Month: January 2012

More Canning in 2012?   David J. Baumler Explains the Fermentation and CanningProcess

More Canning in 2012? David J. Baumler Explains the Fermentation and CanningProcess

One trend for 2011 was an interest in food preservation, and an increase in sales of Ball Jars (the jars sold for canning.)   Years ago I made pickles  – and tried canning for the first (and only) time.  I am considering trying canning again this summer.  Over the holidays, I talked to my brother, David J. Baumler, who is an expert in fermentation and canning.  Dave is a researcher in Cellular and Molecular Biology,  a CIBM Post-doctoral fellow at the Genome Center the University of Wisconsin Madison, and an avid creator of homemade salsas, pickled green beans, and peppers. He helped explain the canning process, and the renewed interest that is occurring in food preservation.

Dave said that there has always been a correlation between a reduction in jobs, a recessive economy and an increased interest in canning.   He said that with the current economy, and the increased interest in gardening and growing food – that it makes sense that canning and preservation are making a comeback.

When you grow your own food, you end up with a large batch of a vegetable, usually too much that you can eat. What can you do with a big batch of tomatoes, peppers, or other food?    One solution to this is to preserve and can it.

Years ago, Dave increased the number and variety of pepper plants that he grew.  During summer, he would have a huge batch of peppers and had a choice of drying, freezing, and canning/preserving them.  This led to Dave learning how to can.

Fermentation was the primary method of preserving food before refrigeration.  It remains today as a viable and sustainable way to preserve food.  The canning process starts with fermentation as the first step – where certain bacteria are broken down, acid is made, and the food is “preserved.”  This is done by cooking the food item with sugar or lemon, which later turns to vinegar.  An increase of salt and fermentation to the food helps bring the pH of the food to below 4.5 – which Dave said is the “magical number” of food preservation.

In a pH of 4.5, Dave explained that no bacteria can survive that can cause disease.  The bacteria called clostridum botulinum (aka botox) is one of the main bacteria that can cause death, and can not live at the pH of 4.5 or more.  Due to this, most canning recipes have you add at least 1 tbsp of vinegar or lemon juice, to help adjust the pH to a safe level.

The other important component to canning is using heat to prevent mold from growing in the canned goods.  Most recipes call for boiling jars in hot water for 15 minutes, in order to kill any living mold spores.  If this is done correctly, canned foods can be stored at room temperature for a year.

Today, canning is cheap and easy to do.  Dave said that he got inspired to can when he saw the price of pickled specialty foods such as pickled green beans or brussel sprouts costing $8.00.  Also, he had grown to like the flavor of pickled vegetables.

How to get started canning?  Many universities (such as University of Madison in WI, or Ohio State University in OH) have food extension programs that have tested recipes for canning, workshops, workshops, and certification classes about preserving food and canning.

In 2009, a group called Canning Across America got started which includes cooks, food lovers and gardeners who wanted to revive the lost art of canning.  The group does demonstrations, has recipes, and advice on getting started.

 

Image Source:
University of Wisconsin

 

Links:

Tested Recipes for Canning- UW Madison

Food Recipes- OSU Online

Canning Across America

National Center for Home Food Preservation

David J. Baumler

BBQ Sauce Made of Hay and Crabapples?  A Potential Solution to Food Issues

BBQ Sauce Made of Hay and Crabapples? A Potential Solution to Food Issues

Since 2004, the restaurant Moto has been creating “high-tech” dishes which incorporate elements such as carbonated fruit, edible paper, lasers and liquid nitrogen.  The restaurant is located in the Fulton River District in Chicago, and is the work of Chefs Homaro Cantu and Ben Roche.  Their kitchens have high-tech equipment such as Class IV lasers and liquid nitrogen, and is a laboratory for what Cantu calls, “food engineering.”

This type of cooking, called “molecular gastronomy” of making science-based food is credited to chef Ferran Adria of El Bulli in Spain.  At Moto, Cantu and  Roche have been redesigning the food and dining experience , serving 15- course meals with some food being reconfigured into new forms and shapes.   Some of their dishes include a Cuban pork sandwich that looks like a Cuban cigar, a blended liquefied frozen carrot cake, and Chili-Cheese Nachos, a dish that looks like nachos but is actually a sweet dessert with crumbled chocolate that looks like “chili” and flash-frozen strips of mango playing the part of grated cheese.

Currently, Cantu and Roche are asking how can the food innovations pioneered at their restaurants be used for good?   Is it possible to save fuel by taking the delivery driver out of the equation? Download pizza off the internet? Reduce landfill mass by making edible packing peanuts?

In their restaurants, they have experimented with edible packaging, making edible printed “paper” with an image of food on it, or edible menus, which tastes just like the food that is pictured..

They make challenges to their team in the kitchen – such as “How can we make a hamburger patty, but without the cow?”  The outcome of this investigation was a juicy hamburger patty from the major components of a cow’s diet: Barley, corn, and beets, which they say is the first veggie-burger to bleed as it cooks, like meat.

Cantu and Roche see the flavor-changing miracle berries having great potential in helping the world’s food crisis.  Miracle berries, when eaten, will mask certain taste receptors on the tongue that make things taste sour. This makes eating a lemon, instead of being to sour, taste like lemonade. Making “sushi” out of local watermelon, or paper that tastes like a Greek salad could have a future in helping reduce food transportation and increase food access.

Another assignment they explored in their kitchen was to see if they could cook with local plants and weeds in the Chicago area.   For this, the chefs looked for plants in the sidewalks and backyards.  With lots of research, they found many that were healthy and could be cooked.  Out of this challenge, they made a BBQ sauce made of “free” and local hay and crabapples.

Using local plants the team sees as a solution to food access issues, and having potential of helping turn food miles into food feet, and leading to future grain sources to replace flour.

To hear more about their ideas and food, you can watch the 10 minute talk called Cooking as Alchemy given by Homaro Cantu and Ben Roche from the March 2011TED Conference.
Image Source:
www.moto.com

 

Links:

Homaro Cantu + Ben Roche: Cooking as alchemy – TED Talk

www.motorestaurant.com

 

The New Look of Solar Panels: SMIT’s Tensile Solar Structures

The New Look of Solar Panels: SMIT’s Tensile Solar Structures

SMIT is a brother and sister design team, Samuel and Teresita Cochran,  who have been working with architectural designer Benjamin Wheeler Howes to develop new innovative solar applications.

Their new design called Tensile Solar Structures are lightweight, modular systems that produce solar power and have a new look.

Usually the use of large solar photovoltaic panels are considered to be an eyesore, and a necessary evil of clean energy.  Providing solar with a new look, Tensile Solar Structures are light, have a patterned appearance, and look like a piece of modern sculpture.

Tensile Solar is inspired by the intersection of fabric architecture, modern composite materials, and thin film photovoltaic technology.

The panels are supported by posts and high tensile stainless steel cables at their edges, Tensile Solar Saddle structures are free standing canopies and awnings. They span areas up to 850 s.f. and can deliver up to 3 kw of power.

Possible uses for the solar panels could be a shade cover in a backyard, a cover for a parking lot, or in other locations.   The designs are patented, and both preconfigured and custom structures are available.

Image Source:
www.tensilesolar.com

Links:

www.tensilesolar.com

Lights made of Real Dandelions

Lights made of Real Dandelions

Lights made of real dandelions?   Studio Drift has made electrical light sculptures with dandelions that combine nature and technology. These module light installations are made of modules, each of which is made of 3 “dandelights,” and can setup with just a few modules, or up to 500.  The lights are made with real dandelions that are suspended on a three-dimensional geometric component.

The designers behind the dandelights, Ralph Nauta & Lonneke Gordijn,  often use light as a medium.  On their website they write, “We are curious about the future, not only the new technologies that are changing design, but also the evolutionary developments in nature and human culture. We strive to find the perfect combination of knowledge and intuition, science fiction and nature, fantasy and interactivity.”  They have a variety of light designs that they have made, and do custom sculptures and installations.

Currently, they have an installation on view at the Israel Museum as part of the Curious Minds Exhibit.  Curious Minds explores the social, cultural, and ethical consequences of new technologies and reconsiders the issues of human behavior that have so pervaded art and design since the dawn of the industrial revolution.

Image Source:
Studio Drift

Links:

Studio Drift

Curious Minds

Barbie has a Dream House … with Solar Panels and a Meditation Room

Barbie has a Dream House … with Solar Panels and a Meditation Room

This past summer, the American Institute of Architects (AIA) sponsored a competition for architects to design their own interpretation of a Barbie® DreamHouse™.  Five finalists were chosen, and then they were put to a public vote.  The winning design, which was submitted by Ting Li, Assoc. AIA, LEED AP and Maja Paklar, Assoc. AIA,  features solar panels, a landscaped rooftop and irrigation system, operable shading devices, bamboo flooring, and low flow toilet and sink fixtures.

It also has a meditation space, a home gym, and a 1,500 square foot entertainment area.  Spaces in the house include a computer-controlled tower closet and a 1,500-square-foot space for entertainment facilities and a chef’s kitchen.  The house is designed to be built on a bluff overlooking the Pacific Ocean.

The contest coincided with the launch of a new Barbie doll – “Barbie I Can Be… Architect Doll” with Mattel, in an effort to engage and inspire young girls to experience the world of architecture and design thinking.  Architect Barbie is promoted with the phrase, “Your daughter can play out her dream of being an innovative, creative architect!” and the doll has a outfit featuring the bold colors and clean lines of the city skyline, has black rimmed glasses, a hart hat, and a carrying case for her latest designs, and a model Dream House.

The winning Dreamhouse is not planned to be built, so it seems like Barbie will still be living in her old place for now.

Image Source:
www.artrick-playground.com
American Institute of Architects

Links:

Architect Barbie Dream House Competition – AIA Contest

AIA Declares Winner of Architect Barbie Dream House Contest – Design Taxi

www.icanbe.barbie.com