How To Make Safe & Healthy Food For Your Dog
Are you like me and afraid to feed your dog ANY commercial dog food? How can we trust the dog food industry now? How do we
know if any of the dog food on shelves in the stores is safe?
I’ve been feeding my dog, Puddles, those small cans of chicken and small can of sausages. I’ve also been feeding her bologna and
hot dogs.
Frankly, this is getting too expensive for me. Puddles is a big dog with a big appetite! I’ve been searching the internet for information on how to make my own dog food, and I found a great source! His name is John Miller, and you can immediately download tons of healthy recipes. I am so relieved I found this! Have you been reading the labels on all the dog food bags in the stores to check for wheat gluten like I’ve been doing? What about just wheat? Wheat is in many of the dog foods.
Are you thinking that the dog food industry is maybe not telling us everything? I don’t want to give my dog any food that has any kind of wheat in it at all! That’s why I wanted to find recipes to make homemade food for Puddles, so I can feel good about what she’s eating and I know she’s safe and healthy. I know it’s takes a little more time and effort to make your own dog food, but I feel like my dog, Puddles, is worth it. Isn’t yours?
Organic Food
Organic food is the food produced without using any type of chemicals. The food industry processes it without additives. In the year 2000, the National Organic Standards Board of the US Department of Agriculture (USDA) supplemented non-organic food with organic. The food industry produces organic food without using sewer-sludge fertilizers, pesticides and synthetic fertilizers, growth hormones, genetic engineering, antibiotics and irradiation.
For an organic certification, the food has to pass through a series of tests, and it comes with a process fee. The US Department of Agriculture regulates this procedure. This food contains 50 per cent of additional nutrients, vitamins and minerals as compared to any other food.
Organic food does not stand for natural food. However, natural food may contain organic or refined food. The food industry has labeled organic food as ‘organic’ that meets the organic standards of USDA. Food agencies in the world claim that this food is better for consumers than the ordinary non-refined food. Consumers worldwide are switching to such type of food, which is more nutritious and safer.
Advantages:
Meat farming in an organic manner provides many benefits. It is tastier, nutritious, additive-free and healthier for people. It is also Genetically Modified (GM) and Bovine Spongiform Encephalopathy (BSE) free. The law of Europe disallows using genetically modified organisms (GMO) in any phase of farming and organic food.
At the time of modifying an organism genetically, the food industry uses genes from other species. This is for providing benefits such as speeding up growth, increasing yields, and making the organism pest-resistant. Most people feel sensible for not to include GM food in their diet.
The neural disease in farm animals Bovine Spongiform Encephalopathy (BSE), which is likely to cause a similar disease Creutzfeld Jacob Disease (CJD) to humans, was a result of feeding livestock with food containing animal proteins. Such feeding practices are not natural and they cause diseases such as BSE.
Studies reveal, providing animals with food that is organic in nature, assures them good growth, reproductive health, resistance from illnesses and more chances of survival than the animals that are given non-refined food.
This food is environment-friendly and is usually grown for animals avoiding the use of artificial fertilizers, herbicides and pesticides. Absence of pesticides from such food means animals and wild plants survive well thereby encouraging bio-diversity.
People prefer to eat this food over non-organic food, as it is tastier as compared to conventional food. Finally, the food is also rich in anti-oxidants.
Physics - The Concept of Heat Transfer
Heat can be transferred from one substance to another, a phenomenon used for example during the transfer of heat. By this we understand such a transfer of heat between adjacent lying particles. Particles from the warmer part of a substance transfer their kinetic energy by colliding into particles located in the cooler area. The degree to which heat energy can be transferred depends on heat conductivity (the ability to transfer heat). For example, metals are good conductors of heat but wood is a very poor conductor of heat.
Another method of how heat can be transferred is through heat radiation. In this way, heat transfers without the need for other substances.
Yet another form of transferring heat is convection, which is accomplished through flowing gases or liquids.
An example of heat being transferred through flow or heat radiation is hot water heating. This type of heating is used to transfer energy generated within a boiler, heated with the use of coal or oil. By burning these fuels, energy is transferred to the water circulating within the boiler. The heated water has a smaller density, for which reason it rises, transferring its gained energy to a radiator or radiators. Heat energy is then further transferred within the radiators between the heated water and the air surrounding the radiator. The heated air surrounding the radiator in turn transfers its gained energy according to the principle of heat radiation: the heated air above the radiator rises and is replaced by cooler air drawn from below the radiator. By this process, the air within a closed environment gradually becomes warmer.
Heat transfer can be hastened and made more effective by the use of pumps. By the use of water pumps, heat energy is drawn from a certain medium with a lower temperature (heat source) and transferred to a medium with a higher temperature (heat storage). The principle of how a heat pump operates is similar to a refrigerator’s compressor, where the operating liquid medium is evaporated in the vaporiser due to the surrounding temperature (of the heat source) and then compressed in the compressor. During this process, both pressure and temperature increase, after which water is passed through the compressor and then circulated through the heating circuit. The working medium condenses and then resent to the vaporiser.
A heat pump is more effective the smaller the difference between the heat source and the heat storage. The disadvantage of a heat pump is that it absorbs heat from surrounding objects, as such cooling the environment in which it is located (such as for example a floor space).h
Solar Heat Exchangers - Heating Your Home With The Power Of The Sun
If you are interested in harnessing solar power for solar heat in your home, but are not quite in the position to be installing solar panels and a large solar heating system, you should consider using a solar heat exchanger. Solar heat exchangers are great for heating your home in many different capacities. They are also usually quite affordable.
Did you know that heat exchangers are used throughout your home already? They are commonly found in cars, refrigerators, and air conditioners and they regulate the heat that is generated and used in these items. They prevent over-heating and transfer the right amounts of heat to the right places. Solar heat exchangers are essentially the same, but they transfer the sun’s heat instead of heat generated by an appliance or engine. They usually use liquid and air to transfer heat to another area, such as your swimming pool or your hot water tank.
One of the most popular types of solar heat exchangers is a swimming pool heater. These are great for any swimming pool owner. As you may know, heating a swimming pool can be expensive and consumes quite a bit of energy. If you don’t want to give up your heated pool, but still want to be environmentally friendly, you should look into installing a solar heat exchanger.
Another type of solar heat exchanger is one that works to heat smaller areas, such as hot water heaters and sheds. These heat exchangers are great for those individuals that want to use solar heat, but do not want to spend a lot of money. These come in a variety of styles and sizes, so you can choose one that suits your needs.
Does the HVACR Industry Really Matter? - Absolutely
If all HVACR involves is keeping my home or office cool, then is it really necessary? Can’t I just suffer through the summer when it’s hot and the winter when it’s cold? It’s more than just keeping your body cool as you work throughout the day, though that is important to helping people in an office work to the best of their abilities. HVACR maintenance is important for keeping electronic equipment functioning properly. It keeps the machinery functioning well in air that is clean and dry. HVACR systems are especially important in places like hospitals, day care centers, and nursing homes where people’s health depends on well-functioning equipment. Intense heat or poor air quality could cause severe health problems in any person, but most especially in young children and older adults.
HVACR units are imperative in environments that require a controlled atmosphere, more than just applicable to a person’s health or comfort. Research facilities need a controlled temperature and air quality; these facilities may include places like labs for pharmaceutical studies or food preservation techniques. HVACR systems allow these controlled environments to be kept at the appropriate temperature and kept sterile. Even the food distribution industry requires well-maintained systems for keeping food safe for people to eat.
What kinds of jobs can I get in the HVACR industry?
Any type of business that functions indoors requires an HVACR technician to maintain the systems. An HVACR technician can be assured to find job opportunities that are secure, stable, well-paid, and provide the ability to move upward in the field. They also have the choice to stay in a certain area or move anywhere in the world to use their skills. Technology is constantly changing and HVACR technicians are always up on the new equipment and training to work efficiently. So what kind of job can you get after going to trade school?
After training, students may decide that they want to have very little to do with handling the systems themselves, or they may decide that is all they are interested in working with. Some students end up taking jobs in sales and marketing rather with the physical systems. After training at an HVAC trade school, students can become contractors or business owners, developing their skills in communication and evaluation to fix problems with proposed solutions.
Many students will become HVACR technicians, being the ones to perform the maintenance the equipment. Students can also be designers, using computer-aided designs to produce blueprints of the HVAC systems. Or students can be the people building the products rather than simply maintaining the systems by becoming an engineer. HVAC students have also been known to become pipe-fitters, those who maintain the industrial piping systems that move the chemicals through the heating and refrigeration system. Similarly, some people get involved in the research and development side of the HVAC industry, and work to develop new technologies in HVAC equipment and systems. Some students become inspectors, where they check how the companies are maintaining the systems and that equipment regulations are being adhered to.
Trained technicians are required for handling the refrigerants because of the danger in their handling and disposal. Misuse of refrigerants can be harmful to the environment and destructive to the ozone layer, in addition to being dangerous to those who handle them. As in any job, the more education technicians receive, the more likely they are to advance in their career. The plus of acquiring a degree from a vocational school is that starting salaries are generally higher and students have a strong understanding of the many disciplines of HVAC technologies.
Discover the Truth About Water Purification
Water purification is a complex topic, but learning a little about the technology is a good idea. This is especially true, if you are shopping for a home water filter. There some really good water purifiers and some mediocre products. What follows are some suggestions about which type to look for and which ones to avoid.
If you live in an area with a public water purification facility, then the liquid that comes through your faucets has already been treated in a number of different processes. Of course, some treatment plants can supply cleaner water than others. In its latest published annual report the EPA stated that “76% of the populations served by public water systems received drinking water with no significant violations”. That means that for the other 24% there were significant violations.
It is reports like this that have caused consumers to look at ways to obtain cleaner drinking water. As a result sales of water filters have increased substantially. Companies ranging from Sears to the Clorox Bleach Company are selling water purifiers. Regardless of where you live, there are some contaminants still present in the water supplied to your home. The only way to completely protect yourself is to invest in a water purifier of your own.
EPA standards are not all that high, you see. For example the level of chlorine allowed by the EPA is not considered safe by some experts. A recent study carried out at Birmingham University found that babies born in areas where drinking water is heavily disinfected with chlorine are at double the risk of heart problems, cleft palate or major brain defects.
Chlorine can be removed with an activated carbon filter, but the effectiveness of the different models varies between 75-99%. You should ask to see a certification, before you buy. The California Public Health Certification is the most stringent. UL listings are also reliable.
The best manufacturers of home water purification systems provide this information freely, along with their other brochures, but only in three states are they required to have their products certified.
One problem that public water purification systems cannot address is contamination with bacteria resistant to chemical disinfection. One of the biggest threats is a parasite called cryptosporidium. Some home water purifiers can block 99% of these illness causing parasites, but not all.
In addition to chlorine and bacteria there are more than 2000 chemicals in tap water, many of them potentially cancerous. The best water filter for the money is one that blocks them all.
What should you avoid? You probably do not need reverse osmosis water purification. It does nothing to remove chemicals or bacteria. It’s outrageously expensive and wasteful. It does, on the other hand, remove health giving minerals from the water. This type of water purifier is only helpful if you live on an island or your only source for drinking is an untreated lake or river water.
Water purifiers complete the process begun at the public water purification plant. Be a smart shopper and choose the right ones.
Reviews of Top Gas Detectors for Environmental Safety
Finding the best gas detector for environmental safety is not that big of a challenge as long as you know what type of gas detector you are looking for. Some of the best gas detectors are made by RAE systems and one of the very best is the Minirae. It is important to know a little more about gas detectors and environmental safety as well as RAE systems to get a better idea of which gas detector will work best for your family.
First and foremost people want to feel safe anywhere gas is used whether this is at work, home, or out in some other environment. Choosing the best gas detector is important but it really does help to know what gases you are interested in detecting. If you know what type of gases you need to detect then you will be ahead in the game when trying to find a gas detector for environmental safety. If all you need to detect is oxygen, carbon monoxide, combustibles, hydrogen sulfide, and other similar gases then you should be fine with a general gas detector. Otherwise you need to know exactly what types of gas you need to detect and find a gas detector that is specialized for that particular gas.
The reason you may want to go with a RAE systems gas detector like the Minirae is because as soon as the gas enters the air the system will detect it and an alarm will sound. When the alarm sounds those nearby will know immediately that there is a problem and know to get to safety. There is absolutely no reason at all not to have a gas detector in your home or office if gas is used in that location. RAE Systems are designed to immediately detect gas in the air and sound an alarm. This allows many homes to be safer not to mention big companies working with many different dangerous gases to work in a safe and more environmentally friendly way. When you or your company purchases a RAE systems gas detector you will be assured that in the event of a gas leak that safety will prevail and no harm will come to anyone.
Determine the gases you need to detect up front and then begin shopping for a gas detector. If you have cruise ships, refineries, steel mills, coal mines, power plants, sewers, or other similar places then you will need specialized gas monitors. However, there are other more general gas detectors that detect hydrogen sulfide, combustibles, carbon monoxide, oxygen, and other gases as well.
The Need For Systems Analysis and Design
Most of you must have heard about “System analysis and design” but many may not know exactly what is the importance of this. Lets have a look here at this here.
We are living in the information age. All businesses require information systems in order to operate effectively. Systems analysis and design is the process of developing information systems that effectively use hardware, software, data processes and people to support the company’s business objectives. Systems analysis is normally done by a systems analyst working in the IT department in conjunction with users from the user department. Systems analysis processes involve team work. A successful project team consist of well trained people from IT as well as user departments.
Through a focus on offering total solutions which address clients’ needs precisely and completely, the Systems analysis and design professionals emphasizes the importance of planning, analysis, and solution design in the process of evaluating and acquiring infrastructure solutions. Planning and conducting and needs assessment are often some of the crucial first steps. Analysis involves collecting and interpreting data around the current environment and performance, as well as mapping trends. Solution design involves the “blueprint” or architecture of the infrastructure as guided by the results of the planning and analysis
As technology becomes exponentially more important to modern day businesses, the benefits of capacity planning are seen throughout the data center and in the bottom line. Systems analysis and design capacity planning specialists work with organizations to plan for growth and future needs while establishing their current infrastructure to perform optimally. This way they help companies identify potential bottlenecks and establish an environment that will meet needs today and tomorrow.
Volatile Organic Compound Solution
VOCs or Volatile Organic Compounds are organic chemical compounds that have become vaporised and enter into the atmosphere. Carbon-based molecules like (aldehydes) which are any of a class of highly reactive chemical compounds; used in making resins, dyes, organic acids, and (ketones) which are also any of a class of organic compounds having a carbonyl group linked to a carbon atom in each of two hydrocarbon radicals and other light hydrocarbons are VOCs.
VOCs are sometimes accidentally released into our environment damaging soil and groundwater. Escaping vapours of VOCs into the air contribute to air pollution. VOCs are an important outdoor air pollutant and turns into methane which is an extremely effective greenhouse gas which contributes to enhanced global warming.
There are systems that deal with this type of problem; a VOC Abatement System relies upon the concept of a chemical reaction, and when involving organic hydrocarbons the process is called oxidation. Within this oxidation process, the compounds within the air stream, theses VOCs or Volatile Organic Compounds are broken down from their original composition and reformed into new compounds, and when enough heat and oxygen are added to the hydrocarbons to create the oxidation reaction, this process is called Thermal Oxidation. By breaking the original composition of the VOC Hydrocarbons, carbon and hydrogen, can be regenerate naturally into carbon dioxide and water vapor releasing heat energy. The heat energy is then recouped into the system by use of a heat exchanger, (a device built for efficient heat transfer from one medium to another) while the now clean air stream of carbon dioxide and water is discharged in to the atmosphere.
Needing to find the right systems to answer theses types of environmental issues are not uncommon to the industrial marketplace today. Those within the industry are on the cutting edge of designing systems such as Thermal Oxidizers to help meet this global problem head on. Rest assured that with the new technology in this area of Thermal Oxidizer manufacturing, there are those with an eye finding solutions to this issue.
Removing Corrosion From Stained Glass
Sometimes we find that the metal surrounding a piece of glass begins to corrode. It is quite easy to remedy the problem. Some folks in the chemical industry refer to this white powder as “mold”, but I believe they are mistaken. Mold doesn’t grow as fast as I’ve seen some oxidation take place.
Here are some beveled stars that have developed a white powdery coating of oxidation.
Take a small piece of the cotton that comes in a can of “Never Dull” (or other silver polish available at hardware and craft stores).
Rub the lead lines and get them well coated with the chemical on the cotton. You’ll see that the glass gets a little cloudy from the coating.
Take an old rag and polish the lead lines very vigorously. This is where elbow grease really pays off.
Here the polishing has begun and you can see that the glass gets a high luster as well.
The first star is complete, you can see the difference, the corrosion is gone from the top star and still needs to be polished from the other two.
Here all three are complete, Oxidation can be removed and prevented by other methods, but this is one of the easiest methods.