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Ours is an age of stringent VOC regulations and one of the positive responses from coating formulators has been the advent of innovative high solids coatings that contain exempt solvents. While proper surface preparation for applying lining systems has always been crucial to long term coating success our field experience has shown that this is all the more the case with coatings formulated with one or more exempt solvents.
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Keeping track of the constantly evolving Architectural and Industrial Maintenance (AIM) regulations in the United States is a daunting task. Forecasting what these regulations might like in the future is even more difficult. However, both are important given concerns over compliance and green product formulations. The following is a historical perspective of why the VOC content of AIM products is regulated, overview of current regulations and a 5-year forecast of AIM regulations in the US.
Achieving high performance with waterborne acrylic latex DTM coatings often requires a balancing act to be performed by both the polymer scientist designing the latex polymer and the coating scientist formulating the coating. A successful coating is defined by a set of critical properties while in the paint can, during application, and ultimately in its performance throughout its service life.
Styrenated Unsaturated Polyester & Vinyl Ester coatings are accepted for use in chemical immersion tank linings. The primary advantage is the increased chemical resistance to harsh commodities and fast turnaround time compared to epoxy coatings. However, styrene is becoming heavily regulated due to its safety and health concerns.
In California, local air districts have regulations that limit the volatile organic compound (VOC) content of architectural coatings. The California Air Resources Board (ARB) provides assistance to local districts when developing regulations. This assistance includes developing Suggested Control Measures which serve as model rules for local districts. ARB also provides assistance by conducting periodic surveys of coating manufacturers to gather data on all of the architectural coatings sold in California during a particular year.
Xylene and Toluene are used in the formulation of plastics, coatings, composites, and paints. However, Toluene is designated as a Hazardous Air Pollutant (HAP), and Xylene is designated as both a HAP and an emitter of Volatile Organic Compounds (VOC). HAPs and VOCs are hazardous to human health and the environment and regulators are increasingly restricting their emission.
Construction drying and climate control for major projects including Mission Critical Campuses (Data Centers), Healthcare/Institutional Facilities, and Major Construction/Retrofit Opportunities have become a necessity and not a luxury. Quick turnaround and timely completion have proven to be huge economic factors to facility owners, general contractors, and specialized subcontractors alike. Mission Critical Campus and Healthcare/Institutional Facility Construction specifically are on the rise, which is creating additional challenges for the construction teams.
With the environmental push toward "Green" coatings; parking decks can also get in on the act by more than just having low VOC's. The presentation will discuss the use and benefits of IR reflecting (cool) pigments in parking deck topcoats.
Lowering the volatile organic content (VOC) of industrial coatings has become a requirement in many reformulation and new coating development efforts, oftentimes in order to meet increasingly strict regulations. Driving VOC to lower levels and performance to higher levels can also offer a more sustainable coatings solution for the end-user. Lowering VOC and maintaining (or improving upon) high performance is often the goal when developing a new formulation, but the two objectives can be at odds with each other.
The fundamental purpose of protective coatings and linings has always been the protection of structures from the degradation due to environmental and service conditions. While that remains to be the case, coatings are increasingly evaluated on their environmental, health, and safety effects as well as the various operational efficiencies they offer.
This research paper describes the various predicaments and issues to enhance the effectiveness of environmentally responsible food grade paint, which helps in maximizing safety and reducing the risk of corrosion. The presentation of this report will consider the characteristics of food grade paint as well as enumerates the companies that produce food grade paint.