If you live in an area where you can’t get Velveeta cheese or you enjoy making things from scratch then this recipe is for you. Not much beats Velveeta cheese for mac and cheese or dips and cheese substitutes just aren’t the same, so try this recipe out and let us know what you think.
What You’ll Need To Make A Block Of Velveeta Cheese
Makes About 450g (16oz), Preparation Time 12 Minutes, No Cooking Required
300g (11oz) Grated Mature Cheddar Cheese
3/4 Cup Boiling Water
4 Tbsp Milk Powder
1 Tsp Plain Gelatine Powder
Place the gelatin and milk powder into a mixing bowl. Pour the boiling water over the powder and stir until all of the gelatin has dissolved.
Pour the mixture and the cheese into a blender and puree until smooth and creamy. Pour the mixture into a lined loaf tin and tap on the counter until the mixture sits flat. Cover the tin tightly with plastic wrap and refrigerate overnight until it sets.
You can keep the cheese in an airtight container in the refrigerator for three to four weeks.
Flipping furniture is a great way for a DIY enthusiast to make a bit of extra cash on the side, however, you need to know what to look for so that you pick items which generate a decent profit.
Always try and price out a repair estimate in your head before you buy a piece of furniture. This obviously gets easier as you become more experienced but just try to imagine what needs to be done, what hardware you need to repair it, what needs to be replaced and most importantly how much you think you could sell it for. If you can’t sell it for more than what you bought it for and there is a lot of work and hardware that needs to go into it then its obviously not a good choice for a flip.
Try to plan out if are able to add anything to the original piece. For example, if you find an old narrow table, you could consider adding a shelf to the bottom and turn it into an accent or side table. This works best if you are planning on painting the item in a colour as it will be difficult to match wood types for staining.
Look for high quality woodwork. High quality woodwork is a good start for any item of furniture as it is built solidly and this usually means the wood is a good quality as well. The tell tale areas to look at are the attachment of legs to a table surface and at the sides or drawers. Are the edges dovetailed? Dovetailing is a signature of good woodwork and required a good quality solid wood to work properly. Solid wood can easily be sanded down and stained a new colour for a fresh look.
Don’t pay attention to the chips, nicks or scratches, these are all easy to repair and cover up. Missing or damaged knobs, pulls and hinges are easy to replace. Rather look at the piece of furniture as a whole. How will it look once it has been refurbished, is the shape and detail good? Any major cracks, splits or broken legs are usually deal breakers. Don’t buy anything you are not confident you can fix.
Items with chipped or missing pieces of veneer are usually great finds, they are usually very well priced because the missing veneer is unsightly and as long as the missing portion is not too big, they are easy to fix with a bit of wood filler or Bondo. If the veneer is almost entirely coming off, have a look at the wood underneath, if it is solid wood then you may be able to peel the veneer off and just sand the solid wood underneath for a new surface.
Hydroponics is a method for growing plants, particularly vegetables and fresh produce, without soil, using water mixed with nutrient solutions. Hydroponically grown plants and vegetables do not need to grow any form of extensive root system as they are fed directly with water and nutrients, they therefore tend to grow quicker and up to 50% larger than those grown in soil. As a result, commercial hydroponic farms are starting to emerge as a more economical way of growing fresh produce:
In addition to rapid and fuller growth, hydroponics has another big advantage; water and nutrient preservation. In natural ecosystems, less than 10% of the irrigated water is actually used by the plants. The remainder either drains away or evaporates. In a hydroponics system, the water is kept in the closed system therefore making it up to ten times more efficient than a natural farm. This is particularly important in areas with water restrictions. In addition to preserving water, the nutrients are also preserved. Because no water is draining out of the system, nutrients are locked into the system until they are used by the plants. This results in a much more effective and non-polluting means of fertilising the plants.
A basic hydroponic system consists of a grow bed in which the plants are grown, a water reservoir in which the nutrient rich water is stored and a pump circulation system to feed the water from the reservoir to the grow bed. The constant flow of water keeps the roots of the plant oxygenated and prevents rotting or excess bacteria growth.
Building a hydroponic garden is actually quite easy and allows you to save money on fresh groceries.
A cheap and easy DIY hydroponic system can be made using sections of 100mm (4”) PVC pipe as the growing bed, 50mm (2”) pipe as the drain lines, a storage container as the water reservoir and a pump and some tubing to circulate the water back into the growing beds.
Here are some ideas for building your own hydroponic system:
Plants are not germinated in a hydroponic system but are rather transferred into the system when they are about 100mm (4”) tall. They need to have a root system which is substantial enough to support the plant in the growing pot without soil.
Plants are transferred into grow cups which are essentially cups with holes in them to allow the water to pass through the roots of the plants. The plant’s roots are then placed into the grow cups and they are then supported with clay beads or stones. It is important that the bead or gravel size is large enough that it cannot fit through the holes in the cup. Also make sure that all of the soil is washed off of the plant roots when you are transplanting them into the grow cups.
If you are growing your hydroponic system outdoors and in a well-lit area, then the sunlight will be sufficient for growth. If you system is placed indoors or in the shade then you may want to consider providing some artificial light for your plants to increase their growth rate and make them grow stronger and fuller. Grow lights can be specially bought or you can make your own using LED spot lights or LED strips. Any day light or white light LED’s will work well and can be powered from your mains or from a solar panel.
Have you built your own hydroponic system? Let us know your tips and tricks in the comments section below? We would love to hear from you.
If you have damaged or broken some of your solar cells or you are trying to build a solar panel on a budget, you may want to consider using broken cells as a part of your panel.
Despite popular belief, although solar cells themselves are extremely fragile and break with the slightest bump or nick, they do still produce the majority of their rated voltage even when they are slightly damaged. The power output of the cell will be affected depending on how much of the cell is damaged although it is not usually more than 10-20% of the cell that is damaged.
As long as the tabs and most of the cell is still in tact, the cell can usually still be used in a panel. Try to take a voltage measurement across the cell tabs with the cells exposed to full sunlight, if the cells are not too badly damaged, they should still produce 85-100% of the rated voltage.
Unfortunately, without the cells connected to a load, it is very difficult to determine how much of the cell’s power has been lost due to the break or crack. It is however ok to assume that the cell’s power output will be reduced by a similar percentage to the area that has been broken off.
The video below demonstrates how a broken cell still produces a comparable voltage to a new cell. The output voltage of both cells is a bit lower than the rated voltage as the measurement was done indoors.
So if the surface area of your solar panel is not a major consideration and you have cheap access to a number of broken solar cells then it may be worth your while to build your next solar panel using broken solar cells.
Have you used broken solar cells to build a solar panel? Let us know your tips and tricks in the comments section below.
When you need to boost the voltage output of your homemade solar panel and you do not want to buy a voltage regulator, you could split your solar cells into two. With two halves of a 0.5V cell, you can connect them in series and get a voltage output of 1V. All that happens is your power output from the original cell is divided in two as well, so you will be left with two 0.5V 2W cells from one original 0.5V 4W cell.
Solar cells are not damaged by cutting them in half. As long as you retain the full tabs on the front and back of the cell, the divided cells with still produce the full voltage. This means that a solar cell can only be divided along lines parallel to the tab lines and can only be divided by the number of tabs. For example, if you have a double tabbed cell, you can split it into two while if you have a triple tabbed cell, you can split it into three smaller cells.
Anyone who has worked with solar cells knows that they are extremely fragile, even a small bump or nick can cause them to break in half. So you need to be extremely careful when cutting a solar cell into two. If you do land up breaking a solar cell, don’t throw it out, you can still use broken solar cells to build a solar panel.
What You Will Need To Split A Solar Cell
A Solar Cell
A Ruler
A Sharp Craft Knife
How To Split A Solar Cell Into Two
To cut the cell, place the cell face down on a clean an flat surface. Place the ruler down the centre line along where you wish to split the cell. Now repeatedly run the craft knife lightly along the edge of the ruler. Do not apply too much pressure or the cell will crack. Do this until you feel parts of the cell splitting underneath the knife (the knife movement will become slightly jerky). Lift the ruler and break the cell in half along the line.
The video below shows how to do it in detail as well as the voltage measurements:
Have you tried splitting a solar cell? Let us know your tips and tricks for cutting solar cells in the comments section below.
Commercially built solar panels are still quite expensive however they don’t need to be. Solar cells are available from a range of suppliers all over the world and can be easily assembled into your own custom built solar panel.
Cell Voltages
The nice thing about building your own solar panel is that you can make it to suite your needs. Solar cells are typically available in 0.5V and a range of power outputs. They can be arranged in series to get any output voltage you require in multiples of 0.5V. If you are looking to charge a 12V deep cycle battery for an off grid application then you need an 18V panel which will consist of 36 cells in series (36 x 0.5V = 18V output). You need 18V so that even when the panel is not in full sun it is able to charge the battery.
In order to reduce the number of cells you need, you could try splitting your solar cells to get a higher voltage out of each cell.
0.5V Solar Cells
Solar Panel Power Output
The second consideration is the power output you require. To calculate how many solar cells you need, divide the total power you need by the power of each cell. For example, if you need a 200W panel and you are using 4W cells then you need 200W / 4W = 50 cells. It is important to note that the power output is not related to whether the cells are connected in series or parallel. You can read this article on sizing your solar panel system correctly for your home for help estimating your home’s power consumption. There is also a spreadsheet available to assist you with the household power consumption calculations.
Solar Panel Frame
Lastly you need a frame for your solar cells. Solar cells are extremely fragile and need to be protected, usually with a perspex sheet or glass. Additionally you need to protect the back of the cells although this sheet does not have to be clear and can be made from wood, plywood, glass or plastic. You will also need to make a frame which attached to the backing for mounting the panel.
How To Assemble The Panel
In this guide, we will make a small 36W panel although the methodology to create a larger 200W or 300W panel is the same.
First you need to start by planning your panel layout. This is usually done according to the space you have available for the panel, you may be restricted by length or width of the panel and you can adjust the other dimensions to suite. For the 9 solar cells, a sheet of glass 0.5m x 6m (20″ x 24″) was used and the cells were laid out as shown below:
The next step and possibly the most time consuming step to building your panel is tabbing your solar cells. You can buy pre-tabbed cells and this is recommended if you are not familiar with using a soldering iron although most solar cell suppliers will supply you with un-tabbed cells. It is not complicated once you have the correct technique but you may need to practice on one or two cells first as the tabbing wire is not easy to remove.
Cut the tabbing wire to a little (1cm / 1/2″) over the length of one cell for the end tabs and double the length of each cell for the interconnecting tabs. Now begin soldering the tabbing wire to the solar cell. First draw a line with the flux pen down the length of the silver tab lines. Line the tabbing wire over the tab lines and then run the hot soldering iron down the length of the tab. Do not leave the soldering iron in one area for too long as it will overheat and damage the cell. There is no need to add solder to the wire as tabbing wire comes pre-soldered.
Here is a video guide to soldering the tabs onto your solar cells:
Once you have tabbed all of you cells, you need to connect them together. The front of each cell is negative and the back of the cell positive. These need to be connected like batteries in series to form a string of cells back to front. Solder the tabbing wires from the back of one cell to the front of the adjacent cell until you have completed each line. You then use the bus wire to connect the lines. The end layout should look like the diagram below:
Remember when connecting the lines that they too need to be connected positive to negative so the adjacent lines should run in opposite directions.
When you are done connecting your lines together, you should have one positive bus and one negative bus which will be your solar panel outputs. These can be terminated in a special solar panel box or soldered directly onto wires for smaller panels.
Once your bus wires are completed, you can add the protective glass or perspex cover over your solar cells. Run a continuous bead of silicon around the perimeter of the backing board and then carefully lower the glass onto the backing board over the cells. The silicon should form a continuous seal around the edges of the panel and the cells will now be protected.
Clamp the glass and the backing board together (in this case the backing board is a glass sheet as well) and allow the silicon to cure overnight.
Mount the terminal box on the backing board and solder your outgoing bus terminals to the terminal strip. The box can be mounted with screws on a wood backing board or can be attached with silicon as well if a glass backing board is used.
Lastly attached any mounting bracket you require to the back board and your solar panel is completed.
Connect it up to a solar charge controller to charge batteries or connect it directly to your DC load. If you are powering an AC load then you will need to connect a power inverter, read this guide on selecting a power inverter.
Read our full guide on switching to solar power for more information on designing a solar power system.
Do you suffer from sneezing, couching, itchy skin or eyes, trouble breathing or rashes? If you have experienced one or more of these symptoms, it could be due to an allergic reaction. Allergies plague a large portion of adults and children and since there is no cure for it, prevention is the key to living happily and healthily. Your home may be harbouring a large number of allergens and allergy triggers, including those you can’t see. So follow this guide, reduce your home allergies and start living a healthier life.
Minimise Clutter
Cluttered desks, shelves, tables and other items of furniture are a breeding ground for insects, rodents and bacteria. Cluttered surfaces are seldom cleaned and gather thick layers of dust. Go on a home de-cluttering spree and get rid of all of the unwanted papers, magazines, book and decor. You’ll soon find that living a minimalist life is cleaner and leaves you feeling healthier.
Wash Linen & Air Your Bed
Be sure to wash your bed linen at least once a month in hot water. Water that is 65C (150F) hot kills bed bugs and dust mites. Don’t forget about washing your curtains, comforters and rugs at least once every six months as well. Another popular tip is to leave your bed unmade with the windows open once a week to allow the sunlight to dry it out completely, killing the dust mites and bacteria. If you cannot open your bed up to the sun, vacuum the mattress regularly with a HEPA filter vacuum cleaner.
Go Green With Cleaning
While mopping and dusting go a long way to reducing allergies, consider going green on the products you use for cleaning. Make your own cleaning products with baking soda or buy products which are allergy tested or natural and eco-friendly.
Get An Air Purifier For Allergies
If you don’t have a central air purification system, buy a stand alone room air purifier. The best ones are able to remove airborne allergens, kill viruses and bacteria and also capture dangerous VOC’s and other gases. Place one in your bedroom and main living spaces for the best results.
Ditch The Carpets
While carpets are warm and cozy for winter, the are the perfect breeding ground for millions of nasty things and they are difficult to clean. Vacuuming only removes dust and dirt from the surface of the carpet and doesn’t get anywhere near the base layers. Rather install laminate wood flooring, tiles or concrete which can be easily cleaned.
Keep Your Pets Clean
Every household needs a pet, however, a large portion of allergies are cause by our furry friends. Train your pet to sleep in his or her own bed and shampoo or groom them regularly to keep them clean and free from loose hair and dander.
Open the Windows & Doors
Opening the windows (not in allergy season) to allow a breeze to flow through your home removes toxins and dust from your home.
How do you deal with allergies in your home? Let us know your tips and tricks in the comments section below.
Next time your make a pot of coffee, think twice before throwing out the used coffee grounds. They are rich in minerals such as nitrogen and potassium which are critical for plant growth and improve the quality of the soil. Here are some uses for your spent coffee grounds.
Composting
Mix your them into your compost bin, they are a naturally high source of nitrogen, which is a natural fertilizer, try making a liquid fertilizer as mentioned below before throwing them into the compost.
Pest Control
Snails, slugs and some insects don’t like the smell or taste of them. Sprinkling a bit of coffee around the stems of plants will help deter pests.
Fertilizer
As mentioned with composting, they are a great natural source of nitrogen. Additionally, they increase the acidity of the soil which is beneficial for roses, gardenias, holly etc. You can also make an easy liquid fertilizer by mixing them with water and allowing it to brew overnight to draw out the remaining nutrients. Strain out the coffee grounds and you have a great liquid fertilizer. You can then throw the further spent grounds into the compost pile.
Coffee Grounds As Mulch
Use them as mulch to prevent and control weed growth as well as lock moisture into the soil during the heat of the day. Although you probably won’t be able to mulch your own garden with your spent coffee grounds (unless you drink A LOT of coffee), you could always go down to your local coffee shop and ask for theirs. They have no use for them and will usually be happy to get rid of them.
If you are a avid coffee drinker, why not build a coffee station in your home? Do you have any other uses for your used coffee grounds? Let us know in the comments section below.
Save money by making your own fabric softener easily at home using only three ingredients. This recipe leaves your clothes smelling and feeling great!
What You Will Need To Make Your Own Fabric Softener
3 Cups of White Spirit Vinegar
2 Cups of Hair Conditioner
5 Cups of Hot Water
Fabric Softener Container
How To Make Your Own Fabric Softener
Making the fabric softener is actually really easy. When choosing your hair conditioner, get the cheapest and most basic one you can. There are often large containers of conditioner available at dollar stores or discount wholesalers, these are perfect for this recipes.
The first step is to dissolve the conditioner in the hot water, mix the two together in a large bowl and stir until the conditioner is dissolved entirely, do this step with a spoon or whisk and stir it slowly to avoid foaming the mixture. Now add the vinegar and again stir or mix with an electric mixer until the mixture is smooth and consistent, the mixture should still be quite thick and have the consistency of fabric softener. If it is too thick then add a bit more hot water, if it is too thin, add a bit more conditioner.
Your homemade fabric softener is now complete, just use two tablespoons in your washing machine softener tray for a large load and one tablespoon for a smaller load.
The fabric fragrance comes from the conditioner so try out a range of different fragrances and types of conditioners to find one you like.
Have you tried making this recipe or do you have any other recipes for homemade cleaning products which you love? Let us know in the comments section below. We love these alternate uses for baking soda around the house.
A crunchie is the perfect side for the mornings hot cup of coffee or afternoon tea. This easy recipe makes about 20 of the tastiest crunchies without a huge amount of effort and you’ll be done in half an hour.
Makes About 20 Crunchies, Prep Time 12 Minutes, Cooking Time 15-20 Minutes
200g Salted Butter
2 Cups of Raw Oats
1 Cup of Flour
1 Cup of Shredded Coconut
1 Cup of Sugar
1 Tbsp Syrup
1 Tsp Baking Soda
How To Make The Oatmeal Crunchies
Melt the butter in the microwave taking care not to burn it. Once the butter is fully melted, stir in the syrup. In a separate bowl, mix all of the dry ingredients together thoroughly. Add the melted butter mixture and mix until well combined. Press the mixture out into a greased or lined flat baking tray. Bake in a preheated oven at 160°C (320°F) for 15-20 minutes until golden brown. Check them regularly in the last five minutes as the edges burn quickly.
If you have a thermofan oven, place the baking sheet on one of the lower racks in the oven and shorten the cooking time by two or three minutes otherwise they will burn on the edges.
Remove the sheet from the oven and cut them out before they cool, the crunchies will crisp up on cooling making them difficult to cut without breaking. Cut them into small squares about 50-70mm (2-3″) wide by cutting a few rows in each direction with a sharp kitchen knife. Be careful not to touch the pan when it is hot, use a tea towel or oven glove as required.
Have you tried this recipe or do you have any suggestions for ingredients to add to your favorite crunchies recipe? Lot of people enjoy raisins or nuts such as almonds, walnuts and pecans. Let us know your favorite additions in the comments section below.
