WE TURN YARDS INTO GARDENS Bloom Garden Co. believes that the practice of gardening is fourfold: It is an art, a science, a service to our clients, and a service to our planet. For those four reasons, we are passionate about the development and maintenance of beautiful gardens, serious about horticultural knowledge, committed to professionalism in service, and pioneering in our use of environmentally sustainable methods. We are Tallahassee's first electric lawncare company. We use 100% Lithium Ion powered lawn equipment. We carry no chemicals with us. We minimize fertilizer use to mitigate nutrient pollution. We value organic principles and natural systems. We want to change the way you think and feel about your yard.

We build using techniques that always make Mother Nature happy. When moving stormwater away from buildings and parking areas we use vegetated swales and rain gardens that will allow the water to slow, spread, and sink into the earth to recharge groundwater basins. Doing this not only looks better than using pipes with asphalt and concrete basins but doesn’t carry pollutants into our creeks, lakes, or oceans as the plants will treat the water before it flows away.

Beechwood sits on the edge of an Area of Outstanding Natural Beauty (AONB) in Oxfordshire. Employing high-quality materials, simple detailing and robust forms, the design produced a contemporary and sustainable home appropriate to its context. The materials used in the project push conventional design boundaries but sit together harmoniously in the woodland setting. Blue/black engineering brickwork combine with pre-weathered Corten steel cladding, enabling the house to bleed into the landscape. Implementing energy saving solutions was integral to the success of this project and was a key part of the client brief. The design followed best practice in nine categories of sustainable design: energy and CO2 emissions, water, materials, surface water run-off, waste, pollution, health and wellbeing, management and ecology. Beechwood achieved a Level 4 certificate under The Code for Sustainable Homes.

We build using techniques that always make Mother Nature happy. When moving stormwater away from buildings and parking areas we use vegetated swales and rain gardens that will allow the water to slow, spread, and sink into the earth to recharge groundwater basins. Doing this not only looks better than using pipes with asphalt and concrete basins but doesn’t carry pollutants into our creeks, lakes, or oceans as the plants will treat the water before it flows away.

There are many lighting rules which apply to the conceptual plan. Smaller parcels diminish light glare and pollution for the neighbors. Overuse of horizontal fixture types creates a landing strip appearance. The lighting design should have no dark holes. There should be lighting connectivity and composition throughout the design. Equal brightness of focal points surrounding architectural elements needs to be considered. Brightness levels need to be illuminated with connecting lower levels of illumination and stay underneath dark sky limits. The points of view need to be identified. These, and other lighting conceptual concerns, are presented and discussed individually in an effort to establish a master lighting plan for the property. This lighting plan can be implemented in phases do to budget, time constraints, and desires of the homeowner. The landscape lighting master plan brings the landscape plan to the fullest 8 seasons, 4 seasons both day and night.

This private residence in Toronto has the distinction of being the first building in North America to be conceived and built from the ground up using the principles of BioGeometry®. Built to the highest standards, it is a true “green” building, green in the context of being true to nature and sensitive to Earth’s demands. The application of BioGeometry® has created a habitat that promotes a frequency of optimum health and well-being for the occupants. Blending with the neighbouring houses (as required by the Building Department) and built with natural materials, this home is a beacon of health, affecting the surrounding neighbourhood. The BioGeometric principles used in the design and construction allow the house to have a positive effect on pollution and on any deleterious EMF emissions caused by high-tension wires and cellphone towers.

Captures over 99% of airborne particles down to 0.3 microns for rooms up to 400 sq. ft. Features Smart Auto mode to allow the air purifier to automatically adjust fan speeds based on the air quality level. Air quality monitor continuously samples incoming air, measures levels of pollution and indicates air quality with an easy to read LED screen.

Situated on Lake Austin, we knew that this was going not going to be a simple remodel. From the start we planned that we had to leave the original home in place so that we could be grandfathered at it's location for the new addition and benefit to the close proximity that the home was to the lake. New regulations required that the home be set back further from the lake. It became clear during the design process that our owners were 100% committed to making this home not only environmentally friendly but also energy efficient by incorporating many high performance and up to date science into the design. Using Geo Thermal is one of them. They didn't want airconditioners to pollute the environment with their noise. They preferred to hear the trill of the birds instead. The resulting new build was designed with the original structure and added onto. The owners entertain but didn't want formal living spaced. The resulting structure is simultaneously freshly modern and comfortingly familiar. Awarded the Texas Association of Builders, Remodel/Renovation/ Addition of the Year STAR Award. Carport minimizing impervious cover. Built by Katz Builders, Inc. Custom Home Builders and Remodelers, Designed by Architectural firm Barley & Pfeiffer

Air ionizers clean the air by electrically charging it, creating negative ions. These negative ions, or anions, bind to airborne pollutants and pull them out of suspension.

With cool chromed steel legs and black faux leather or natural khaki fabric upholstery, the Clubber Sofa is a sleek armless sofa that turns effortlessly into a comfortable bed. Features: A multifunctional and modular convertible sofa bed Upholstery: Fabric or Leather with foam pocket spring mattress Frame: Black Powder-Coated Steel Also offered in matching Clubber Chair Legs: Chromed Steel Environmentally Friendly Material: Recyclable Waste, Plastic and Metal Residual, Combustible Waste is incinerated in Low-Pollution Plants Suitable for both residential and commercial use. Dimensions: 82"W | 36 - 45"D | 31"H Seat height: 16" Total Weight: 154 lbs"

NYC Highline bears extreme weather/pollution/ high contact use. The Invisible Shield® PRO 15 was applied to NYC to protect against the elements. The Invisible Shield has preserved the integrity of the glass which has been exposed to the harshest of elements for nearly a decade. Invisible Shield is time tested to exceed New York City’s interactive urban environment.

The homes in Heritage Hills in Chapel Hill, NC are representative of the popularity and explosive growth of American Home Ownership that occurred during the economic expansion that followed the end of WW II. They were designed and built to foster the benefits and sense of “community”, where families could come together and share theirs and their children’s lives. They are typically in very desirable locations within their larger communities, and remodeling them with modern amenities, increasing the performance and efficiency of them, and having them Green Certified (independent third-party verified) makes them extremely attractive to buyers, and helps to raise other property values within the neighborhood. Green Certified Remodeled Homes offer significant value and advantage in the marketplace over similar homes in their area, which is especially important as a new, younger era of home buyers enter the market. Current trends suggest that younger (as well as many “seasoned”) homeowners are interested in smaller, more efficient (and thus affordable) homes situated closer to shopping, their work, entertainment opportunities, and access to the economic and environmental benefits of mass transit. These older homes also offer an additional value that is continuing to gain visibility and appreciation in the market place. They were built from lumber from slower-growth trees (denser and harder wood), and as such offer superior structural support compared to the same home built using lumber from today’s faster-growing (softer and less-dense wood) trees. Robin and Kent had lived in their 2-story Gambrel Roof home in Heritage Hills since 1994. The house was structurally sound, due in large part to the old-growth (and denser) yellow pine that was used in its framing. They loved the quiet neighborhood, its sense of community and amenities, and their home. It suited their life-style and needs; and they had decided that they would remain in the home. It was showing its age, and was in need of general repairs and maintenance, and its energy, water, and indoor air quality performance was continuing to increase their ongoing cost of ownership. Robin loved the screen porch that looked out on their private and nicely landscaped back yard, but she wanted to be able to use it in the colder months of the year. She was unsatisfied with the kitchen and the mud room / laundry room, and the darkness of other living spaces. A previous water leak in the laundry room had resulted in a large patch of mold that had compromised flooring, wall board, and insulation and contributed to the homes reduced indoor air quality. The home lacked insulation in the crawl, and inadequate insulation in the attic. The single HVAC unit had been replaced a few years earlier with a more efficient unit, but with a single programmable thermostat control on the first floor and aging and un-insulated ducting, the second floor was often over-heated in the summer months. The original wood windows had begun to deteriorate and were drafty and inefficient, and the original wood-burning fireplace was an open conduit for escaping conditioned air as well as an inlet for wood-smoke smelling air being pulled into the home. The siding had been replaced a few years earlier with a cement-fiber product, but the exterior wood trim was compromised and beginning to look unsightly. Its original architecture had been altered over the years in ways that presented ongoing maintenance and durability issues, as well as disrupting the elegance of the original design. Kent has worked for over 30 years in the Environmental Sciences field, and is considered to be a national expert in understanding the sources of, and human exposure to pollutants in indoor environments. He had always been very conscious and cautious about the effects on indoor air quality that the construction, furnishings, and products used in home had on him and his family. Project Goals Increase the performance of their home by improving energy efficiency by at least 40% and lowering their natural gas and electric utility costs. Increase the performance of their home by reducing water usage by at least 40% and lowering the water utility costs. Increase the comfort of their home that was being compromised by an inadequate HVAC design, inadequate insulation, inefficient and compromised wood windows, and copious air intrusions and drafts. Improve the healthiness of the homes indoor air quality that was being compromised by an open wood-burning fireplace, and prior water intrusion that had allowed colonies of mold to thrive. Create a new Kitchen, Family Room, Home Office, Mudroom, and Laundry Room that featured some of the latest designs and trends and harmonized with the rest of the homes charm. Increase the usefulness and aesthetics of the screened porch by creating a warm and inviting semi-conditioned 3-Season Room that extended the times during the year that it was comfortable. Introduce day-lighting into areas of the home that were dark and uninviting. Brighten and harmonize all of the interior finishes. Protect and restore the exterior of the home with superior-performing products and finishes. Achieve Gold Level Green Home Certification in conformance with the ICC 700-2012 National Green Building Standards (NGBS).

We build using techniques that always make Mother Nature happy. When moving stormwater away from buildings and parking areas we use vegetated swales and rain gardens that will allow the water to slow, spread, and sink into the earth to recharge groundwater basins. Doing this not only looks better than using pipes with asphalt and concrete basins but doesn’t carry pollutants into our creeks, lakes, or oceans as the plants will treat the water before it flows away.

We build using techniques that always make Mother Nature happy. When moving stormwater away from buildings and parking areas we use vegetated swales and rain gardens that will allow the water to slow, spread, and sink into the earth to recharge groundwater basins. Doing this not only looks better than using pipes with asphalt and concrete basins but doesn’t carry pollutants into our creeks, lakes, or oceans as the plants will treat the water before it flows away.

The homes in Heritage Hills in Chapel Hill, NC are representative of the popularity and explosive growth of American Home Ownership that occurred during the economic expansion that followed the end of WW II. They were designed and built to foster the benefits and sense of “community”, where families could come together and share theirs and their children’s lives. They are typically in very desirable locations within their larger communities, and remodeling them with modern amenities, increasing the performance and efficiency of them, and having them Green Certified (independent third-party verified) makes them extremely attractive to buyers, and helps to raise other property values within the neighborhood. Green Certified Remodeled Homes offer significant value and advantage in the marketplace over similar homes in their area, which is especially important as a new, younger era of home buyers enter the market. Current trends suggest that younger (as well as many “seasoned”) homeowners are interested in smaller, more efficient (and thus affordable) homes situated closer to shopping, their work, entertainment opportunities, and access to the economic and environmental benefits of mass transit. These older homes also offer an additional value that is continuing to gain visibility and appreciation in the market place. They were built from lumber from slower-growth trees (denser and harder wood), and as such offer superior structural support compared to the same home built using lumber from today’s faster-growing (softer and less-dense wood) trees. Robin and Kent had lived in their 2-story Gambrel Roof home in Heritage Hills since 1994. The house was structurally sound, due in large part to the old-growth (and denser) yellow pine that was used in its framing. They loved the quiet neighborhood, its sense of community and amenities, and their home. It suited their life-style and needs; and they had decided that they would remain in the home. It was showing its age, and was in need of general repairs and maintenance, and its energy, water, and indoor air quality performance was continuing to increase their ongoing cost of ownership. Robin loved the screen porch that looked out on their private and nicely landscaped back yard, but she wanted to be able to use it in the colder months of the year. She was unsatisfied with the kitchen and the mud room / laundry room, and the darkness of other living spaces. A previous water leak in the laundry room had resulted in a large patch of mold that had compromised flooring, wall board, and insulation and contributed to the homes reduced indoor air quality. The home lacked insulation in the crawl, and inadequate insulation in the attic. The single HVAC unit had been replaced a few years earlier with a more efficient unit, but with a single programmable thermostat control on the first floor and aging and un-insulated ducting, the second floor was often over-heated in the summer months. The original wood windows had begun to deteriorate and were drafty and inefficient, and the original wood-burning fireplace was an open conduit for escaping conditioned air as well as an inlet for wood-smoke smelling air being pulled into the home. The siding had been replaced a few years earlier with a cement-fiber product, but the exterior wood trim was compromised and beginning to look unsightly. Its original architecture had been altered over the years in ways that presented ongoing maintenance and durability issues, as well as disrupting the elegance of the original design. Kent has worked for over 30 years in the Environmental Sciences field, and is considered to be a national expert in understanding the sources of, and human exposure to pollutants in indoor environments. He had always been very conscious and cautious about the effects on indoor air quality that the construction, furnishings, and products used in home had on him and his family. Project Goals Increase the performance of their home by improving energy efficiency by at least 40% and lowering their natural gas and electric utility costs. Increase the performance of their home by reducing water usage by at least 40% and lowering the water utility costs. Increase the comfort of their home that was being compromised by an inadequate HVAC design, inadequate insulation, inefficient and compromised wood windows, and copious air intrusions and drafts. Improve the healthiness of the homes indoor air quality that was being compromised by an open wood-burning fireplace, and prior water intrusion that had allowed colonies of mold to thrive. Create a new Kitchen, Family Room, Home Office, Mudroom, and Laundry Room that featured some of the latest designs and trends and harmonized with the rest of the homes charm. Increase the usefulness and aesthetics of the screened porch by creating a warm and inviting semi-conditioned 3-Season Room that extended the times during the year that it was comfortable. Introduce day-lighting into areas of the home that were dark and uninviting. Brighten and harmonize all of the interior finishes. Protect and restore the exterior of the home with superior-performing products and finishes. Achieve Gold Level Green Home Certification in conformance with the ICC 700-2012 National Green Building Standards (NGBS).

There are many lighting rules which apply to the conceptual plan. Smaller parcels diminish light glare and pollution for the neighbors. Overuse of horizontal fixture types creates a landing strip appearance. The lighting design should have no dark holes. There should be lighting connectivity and composition throughout the design. Equal brightness of focal points surrounding architectural elements needs to be considered. Brightness levels need to be illuminated with connecting lower levels of illumination and stay underneath dark sky limits. The points of view need to be identified. These, and other lighting conceptual concerns, are presented and discussed individually in an effort to establish a master lighting plan for the property. This lighting plan can be implemented in phases do to budget, time constraints, and desires of the homeowner. The landscape lighting master plan brings the landscape plan to the fullest 8 seasons, 4 seasons both day and night.