Electrocoagulation and CCP Treatment Benefits

WinWerks Turnkey Electrocoagulation Solution.

Electrocoagulation (EC), aka radio frequency diathermy or short-wave electrolysis, is a technique used for wash water treatment, wastewater treatment, industrial processed water, and medical treatment. Wastewater treatment by Electrocoagulation works well because it removes contaminants that are generally more difficult to remove by filtration or chemical coagulation treatment systems. This includes CCP, emulsified oil, total petroleum hydrocarbons, refractory organics, suspended solids, and heavy metals. This alternative technology is an extremely effective wastewater treatment system, reclaiming water for reuse, and the harvesting of valuable by-products from coal-fueled power plants.

Electrocoagulation has two major benefits:

1. Chemical Coagulation is an efficient process but creates sludge and may require constant change of filtration. It requires chemicals, which may cause health issues and labor-intensive work. Electrocoagulation requires no filters, limited daily maintenance, no additives, and removes any size of suspended solids, fats, oil, grease and heavy metals. 
    

2. Mechanical Filtration addresses only particles greater than 30µm and suspended solids. Electrocoagulation, on the other hand, is proven to treat any size of suspended or dissolved solids.

Electrocoagulation technology can efficiently clean coal-plant waste-water to separate toxins and by-products from treated water.

U.S. Coal burning plants generate over 30% of the nation’s required electricity. It’s going to be with us while impacted by the EPA’s coordinated, integrated compliance and enforcement strategy to address Clean Air Act (CAA). President Donald Trump’s Executive Order on Energy Independence calls for a review of the Clean Power Plan. The event commits to the rule of law, cooperative federalism, and sound EPA scientific rule-making.

So how does Electrocoagulation fit into the high demanding EPA, and other environmental, social and financial regulations? Compared to existing wastewater treatments, the WinWerks Powell EC technology incorporates electromotive forces as a catalyst to initiate multiple reactions that suspend and neutralize TSS & TDS pollutants. This process oxidizes, neutralizes and coagulates CCP and removes harmful pollutants and metals from solution. Selenium, a highly toxic byproduct of coal-fired electricity production, is reduced and removed from the solution after treatment. Other metals such as Mercury, Antimony, and Chromium are oxidized through this system, too. The treated coal ash can be available for beneficial reuse or placed in landfills. The treated water can be reused for multiple purposes while meeting federal and state effluent standards.

WinWerks Powell Electrocoagulation treats various coal power generation wastewater streams including pore water, leachate, coal fines water, FGD, generating plant streams and storm-water. Achieving cost-effective business outcomes with electrocoagulation becomes simplified with Turnkey delivery, including testing and evaluation services from EPIC CALM (Coal Ash & Liquid Management) at UNC Charlotte.

Please visit: WinWerksIPD.com to find out more about our Turnkey Electrocoagulation Solutions.

Make your Building Roof Work for Financial and Sustainable Benefits

RevRoof wind vented technology protects your roof while earning income.

RevRoof, with wind-vented technology and Infinite R is a proven roofing choice with a Savings to Investment (SIR) of 5-20 times. With 20-50% faster installation and a transferable 30-year No Deductible Limited Warranty, RevRoof is the perfect addition to any commercial building. Using wind vented, PVC single ply roofing membrane technology, RevRoof protects against 150 MPH winds and moisture damage, while Infinite R helps keep internal building temperatures consistent. This combination creates dependable roofs that last at least 10 years longer than traditional roofing systems. Due to pressure differences, the roof membrane breathes and removes existing trapped moisture. This actually restores existing ISO insulation for increased energy savings.  

The 5 layers of RevRoof Technology including Infinite R Substrate.

With Existing roof replacements, the cost of a tear-off is expensive; resulting in owners increasing their finished roof cost by 50-100%. Additionally, there are risks as a result of weather, construction debris, and disposal risks. RevRoof, on the other hand, is simply placed on top of the existing roofing. This can be done twice for a sixty-year solution! Since RevRoof incorporates Infinite R, it also includes energy savings of over $.40-.80/sf per year which are currently increasing 3-4% per year. These cost savings increase appraisal value, contribute to LEED and Living Challenge points, and provide for an enhanced investment.

What makes PVC membrane roofing such an effective alternative to TPO (Thermoplastic Polyelfin) membranes? First of all, PVC membranes have 30 years of performance history and are proven to work, while after 20 years TPO membrane manufacturers continue to modify them in an effort to reach acceptable performance levels. PVC membranes are also less risky than TPO membranes since they are watertight, dependable, and flexible due to their dimensional stability and distinct bleed out during seam welding to ensure proper installation. TPO membranes, on the other hand, are stiff, challenging to install, and often unattractive due to sheet wrinkling- all things which PVC membranes avoid. TPO membranes also have a poor performance history with warmer climates and extreme UV conditions, as well as standing water. PVC membranes mitigate these issues with an efficient venting system and additionally, are warranted even with limited standing water. Finally, PVC membranes are also environmentally sustainable, as the membranes can be recycled at the end of their useful life in order to reduce waste. 

With over 2000 vented roofs installed and clients including the U.S. Department of Veteran Affairs, FEMA, and New York HUD Housing Authority, RevRoof is a smart choice for thousands of businesses across the country.

Please visit: WinWerksIPD.com to find out more about how investing in RevRoof and  Infinite R Phase Change Material can reduce your energy and operation costs while stabilizing your building at a comfortable temperature.

Earn Revenue From Your Roofing Replacement Decision with Infinite R

Infinite R is a phase change material that offers many energy savings applications in buildings. In fact, its versatility extends into integrated roof assemblies in a unique solution called RevRoof. This roof system uses wind-vented roof technology with a sealed PVC single-ply roofing membrane. This combination creates a vacuum under the membrane during windy conditions, which actually holds the roof in place; preventing damage or tear off. Because of the scientific Bernoulli principle, the wind is now beneficial to the roof, as opposed to its usual detrimental effects.

RevRoof can withstand wind speeds up to 150mph and comes with a 30-year NDL warranty, much longer than the average roof that has to be replaced after 15-20 years. RevRoof also mitigates moisture - something that poses a severe threat to roofs - by vaporizing water with the low pressure created by the vacuum in the wind-vented system. This water vapor then easily escapes through the wind vents, instead of soaking the roofing ISO insulation and producing mold. Finally, RevRoof can be installed over existing roofs and does not require mechanical fasteners or toxic glue/chemicals in order to be installed, thus making it safer and more environmentally friendly than traditional roofs. Since the RevRoof system includes Infinite R, it also contributes to energy savings by absorbing solar heat gains while protecting the building from wind and water damage.

In August 2016, wind-vented roof systems were installed in two ten story HUD housing authority buildings in Tarrytown, New York. The old roofs were designated as costly complete tear-off projects, due to their deteriorated state and high-moisture saturation. However, because the RevRoof system can be placed over existing roofs, the new vented roof system was simply installed on top of the traditional mechanically-attached roofs; saving 20% & 40%, respectively, while also avoiding landfill waste. The roof system has since proved very efficient; with the Infinite R sustaining the roof envelope at temperatures very close to conditioned indoor temperatures, reducing the operator's utility costs.

The project in New York is just one example of successful RevRoof implementation! With energy saving paybacks in just three years, RevRoof is a smart investment for anyone wishing to protect their building and reduce their energy usage in a cost effective and easy installment process. The 30 years of additional cash flow from RevRoof adds to net operating income and building appreciation.

Please visit: WinWerksIPD.com to find out more about how investing in RevRoof and  Infinite R Phase Change Material can reduce your energy and operation costs while stabilizing your building at a comfortable temperature.

Trust and Verify- Infinite R Phase Change Value

Infinite R Phase Change Material

In previous posts, WinWerks discussed advanced energy modeling programs to predict changes to HVAC loads and electricity costs, before and after, using Infinite R. But, what happens after the field application? Do you get what you expected? Reagan said, "Trust, but verify" and we agree. After Infinite R installation, industry standard tools Measure and Verify (M&V) actual energy use to compare with the predictive modeling and design. How else can you know that strategically placing Infinite R in ceilings and roofs regulates internal building temperature, reduces energy use and creates a more productive, comfortable space?

U-Haul adapted Infinite R after a pilot study with analytical modeling and post-install M&V. Their motivation stemmed from investors conducting their business in accordance with environmental and socially sustainable development principles, and economic performance.

Successful implementation of the 1200 square feet Infinite R install occurred at a Phoenix, Arizona U-Haul facility in August 2016. Infinite R was placed directly over the facility ceiling tiles in just 6 hours, by two maintenance staff, and started absorbing heat immediately. M&V provided the comparison data for the modeled predictions. Using an eGauge Energy Logger with MagneLab current transducers on two HVAC units, the HVAC system usage and the building temperature was monitored in order to model potential energy and cost savings. With this data, two options were designed for HVAC system reduction.

Option One involved installing the PCM with no adjustments to thermostatic controls. This analysis yielded a first-year cost savings of $1,280, a simple payback of 1.7 years, a twenty-year net present value of $17,171 and a 59% internal rate of return.
   
Option Two incorporated the building management system controls to optimize Infinite R performance. First year cost savings of $1,647, a simple payback of 1.3 years, a twenty-year net present value of $22,710 and 75% internal rate of return. Impressive results. Furthermore, Infinite R lowered the internal temperature from 77 °F to 73 °F on hot days, making the building much more comfortable for employees and customers.

Trust but verify. The modeling and post install measuring confirmed that Infinite R works, takes out decision risk, reduces HVAC usage, has great returns and provides stable building temperatures.

Plus, easy and hassle-free Infinite R installation- especially in ceiling tiles, a 25-year warranty and scalable to thousands or millions of square feet!

Please visit: WinWerksIPD.com to find out more about how investing in Infinite R Phase Change Material can lower your energy costs while maintaining a comfortable building temperature.

Modeling for Energy Efficacy, Financial Justification, and Decision Confidence - Infinite R PCM

Compact and easy-to-install Infinite R PCM

While Insolcorp's Infinite R has proven efficacy in multiple case studies, each building uses different envelope components to respond to occupancy use, site orientation, and geographical weather patterns.

So, how do you know if Infinite R works in your business space to reduce HVAC usage, save electricity and heating costs, quantify and incorporate High-Thermal Performance Products or solar, and earn a financial return? Is it worth the risk and hassle? These answers emerge after detailed energy and financial modeling of the space in collaboration with WinWerks and its consultants from NRGsim, Brummitt Energy, and Glumac Engineers.

Addressing energy savings from Infinite R starts with understanding the building's generated loads from people, lights and equipment, building envelope characteristics, and surrounding climate. Then, choose a modeling path. 

• Prescriptive path: All components of the building meet the minimum standards specified. Any surface that has thermal mass, or phase change material that has a heat capacity "HC" of more than 5 BTU/ft2-°F, can be categorized under the ASHRAE 90.1 Mass Wall Option. This results in a higher U-value (more transmittance allowance) and a lower R-value (less resistance required) for insulation. Depending upon the climate zone, the higher U-value can result in reduced costs from eliminating contiguous outbound insulation, envelope choices, and HVAC capacity.
• Performance path: Use building energy simulation software to model and compare the baseline building vs. the proposed Infinite R PCM alternate, both meeting ASHRAE 90.1 specifications. This provides the designer with an opportunity to optimize any design elements like windows, insulation, roofs, and HVAC below prescriptive code levels provided that the "proposed" design consumes less energy than the "baseline". Since phase change materials generally provide more energy savings per dollar invested than other technologies, the performance path provides exceptional opportunities to reduce construction costs while designing high energy efficient buildings.

Infinite R PCM Modeling Software and analysis showcasing the cost-benefit analyses.

WinWerks' Economic Model determines if Infinite R meets the owner's financial hurdle rates. Thorough modeling includes projections of kWh costs, therms, and other life-cycle components. These all come together in several tables and graphs to show cost-benefit analyses including IRR, ROI, Savings to Investment Ratios (SIR), simple payback, NOI, and Present Value of the income stream. In this way, owners can verify Infinite R's value based upon the financial projections, modeled specifically to their building or space under consideration.

Overall, Building Modeling lowers risk of decision making, maintains schedules, and yields better performing buildings.

Please visit: WinWerksIPD.com to find out more about how investing in Infinite R Phase Change Material can lower your energy costs while maintaining a comfortable building temperature.

Infinite R Phase Change Value - School and Office Case Studies

The correlation between productivity and temperature showcasing temperatures between 68F and 73F result in the ideal conditions to maximize student and worker productivity. 

The sweltering summer months are upon us, and anyone who has suffered through a long workday in a stuffy office knows how uncomfortable it can be. What we don't often consider is that while a muggy office is uncomfortable, it is also an extremely unproductive environment. When we're hot and distracted, we're much more likely to fuss over our discomfort than our work duties. Unfortunately, not every office building has the luxury of expensive HVAC system to cool us down. Luckily, there is an efficient way to reduce and stabilize internal room temperatures due to its ability to absorb excess heat in the surrounding atmosphere. It is lightweight, fire-safe, and can easily be installed in ceiling tiles in offices and classrooms.

Infinite R can quickly and easily be installed above ceiling tiles. 

In Escondido, California, temperatures regularly reach 90F and higher during the late spring and summer months. To combat particularly hot classrooms, the Escondido Union High School District purchased Infinite R and staff installed it above the ceiling tiles. After installation, the Energy Manager reported that classroom temperatures decreased to 75F from 85F, a whopping 10F difference! So far, all their responses to Infinite R have been positive - easy installation and comfortable classrooms!

Infinite R PCM maintains building temperatures with no electricity usage. 

Another client had 200,000 square feet of unconditioned industrial space in the midwest. After installing Infinite R in the ceiling at a 78F target point, the client experienced a significant decrease in their internal building temperatures, averaging 10F lower than temperatures without Infinite R, and reaching as much as 20F lower. In the picture to the right, the stark difference is obvious as the outside temperatures show 105F while the indoor temperatures show 75.9F due to Infinite R. Even better, employee production increased by 38% and the investment was paid back within just a few weeks! This is only one example of how successful Infinite R can be, and how it can make a space more comfortable, productive, and efficient. 

Overall, Infinite R can be a great addition to any space by relieving discomfort and increasing productivity, all while reducing HVAC usage and the associated operating costs.

Please visit: WinWerksIPD.com to find out more about how investing in Infinite R Phase Change Material can lower your energy costs while maintaining a comfortable building temperature.

Infinite R Phase Change Material- 21st Century Technology for Reducing HVAC Expenses that Really Meets Predictions and Expectations

Infinite R PCM maintains comfortable building temperatures while eliminating the need for HVAC.

Previous WinWerks' blog posts described what infinite R thermal massing material does; its financial and sustainability benefits (2-4 year paybacks, savings to investment ratios of 3-6), how it can efficiently regulate internal building temperature in a variety of ways (thermal shock absorber), and how long it lasts (guarantee of 25 years and lasts longer). But the BIG question often asked is: how do we know that it works? How do we predict and measure its efficacy? WinWerks' next few blog posts will explore the predictive calculation models and why Infinite R works so well.

Dr. Maria Telkes - MIT scientist and technologist that pioneered phase change material research. 

As background, the scientific basis for Infinite R comes from a 1940s technology application by MIT Dr. Maria Telkes built on 1880s physics and chemistry research conducted by Edward Morse. However, PCMs also occur naturally, the most obvious being ice, which absorbs energy every time it melts into water. The science of PCMs are based on the idea of latent heat, an inherent characteristic of all solids, liquids, and gases. The latent heat of a material is the heat required for a substance to change phase - solid to liquid, liquid to gas, etc. While there is no change in the temperature of the substance as it changes phase, a huge amount of energy is either absorbed or released due to a difference in intermolecular energy. This is the concept behind all PCM, but different materials/formulations affect how much energy can be absorbed or released. In modern building applications, BASF paraffin, BioPCMs, palm oil-based, and Infinite R are the most common PCMs used in walls, ceilings, roofs, and around windows to regulate heat fluctuations. 

Infinite R uses an inorganic, sustainable salt hydrate material, patented in 1999 after 40 years of research on similar substances. With Infinite R, the optimal hydrate transition (melt point) degree matches the environment in which it's placed. In comparison to PCMs made with organic materials, Infinite R requires more energy to transition from solid to liquid and thus, can store more heat. Furthermore, Infinite R has been formulated for different climates so that it can insulate or remove heat depending on the usual outside temperatures and what is most comfortable. Overall, Infinite R applications successfully stabilize building temperatures because of science and research that are proven in the real world through various third party measurements and verification studies.

Please visit: WinWerksIPD.com to find out how investing in Infinite R Phase Change Material can lower your energy costs while maintaining comfortable building temperatures.

Infinite R PCM - When it Comes to Energy Savings, Passive Becomes a Proactive Strategy

Ancient homes utilizing clay/stone material for building development to better regulate interior building temperatures.

Passive energy systems have been around for centuries- as evidenced by ancient homes made of clay or stone that absorbed the sun's rays and moderated the living quarter's temperature throughout the day. These heavy mass buildings utilized the laws of physics to store and shift energy before the popularity of mechanical HVAC systems. In recent years the advent of superinsulation, airtight envelopes, energy recovery ventilation, and high performance windows have improved upon the traditional passive energy concept and created an attractive alternative to purchased energy. 

When combined with Infinite R phase change materials in ceilings, walls, or roofs, heat can be even more efficiently conserved. The Infinite R lightweight thermal massing material works by absorbing excess heat energy during peak times and then releases the heat later as the surroundings cool down. "Thermal Mass without the mass." When added to other passive energy systems, Infinite R phase change material can stabilize indoor building temperature and optimize comfort without breaking the bank! Paybacks in 2-5 years depending upon electricity costs.

Infinite R Phase Change Material - Cost Effective, Quick & Simple Instillation, Non-Toxic, Class A Fire and Smoke Rating, and 25+ Year Life.

Passive building principles apply to any type of building: newly built, modernized projects, single-family homes, multi-level apartments, offices, hi-rises, etc. Passive design strategies consider heat from all sources, including appliances, occupants, and other indoor origins. Because of this, passive energy systems result in measurable energy savings and efficiency, with enhanced comfort, air quality, and building resiliency. Passive buildings stay comfortable in all seasons and climates with nominal drafts (due to superinsulation and high-performance windows) and consistent air quality (due to the airtight envelopes), minimal temperature variance (due to energy recovery ventilation). Combined, these traits contribute to comfort and Net Zero or Net Positive goals, since the various building and occupancy heat sources reduce supplementary energy usage. 

Overall, passive energy systems can be a great investment for any home or business! While passive buildings may cost slightly more (0-10%) to produce initially, the energy and HVAC lifecycle usage savings, improved air quality, comfort, and temperature consistency are well worth it. And, adding Infinite R Phase Change Materials makes the results almost infinitely better!

Please visit: WinWerksIPD.com to find out more about how investing in Infinite R Phase Change Material can lower your energy costs while maintaining a comfortable building temperature.

Market Research Supports Incorporating Phase Change Materials into Buildings

PCMs absorb excess heat during the day and release them when the temperature is below the preset target temperature

For the past year, WinWerks has been discussing the benefits and uses of Infinite R, an inorganic phase change material (PCM) that absorbs heat energy from its surroundings. As it turns out, we aren't the only ones who have realized how useful PCM can be. In a new report released this month, Markets and Markets estimated that the PCM market size was $235.3 million in 2016 and is projected to reach $638.7 million by 2022. This appears to have been driven by strict building codes in Europe and North America, as well as awareness of reducing greenhouse gases, which has increased the demand for renewable energy sources and passive energy savings. The PCM market is also growing due to increased demand for building and construction, electronics, packaging, refrigeration, textile and HVAC applications, with building and construction accounting for the largest share of growth.

Moreover, inorganic PCM accounts for the largest share of the market, in both value and volume. This is primarily due to an increase in demand for non-flammable PCMs, as well as the rising demand for fiberglass insulation from refrigeration, packaging, and HVAC sectors. This means that Infinite R is a part of this expanding market. In fact, Insolcorp Inc., the manufacturer of Infinite R, was credited in the report as a key market player in the analysis.

Currently, the PCM market is largest in Europe, where building energy efficiency is a priority and regulations about the usage and handling of temperature sensitive materials is much stricter. On top of that, PCM demand is growing in the housing market, especially in countries like Germany and France. However, while the PCM market in Europe is the largest, North America is going to see a higher compound annual growth rate between 2017 and 2022. 

A sheet of Infinite R PCM

This market prediction is not only good news for Insolcorp, manufacturers of Infinite R PCM, but buyers of PCM as well! s more people invest in PCM and the market grows, PCM will contribute to becoming more efficient, thinner and more discreet, and the ratio of cost to return, improved! Plus, as it becomes widespread in commercial buildings and homes, architects, mechanical engineers, and construction companies will understand how to install it quickly and easily. All of this means that PCMs like Infinite R will become more accessible, and an even better contribution to an energy efficient office building, school, store, factory or home!

Please visit: WinWerksIPD.com to find out more about how investing in Infinite R Phase Change Material can lower your energy costs while maintaining a comfortable building temperature.

Infinite R- Net Zero Contributions with Light Weight Thermal Energy Materials

Although Infinite R will immediately start absorbing the surrounding heat wherever you put it, one of its most successful applications is in ceilings and walls.

In commercial buildings such as schools, retail, industrial or office buildings, placing Infinite R in the ceiling is the easiest and most efficient way to maintain a comfortable room temperature and save money. In drop tile ceilings, the panels can simply be moved aside and Infinite R placed directly on top of the T-bar ceiling grids or stapled to the underside of roofs on exposed ceilings. In new construction, Infinite R can be placed above the appropriate tile or hard lid ceilings or walls. Since Infinite R absorbs 1000 Btu/sq ft, in a large office or school, this equates to savings to hundreds of thousands of Btu, daily.

Cost savings from Infinite R PCM

For example, a U-haul facility in Phoenix, AZ recently installed 1200 sq ft of Infinite R on top of their required just two people, took six hours, and the results were amazing! Using eGauge Energy Loggers with MagnaLab current transducers to record HVAC system usage, as well as temperature data in the ceiling, Infinite R proved an impressive savings tool. With no adjustments to thermostatic controls, Infinite R reduced energy usage by 26% and created first year cost of savings of $1,280 with a payback period of 2.3 years. This also yielded a twenty-year net present value of $16,319 with a 43% internal rate of return. They also estimated that with thermostatic controls adjusted in order to optimize PCM performance, the reduction in energy use by 36% would result in first year savings of $1,647; paybacks in just 1.8 years. This would also produce a twenty-year net present value of $21,858 with a 55% internal rate of return. These results show that Infinite R is incredibly effective and has the potential to save your business thousands of dollars! 

Infinite R Savings Plot. Quick payback period- then savings accumulate after year 2

With California's recent revisions to Title 24 stating that all commercial buildings must be zero net energy by 2030, it's crucial that we start making our buildings more efficient. By reducing HVAC system usage, Infinite R brings your building one step closer to reaching net zero!

Please visit: WinWerksIPD.com to find out more about how investing in Infinite R Phase Change Material can lower your energy costs while maintaining a comfortable building temperature.

Infinite R Phase Change Material- 21st Century Energy Savings

Infinite R adds net operating income to commercial buildings by reducing HVAC costs. It is an inorganic, mineral-based energy storage material that acts as a thermal energy sponge. It intercepts and absorbs energy during the hot day and releases it during the cooler night. Because it stabilizes internal room temperature to a comfortable level, Infinite R provides reduced Heating and Air Condition (HVAC) energy costs and base system requirements. This leads to the potential for thousands of dollars/year saved on electricity and gas costs. Infinite R does all this with minimal installation costs and disruptions, and no mechanical or electrical connections.

Increase temperature stabilization with no HVAC usage

But how is this possible?

Infinite R is a phase change material- meaning that it turns to a liquid when it absorbs heat from its surroundings, and then it solidifies and releases the heat once the atmosphere temperature cools down. Simply put, phase change materials actively absorb, store, and then release heat in order to maintain a targeted temperature range. According to officials at Oak Ridge National Labs and the US Department of Energy, the use of properly formulated and placed PCMs within the structure has reduced heating and cooling loads up to 60%.

The Easton Archery Olympic Training Center in Chula Vista, CA boasts successful implementation of PCMs. Outdoors temperatures ranged from 40-100°F and with phase change materials in the roof and exterior/interior wall assemblies, the building occupants experienced thermal comfort without air conditioning or heating. The contractor reduced the HVAC capacity and had a payback in under 12 months based upon energy usage reduction. To date, the mechanical systems have not been needed for heating and cooling the interior, and the building has maintained a consistent internal temperature between 68-72°F.

However, relative to other PCM materials, none compare to Infinite R. Infinite R, inorganic PCM material base, has tremendous benefits, including being about 30% less costly than competitors and has ASTM 84 Class A fire and smoke ratings. Contractors can install Infinite R at 100-200 sq.ft/hour, depending upon location and it is a great contribution to net zero buildings.

Infinite R is an efficient, environmentally friendly, cost-effective, and safe solution to reducing energy costs while maintaining a comfortable building temperature. The typical payback period for an Infinite R PCM installation is approximately 2-3 years with a 25+ year life.

At WinWerks we focus on four main areas for implementing Infinite R: commercial, education, residential, and a specialized application called RevRoof.

Please visit: WinWerksIPD.com to find out more about how investing in Infinite R Phase Change Material can lower your energy costs while maintaining a comfortable building temperature.