility’s operational carbon footprint.
Does the CSRD apply to fitness chains?
Yes, if they meet the CSRD size thresholds: over 250 employees, EUR 50 million in revenue, or EUR 25 million in total assets (meeting two of three criteria). Large franchise networks and multi-location chains increasingly fall within scope. Even smaller operators may need to provide ESG data to comply with value chain reporting requirements from larger partners.
How can a fitness business start measuring its carbon footprint?
Start by collecting 12 months of energy bills, water invoices, and waste disposal records for each location. Categorize emissions by scope: Scope 1 (direct, such as gas heating), Scope 2 (purchased electricity), and Scope 3 (supply chain, member transport). A platform like Dcycle automates this process, connecting directly to data sources and calculating emissions using recognized standards. From there, set reduction targets aligned with science-based benchmarks and track progress continuously.
