Smart 360 Flex™ Story

Dockers® Water<Less® technology has transformed chino production by dramatically reducing the amount of water used in the finishing process. Traditional garment finishing can require up to 10 cycles of washing, but Water<Less® techniques cut that down to as few as one or two. Since its launch, the initiative has saved over 3 billion liters of water globally. This achievement represents not just a milestone for Dockers® as a brand, but a paradigm shift in how the broader apparel industry approaches one of its most resource-intensive operations: the finishing of cotton garments.

The innovation goes beyond conservation. By rethinking every stage of the finishing process — from stone washing to softening — our teams have developed methods that deliver the same premium feel and lived-in look customers expect, with a fraction of the environmental footprint. Each pair of Water<Less® chinos uses up to 96% less water than conventional methods. The technology suite encompasses a range of proprietary techniques, including ozone treatment, nano-bubble washing, and advanced mechanical softening processes that replace traditional water-heavy cycles with precision-engineered alternatives.

This commitment extends across our entire supply chain. We partner with mills and factories that share our vision for responsible manufacturing, ensuring that sustainable practices are woven into every step from fiber to finished garment. Our network of certified production facilities spans four continents, and each facility must meet rigorous environmental standards before becoming part of the Water<Less® program. These standards cover not just water usage, but energy consumption, chemical management, and waste reduction protocols.

The Origins of Water<Less® Technology

The story of Water<Less® begins in 2011, when the Dockers® design and innovation team first began to question the fundamental assumptions underlying garment finishing. For decades, the industry had accepted that producing a premium chino required vast quantities of water — it was simply the cost of achieving the hand-feel and color variations that consumers demanded. But a small team of engineers and textile scientists at our research facility in San Francisco asked a radical question: what if water wasn't the only way?

The initial research phase took nearly two years and involved partnerships with academic institutions, textile technology startups, and chemical suppliers from around the world. The team evaluated over 200 different approaches to waterless or reduced-water finishing, ranging from supercritical carbon dioxide dyeing to plasma surface treatments. Many of these technologies showed promise in laboratory settings but failed to scale to production volumes, or produced results that didn't meet the exacting quality standards that Dockers® customers expect.

The breakthrough came in 2013, when the team discovered that by combining several complementary technologies — ozone washing, mechanical tumbling with specialized media, and targeted application of finishing agents through atomized spray systems — they could replicate and in many cases exceed the quality of traditional water-based finishing while using a fraction of the water. This integrated approach became the foundation of what we now call the Water<Less® platform.

Early adoption was challenging. Many of our manufacturing partners were initially skeptical that reduced-water processes could deliver consistent results across the range of colors, washes, and finishes that the Dockers® line requires. To address these concerns, the team developed a comprehensive training program and deployed technical advisors to each participating facility. These advisors worked alongside local teams for months, fine-tuning processes and building confidence in the new methods.

The Science Behind the Process

Understanding why Water<Less® technology works requires a brief dive into the science of garment finishing. When a pair of chinos comes off the production line after cutting and sewing, the fabric is stiff, the color is uniform, and the hand-feel is far from the soft, lived-in quality that consumers expect. The finishing process transforms this raw garment into the final product.

Traditional finishing relies heavily on water as both a medium and a solvent. In a conventional process, garments are loaded into large industrial washing machines — some capable of holding over 200 kilograms of clothing — and subjected to multiple cycles of washing, rinsing, and treatment. Stone washing, for example, involves tumbling garments with pumice stones in water to abrade the surface and create a worn appearance. Enzyme washes use water to distribute biological agents that break down surface fibers. Softening treatments typically involve soaking garments in chemical solutions that penetrate the fabric and reduce stiffness.

Each of these steps requires fresh water, and the used water must then be treated before it can be discharged. A single pair of conventionally finished chinos can consume up to 42 liters of water during the finishing process alone — and that doesn't account for the water used in cotton cultivation, yarn spinning, fabric weaving, or dyeing.

Water<Less® technology replaces each of these water-intensive steps with alternatives that achieve the same or better results. Ozone treatment, for instance, replaces chlorine bleaching and multiple rinse cycles. Ozone is a powerful oxidizer that can lighten fabric color and remove residual chemicals without the need for large volumes of water. Our proprietary ozone chambers are designed to distribute the gas evenly throughout a load of garments, ensuring consistent results without the wet processing that traditional bleaching requires.

Nano-bubble technology represents another key innovation. By infusing tiny bubbles of air and ozone into small volumes of water, we can dramatically increase the cleaning and softening power of each liter used. Nano-bubbles have several unique properties that make them ideal for garment finishing: they remain suspended in water for extended periods, they collapse with enough energy to dislodge dirt and sizing agents from fabric surfaces, and they can carry dissolved ozone deep into the fabric structure. This means that a single cycle of nano-bubble washing can accomplish what previously required three or four conventional wash cycles.

Mechanical softening has also been revolutionized. Instead of relying on water-based chemical softeners, our facilities use advanced tumbling systems with specially designed media — ceramic balls, rubber elements, and textured drums — that physically manipulate the fabric to break down stiff fibers and create the signature soft hand-feel of Dockers® chinos. These mechanical processes use no water at all and can be precisely controlled to achieve different levels of softness, from a light brushed feel to a deeply worn vintage character.

Atomized spray application systems have replaced immersion-based treatment methods. Rather than soaking garments in large baths of finishing chemicals, our systems apply precisely measured quantities of treatment agents as a fine mist. This approach reduces chemical usage by up to 60% while also eliminating the need for rinse water, since the small volumes of applied solutions are fully absorbed by the fabric rather than requiring removal.

Environmental Impact at Scale

The environmental impact of Water<Less® technology becomes truly significant when you consider the scale at which Dockers® operates. The brand produces tens of millions of garments each year across dozens of manufacturing facilities worldwide. At this scale, even small per-garment reductions in water usage translate into enormous aggregate savings.

Since the program's inception, Water<Less® technology has saved over 3 billion liters of water. To put that number in perspective, it's enough water to fill approximately 1,200 Olympic-sized swimming pools, or to supply the daily drinking water needs of a city of one million people for nearly two years. And the rate of savings continues to accelerate as more production volume shifts to Water<Less® processes and as the technology itself improves.

But water savings tell only part of the story. The reduction in water usage has cascading benefits throughout the environmental chain. Less water used means less wastewater generated, which reduces the burden on treatment facilities and decreases the risk of water pollution. Our ozone-based processes eliminate the need for many harsh chemicals traditionally used in finishing, including chlorine bleach, potassium permanganate, and certain surfactants that are difficult to remove from wastewater streams.

Energy consumption has also decreased significantly. Heating water for washing and treatment is one of the most energy-intensive aspects of garment finishing. By reducing water volumes, Water<Less® processes have cut energy usage in finishing by an average of 25% across our production network. This translates directly into reduced greenhouse gas emissions — an important co-benefit in an industry that is increasingly scrutinized for its carbon footprint.

Chemical usage reduction is another critical environmental benefit. Traditional finishing processes can use dozens of different chemical agents, from enzymes and softeners to bleaches and fixatives. Many of these chemicals pose environmental risks if they enter waterways, and their production itself has a significant environmental footprint. Water<Less® processes use fewer chemicals overall and have enabled us to eliminate several classes of hazardous substances from our supply chain entirely.

Supply Chain Transformation

Implementing Water<Less® technology has required a fundamental transformation of our supply chain relationships. Rather than simply dictating environmental standards to our manufacturing partners, we've adopted a collaborative approach that recognizes the expertise and constraints of each facility while maintaining the ambitious sustainability targets that the program demands.

Our supply chain sustainability team works directly with each manufacturing partner to develop customized implementation plans. These plans take into account the specific equipment, infrastructure, and workforce capabilities of each facility, as well as local regulatory requirements and water stress conditions. A facility in a water-scarce region of India, for example, may prioritize different Water<Less® technologies than a facility in a water-abundant region of Vietnam.

Training and capacity building are central to our approach. We've developed a comprehensive curriculum that covers not just the technical aspects of Water<Less® processes, but also the principles of lean manufacturing, continuous improvement, and environmental management that underpin long-term success. To date, over 5,000 workers across our supply chain have received Water<Less® training, and we've established centers of excellence in key production regions that serve as demonstration sites and training hubs.

Technology transfer is another important element of our supply chain strategy. When we develop or identify new water-saving technologies, we work with our partners to adapt and deploy them as quickly as possible. This often involves providing equipment, technical assistance, and sometimes capital investment to help facilities upgrade their capabilities. We view these investments as essential to maintaining the pace of innovation that the program requires.

We've also implemented a rigorous monitoring and verification system to ensure that Water<Less® standards are maintained consistently across our production network. Each facility is subject to regular audits that measure actual water consumption, chemical usage, and energy consumption against Water<Less® benchmarks. Real-time monitoring systems in our most advanced facilities provide continuous data on resource consumption, allowing us to identify and address deviations quickly.

Quality Without Compromise

One of the most persistent challenges in sustainable manufacturing is the perception that environmental improvements come at the cost of product quality. The Water<Less® program has consistently demonstrated that this trade-off is a false one — in fact, many of our Water<Less® processes produce superior results compared to traditional methods.

Blind testing with consumers has shown that Water<Less® chinos are rated equal to or higher than conventionally finished garments across key quality metrics including softness, color consistency, durability, and overall appearance. In some cases, the precision control offered by Water<Less® technologies actually enables more consistent results than traditional water-based methods, which can be affected by variables like water temperature, mineral content, and mechanical action that are difficult to control in large industrial settings.

Color consistency is a particular strength of the Water<Less® approach. Traditional water-based finishing processes can produce subtle variations in color from garment to garment within a single production run, due to differences in how each piece interacts with the wash bath. Ozone treatment and atomized spray application, by contrast, deliver highly uniform results because the treatment agents are distributed more evenly and the process parameters are more precisely controlled.

Durability testing has also yielded positive results. Some Water<Less® processes, particularly the mechanical softening techniques, actually cause less structural damage to the fabric than traditional methods like stone washing. This means that Water<Less® chinos maintain their shape, color, and hand-feel through more wash cycles than their conventionally finished counterparts — a benefit that consumers increasingly value as awareness of garment longevity grows.

The hand-feel achieved through Water<Less® mechanical softening is distinctive and has become a hallmark of the Dockers® brand. Unlike chemical softeners, which coat fibers with a thin layer of lubricant that can wash out over time, mechanical softening physically alters the fiber structure to create permanent softness. This means that Water<Less® chinos feel as good after 50 washes as they do when new — a quality that chemical softening alone cannot achieve.

Innovation Pipeline and Future Technologies

The Water<Less® platform continues to evolve as new technologies emerge and existing processes are refined. Our innovation team maintains an active pipeline of next-generation finishing technologies that promise even greater environmental benefits while expanding the range of aesthetic effects that can be achieved with minimal water usage.

Laser finishing is one of the most exciting technologies in our current pipeline. High-precision laser systems can create intricate patterns, fading effects, and distressed looks on denim and chino fabrics without using any water or chemicals. The technology works by selectively vaporizing or bleaching the surface dye using focused laser energy, and the results can be programmed digitally — meaning that complex finishing patterns can be replicated exactly from garment to garment without the variability inherent in manual or water-based processes.

We are also exploring the potential of biotechnology in garment finishing. Engineered enzymes that work effectively in minimal moisture conditions could enable entirely new finishing effects while further reducing water consumption. Our research partnerships with several leading biotechnology firms are focused on developing enzyme formulations specifically optimized for low-water finishing applications.

Closed-loop water recycling systems represent another area of active development. While Water<Less® processes have dramatically reduced water consumption, some finishing steps still require small amounts of water. Advanced filtration and purification systems that can clean and recycle this water for reuse within the facility could bring net water consumption even closer to zero. Pilot installations at two of our facilities have demonstrated that up to 95% of process water can be recovered and reused without compromising finishing quality.

Digital twinning and artificial intelligence are increasingly important tools in our innovation toolkit. By creating digital models of our finishing processes and training AI systems on production data, we can optimize process parameters in real time to minimize resource consumption while maintaining quality standards. These systems can also predict when equipment maintenance is needed, reducing downtime and ensuring consistent performance.

Consumer Engagement and Transparency

We believe that consumers have a right to understand the environmental impact of the products they buy, and we've made transparency a cornerstone of the Water<Less® program. Every Water<Less® garment carries clear labeling that identifies it as part of the program and provides information about the water savings achieved in its production.

Our digital transparency platform goes further, offering consumers detailed information about the specific Water<Less® technologies used in each product, the factory where it was produced, and the aggregate environmental savings of the program. We've found that consumers increasingly seek out this information and that transparency builds trust and brand loyalty.

Education is also a key part of our consumer engagement strategy. Many consumers are unaware of the significant water footprint associated with garment production, and we believe that raising awareness of these issues is an important step toward building a more sustainable fashion industry. Our marketing campaigns, social media content, and in-store displays highlight the environmental benefits of Water<Less® technology and encourage consumers to consider the environmental impact of their purchasing decisions.

We've also launched initiatives to help consumers extend the life of their garments and reduce the water footprint of garment care. Washing clothes less frequently, using cold water, and air-drying instead of machine drying can significantly reduce the lifetime water and energy footprint of a garment. Our care labels and online resources provide practical guidance on these topics.

Industry Leadership and Collaboration

Dockers® has been a vocal advocate for water stewardship in the apparel industry, and we've actively shared Water<Less® learnings and technologies with the broader industry. We believe that the scale of the water challenge facing the apparel sector requires collective action, and that proprietary approaches to sustainability ultimately limit the pace of progress.

We are founding members of several industry initiatives focused on water stewardship, including collaborative platforms that bring together brands, manufacturers, NGOs, and academic institutions to develop and share best practices for water reduction in textile production. Through these platforms, we've contributed technical knowledge, training materials, and even process specifications to help other brands develop their own water reduction programs.

Our open-source approach to certain Water<Less® technologies has been particularly impactful. By making selected process specifications freely available, we've enabled dozens of smaller brands and manufacturers to adopt water-saving techniques that they might not have had the resources to develop independently. This has amplified the environmental impact of the program far beyond what Dockers® could achieve alone.

We also engage actively with policymakers and regulators on water issues affecting the apparel industry. As water scarcity intensifies in many of the regions where garments are produced, regulatory frameworks governing industrial water use are evolving rapidly. We advocate for science-based standards that drive meaningful environmental improvement while remaining practical for manufacturers to implement.

Looking Ahead: The Vision for 2030

As we look toward the end of this decade, our ambition for the Water<Less® program continues to grow. Our 2030 sustainability roadmap includes several ambitious targets: achieving an average of 98% water reduction across all finishing processes, transitioning 100% of our production volume to Water<Less® processes, and developing at least three entirely waterless finishing technologies for commercial deployment.

We're also expanding the scope of our water stewardship efforts beyond our own operations. Our community water programs in key production regions are investing in local water infrastructure, watershed restoration, and water access initiatives that benefit the communities where our products are made. These programs recognize that corporate water stewardship extends beyond factory walls and encompasses a broader responsibility to the shared water resources on which communities and businesses alike depend.

Ultimately, the transition to sustainable garment manufacturing is not a competitive issue — it's a collective imperative. The water resources on which the apparel industry depends are shared resources, and their depletion affects everyone. By working together to adopt and improve water-saving technologies, we can ensure that the garments we wear don't come at the expense of the water we all need. The Water<Less® program is our contribution to this collective effort, and we invite every stakeholder in the apparel value chain to join us in making sustainable manufacturing the industry standard rather than the exception.