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August 31, 2010
Robert Blakeslee is curious.
He believes this curiosity has helped him to get where he is today – and today he is in a great place.
A 1973 interior design graduate, Blakeslee actually came to UF with the intention of pursing a degree in architecture, but when he transferred to interior design he soon found that it suited him.
He has always been grateful to UF, and since graduating he has been involved with the college in numerous ways.
Around 1980, he convinced his Chicago employer to donate a truckload of furniture to the architecture school. In the mid ‘80s he moved from the Midwest to Florida and became active with guest lecturing and student critiques, and this transitioned into his involvement with the advisory board in the ‘90s.
“I think I was one of the first chairmen, and was chairman for maybe two or three years and have served on the board ever since,” Blakeslee said.
He’s lectured about once a year, and even helped teach a section of a lighting course when one of the professors was busy with research and writing. He’s been actively involved in fundraising for the school, and in 2000 was named Distinguished Alumnus for the department of interior design.
Meg Portillo, interior design department chair, said that Blakeslee showed passion for UF from the very first time she met him.
“I met Rob for the first time in 2004 and it was clear to me then that he was passionate about the interior design program and very committed to connecting with students and also kept very strong ties with faculty,” Portillo said.
She recalls when Jerry Nielson, longstanding chair of the interior design department, retired, and how Blakeslee helped a group of alumni and friends set up an endowment in Nielson’s name, even flying him in for the awards ceremony.
While he enjoys any involvement with the college, Blakeslee’s favorite time is spent on student critiques.
“It always gives me an opportunity to verbalize the things I only get to think about at work,” Blakeslee said. “Interacting with the younger students and understanding younger cultures helps you to communicate and embrace new ideas.”
Blakeslee is studio director for Baker Barrios Architects, Inc., in Orlando, and this willingness to embrace new ideas recently helped them to receive the National Eagle Award, an award given by the Association of Builders and Contractors to recognize outstanding quality and innovation in construction projects.
The firm competed for and won the commission for the Hensel Phelps Construction Company and was tasked to make it a green project and to achieve a LEED Gold certification from the US Green Building Councel.
This was just one of the challenges of the project.
“It was interesting because these are concrete contractors,” Blakeslee said. “And when it comes to concrete there are people who love it and people like me who struggle to appreciate its use in interiors. And here I had a contractor who does concrete for a living and I really did have to embrace their love of concrete if I was to make the job successful.”
Blakeslee did. And he enjoyed working with the contractors. The centerpiece of the project is a two story sculpted concrete wall made of rough form work and hand polished recesses.
“For most clients, construction is always a challenge because they often don’t understand the process,” Blakeslee said. “But when you’re dealing with a contractor as a client, anything is possible.”
The project was submitted to the Association of Builders and Contractors, and won the Eagle Award for Best Commercial Project in Central Florida. It was automatically submitted to the national competition, where it went up against 90 other projects and won first place once more, as well as winning their first-ever Green Futures Award.
Blakeslee was thrilled – especially since it was the first national award the firm had won – but he has other ways of measuring true success.
“It’s interesting because, in retrospect, the measure of success is getting up every day and applying your trade,” he said.
But Portillo said that Blakeslee is a success in many different ways, and brings his diverse background to the students.
“His professionalism and the life stories he shares are very inspirational to students, and he always has very sage advice,” Portillo said.
Blakeslee’s most important piece of advice, however, is simple.
“If you’re curious and are excited about design and you can keep that part of your life, you’ll be a great success,” Blakeslee said. “I think part of the reason I’ve been successful is that I’m still enthusiastic about it.”
He is still enthusiastic about UF, as well.
“I’ve always felt that UF gave me a pretty unique education and I always felt a real connection there,” he said. “It was the place I learned how to think for myself. My time in Gainesville was well spent.”
October 04, 2010
On Oct. 1, DCP’s interior design program hosted a seminar with nationally known designer Terry Hajduk, called Spaces to Learn. The by-invitation-only seminar focused on learning environments.
Hajduk shared cases of innovative learning spaces he has helped create on campuses across the country, and touched on topics such as the principles of learning (how we respond to physical space where learning occurs), paradigm shift, or constrasting the instructional paradigm with the learning paradigm, the power of space and the dynamics of change. A discussion period followed the presentation.
The event drew nearly 75 students, faculty from across the UF campus, and interiors designers and architects from the community. The seminar was sponsored by Herman Miller, Inc.
See Chapter 15 on Green Flooring in the Green from the Ground Up book for more details.
There is a wide variety of green flooring in the market place today. What makes flooring green:
durabilitynon-toxicityrenewable sourcingtransportationThe challenge is to determine which of these qualities are most important and how they reflect aesthetically. No product has everything so it often amounts to comparing apples to oranges and making what seems like the best choice.
When used as the finish floor, concrete containing high fly-ash content serves several green purposes:
It saves the expense of installing another flooring material, like wood or carpet.Make us of an industrial by-productDoes not harbor allergens, dust and mold, like carpetThe trick is to look for an experienced installer, not necessarily someone who specializes in sidewalks and driveways and is trying to learn something new.
Many people confuse sheet vinyl flooring with "linoleum", as natural mistake. Linoleum makes a better choice than vinyl because it's manufactured with less toxic materials. Because linoleum does not have the same protective surface, it must be polished occasionally resist stains. Be prepared for an odor from the linseed oil that off-gases an aldehyde, which is not toxic for most people and will dissipate.
Vinyl should be avoided as plasticizers called phthalates used to make PVC soft are a health hazard.Bamboo is a rapidly renewable resource and also a durable flooring choice. It comes in two grain patterns - flat sawn or vertical grain - and typically with either a blond or caramelized finish.
There are a variety of bamboo but only a few are appropriate for flooring. Of those few, some are better than others in dry climates. Go with a company like Plyboo or Timbergrass, a supplier that has been in the business for over a decade and offers high-quality flooring.
Available in solid wood and as engineered, prefinished varieties, FSC-certified flooring is available across the country. Be aware that some certified engineered flooring contains urea-formaldehyde as the internal adhesive with only the wear layer (4 mils to 6 mils thick) actually made of certified materials. Other brands, however, are made with formaldehyde-free adhesives and are definitely preferable. EcoTimber is one company selling these flooring products.
Cork is beautiful and has natural anti-bacterial qualities, is soft underfoot, is made from recycled materials, and comes from a renewable source. It's typically made from the waste cork left over after bottle stoppers are manufactured. The only downside is that cork trees grow only in a limited geographical area in the Mediterranean. So, it is a limited resource for the future.
Carpeting for a green home should be made of natural materials, such as wool or sisal with jute backing. Although, natural wool sounds great from a green standpoint, its desirability depends on where the wool comes from. Domestic wool is fine, but if the wool is imported from Iceland or New Zealand it has probably been fumigated with a USDA-required insecticide that is off the charts in terms of toxicity.
Wall-to-wall carpet is an anathema to good indoor air quality. A great alternative to conventional residential carpets is to use commercial carpets from Interface or Collins and Aikman. They have a lower pile and tighter weave and are designed for long term use.
Tiles make durable and attractive flooring that's easy to install and doesn't come with a learning curve like some green products. Look for local, then regional, and finally domestic sources. The best and greenest way to install tile is in conventional thickset mortar. The floor will last longer, will be less likely to crack, and has the lowest toxicity.
Rubber flooring is attractive for its resilience. Most often found in gyms and health clubs, it's also a good flooring option for commercial kitchens. Rubber off-gasses during most of its life so should be installed in places that usually have good ventilation. It is a much better product for outdoor play areas than for children's playrooms inside.
Reclaimed flooring is available locally and through various sources nationally. Vast quantities of old-growth lumber can be found in old warehouse, building, bridges and other structures. Reclaimed wood provides the benefits of old-growth timber without the environmental costs. Another source of wood products is local lumberyards that reclaim urban forests when trees die or are cut down to build new homes and businesses.
Resource-Conscious Questions
You may never find the perfect green product, but you can keep these questions in mind when you are making choices about resource conservation:
Can I reuse what I already have?Can I donate or recycle what I no longer want?What product can I choose that will last a long time?Can I select a product that is made from recycled materials?Can I choose a product that can be recycled at the end of its lifetime?Does this product come from a sustainable source?How much energy did it take to make and ship this product?As a rule, it's best to select the least toxic materials, which is not always as simple as it appears. In attempting to build in a truly green fashion, there will be trade-offs. At times, a more toxic material may be a better performer and less expensive. In general, the risk to occupants from a toxic building product or building assembly - whether synthetic or natural - is lower if the agent is not inhaled or touched.
Much of the standard cabinetry on the market today contains particleboard made with urea formaldehyde binder that emits formaldehyde and other harmful chemicals. Worse than new carpeting. most adhesives and binders for wood products contain high levels of formaldehyde than can off-gas for years.
To make the most of alternative materials and understanding the trade-offs of your decisions, we recommend following these steps:
Ask the Right QuestionsFormulate a Design PlanUnderstand Indoor Air Quality & Resource ConservationReview our Green Cabinet Materials and ChecklistBefore making any decisions, we recommend you ask yourself the following questions:
Cabinet Uses
What will be stored in these cabinets?Are there oversized items that need to be accommodated?How deep, wide and tall should the cabinets be?Do you want to store any items on open shelving?Do any of the cabinets require special lighting?Users
Which cabinets should be accessible to children?Which cabinets should be child-proof?Should cabinets accommodate shorter people?Are there people with disabilities?Layout of Existing Cabinetry
Are cabinets conveniently located to important activities (dishwashing, cooking etc.)?Do cabinets open awkwardly into walkways?Is there enough storage where it’s needed?Is there enough counter space where it’s needed?Aesthetics of Existing Cabinetry
If existing cabinets are not aesthetically appealing to you, why not?Could you change the cabinet hardware or refinish the surface to achieve your desired aesthetic?Could the existing cabinets be useful in a different room?Look and Feel of New Cabinets
Do the cabinets need to match a particular aesthetic?What “feel” do you want in the room? How can cabinets add to that “feel?”Planning for the Future
What changes in family structure/occupancy do you anticipate?Does your cabinet design accommodate different users?Using your answers to the questions above, you should draft a few informal paragraphs to sum up what you want from your new cabinets. It may seem silly, but the act of writing down what you want can make all the difference in the world.
Your short write-up also makes a great gift for your designer, contractor, cabinet-maker or other professional. S/he will appreciate you being clear about what you want.
Green building is a tripod of three interrelated goals:
Energy EfficiencyConservation of Natural ResourcesIndoor Air QualityWhen you are remodeling or replacing cabinets, two legs of the tripod are particularly important: Indoor Air Quality and Resource Conservation.
Cabinet Materials
Cabinets typically are made with a particleboard underlayment. The particleboard contains glue that uses Urea Formaldehyde. At room temperature, urea formaldehyde easily converts from a solid (glue) to a gas (formaldehyde fumes). It’s this property that makes urea formaldehyde a Volatile Organic Compound, or VOC.
During both new home construction and remodels, countless products are introduced to the home at one time. Particleboard is used as an underlayment not only in cabinets, but also in countertops and some furniture. Adhesives, wood finishes, paints and carpeting contribute to the chemical build-up.
Some products may off-gas for months or years after people have moved in to the house. Some people might not notice any symptoms from repeated exposure to the chemical fumes. Other people, however, could become quite ill.
Health Consequences of Chemical Exposure
Chemical exposure can trigger both acute and chronic conditions, from headache, nausea, and eye irritations to liver damage and cancer. Thus far, scientific studies have focused on exposure to a single chemical; we know less about the effects of exposure to multiple chemicals over a long period of time.
Building a new home or remodeling an existing home inevitably means resource consumption. We can, however, do everything in our power to minimize the impact of our construction by making smart choices about the materials we use.
The fundamental issues in conserving resources with cabinets are:
ReuseDurabilitySustainable SourcingReuse Your Cabinets - If you are remodeling, your old cabinets may be useful somewhere else in the house. Many people find, for instance, that they can use old kitchen cabinets for additional storage in the garage, a workshop or in the utility room.
Refinish Your Existing Cabinets - Maybe you can paint or sand and refinish your cabinets to give them a whole new look. You might also try shopping around for new drawer pulls and handles. Replacing your old hardware with new high-end hardware is still much less expensive than all new cabinets.
Donate Your Old Cabinets - If you have explored all the possibilities and you are sure you do not need your old cabinets in your own home, be sure to find your local building supplies donation center. Habitat for Humanity is a good place to start.
Think about the materials used to construct your cabinets and keep in mind some basic questions:
How long will your new cabinets last?Are the materials durable?Have your cabinets been designed to accommodate changes to your household?Will the next owners of your house feel like they need to install new cabinets?What will happen to these cabinets at the end of their lifetime? Are they recyclable?To conserve resources, select cabinetry that is derived from a sustainable source. Options include:
Salvaged Cabinetry or Salvaged Wood
You can create a unique aesthetic by using salvaged cabinetry or salvaged wood. Many people enjoy the adventure of seeking out these one-of-a-kind materials. It gives people a chance to express their art-loving and treasure-hunting natures.
Some salvaged materials are cheap; trendier items might be expensive. There can be unique challenges to installing reclaimed materials so check talk with your building professional about labor costs.
As interest in green products grow, manufacturers are responding with cabinet lines designed to satisfy consumer demands for a healthier indoor environment. Taking advantage of what's available starts with knowing what to look for.
Wheat Straw Panels
Instead of particleboard, you can use panels made from compressed wheat straw. The glue used in this product is a non-toxic MDI resin. In addition to being healthier than particleboard, these panels conserve wood by instead using an agricultural waste product (wheat straw.)
Particleboard Without Urea Formaldehyde
Medite™ is a product that uses 100% recycled wood fiber and a formaldehyde-free resin.
SkyBlend® is a general use particleboard that uses phenol-formaldehyde rather than urea-formaldehyde. Phenol-formaldehyde is much less toxic than urea-formaldehyde.
Real Wood Veneer
Cabinet faces are often solid wood, but consider choosing a wood veneer instead. The veneer is still real wood, but is much thinner and thus utilizes only a fraction of the wood in solid cabinet facing. With veneers, your cabinets look the same but create a much smaller ecological footprint.
FSC-Certified Wood
FSC stands for Forest Stewardship Council. This trusted non-profit certifies wood that has been sustainably harvested. The Council’s standards are rigorous and respected. Wood that is not FSC-certified may be derived from old growth forests or tree farms that are not sustainably managed.
Rapidly Renewable Materials
Bamboo is a grass that grows much more quickly than trees so it makes a popular green cabinetry choice. Before settling on a bamboo cabinet product, though, ask the manufacturer about what resins are used. Just as with particleboard, you should avoid toxic glues that may off-gas.
Choose a cabinet underlayment that does not contain urea-formaldehyde. Options include:
Panels made of compressed wheat strawFormaldehyde-free wood fiber panelsWood fiber panels that use phenol- rather than urea-formaldehydeFor remodels:
Consider simply refinishing your cabinets rather than replacing themConsider using your old cabinets in a different roomIf you don’t want your old cabinets, find a place to donate themChoose durable and versatile materials. Think about:
How long will your new cabinets last?Will they suit your household’s changing needs?Are they versatile enough to be liked by future owners of your home?Will the cabinets be recyclable at the end of their lifetime?Choose a cabinet face material that is sustainably sourced. Consider using:
Salvaged woodWood VeneerFSC Certified LumberRapidly renewable materialsThe top 4 things to consider before choosing your interior finishes and adhesives:
Toxicity - some common building products emit unpleasant and even dangerous fumes that can persist long after homeowners have moved in.
Durability - Building materials that hold up to the rigors of family life are worth the investment, reducing the frequency of repairs or replacement and making interiors less troublesome to maintain.
Resource conservation - Reusing salvaged materials or choosing products that have been made with recycled material means fewer resources have to be committed to making something new.
Sustainability - The best choices are products that are renewable
Green Seal, an independent nonprofit organization that offers green product certification has created criteria for evaluating paint that prohibit some toxic compounds and limit others. Methylene chloride, benzene, vinyl chloride, phthalates, and ketones, for example, are on the list of materials that are completely banned. Standards also require paints to meet performance standards for hiding power (opacity), scrubability (abrasion resistance), and ease of maintenance (stain removal).
Interior finishes come as one of the last stages of construction. Decisions about these materials are important for their potential effect on the health of the people who will in the house, as well as how much money they'll spend to maintain it.
Choosing a low/no-VOC paint is only half the battle. You also have to consider any tints that are added to color the paint. Choose the color you want first, then find out from the manufacturer whether the tints needed to make it add VOCs back into the paint. Pastel colors typically have the fewest VOCs and dark colors have more.
Low-VOC paints should be applied with plenty of ventilation, just like conventional paints. When possible, keep windows and doors open. You can keep fumes downwind by placing a fan in the doorway so it blows air out of the room, or an exhaust fan in a window. Work your way through the room so you're always upwind of fresh paint.
Wood finishes, particularly solvent-based floor finishes, can be especially harmful to the health of children. There are a range of water-based products that perform almost as well without the potential hazard. But be aware, they don't behave or look exactly like their solvent-based equivalents - they don't penetrate the wood in the same way, so they don't impart the same amber quality to bare wood.
Consider BonaKem for low-VOC floor finishes with various levels of durability and AFM Safecoat for VOC water-based finishes and very low-VOC, no formaldehyde Polyureseal BP® that can be applied as an alternative to solvent-based finishes.
The highest concentration of known carcinogens are found in solvent-based adhesives. There is no reason to continue using these products. Virtually all major manufacturers offer urethane-based adhesives that are not only stronger but bond to wet wood, a problem for solvent-based adhesives.
Look for the VOC content on the tube or can, it should be less than 150 g/l and lower if possible.
No matter what kind of drywall you use it will need priming and painting. An alternative for indoor wall finishes is natural plaster, a popular finish material available in a variety of colors that's applied to primed and sealed gypsum drywall, blue board, or other suitable substrate. Plasters are thought of as living finishes and may take some extra care to maintain if you experience a crack or chip in the surface. They are very natural, breathable surface covers that are often preferable for clients with chemical sensitivities, as they do not contain any VOCs.