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Jenis Permainan Apa Saja di Sbobet Online?
Situs permainan judi Sbobet casino merupakan situs judi yang terpercaya yang mana telah terbukti dari jumlah membernya yang banyak dan juga melakukan pendaftaran dan juga melakukan pemasangan taruhan. Situs judi bola online tersebut pun dikenal juga sebagai salah satu pelopor permainan judi casino paling besar yang ada di Asia. Tidak hanya itu, situs Sbobet ini pun terpercaya untuk keamanan data jadi anda tidak perlu khawatir check website status saat memasukkan data pendaftaran.
Jenis Permainan di Sbobet Online
Di situs sbobet online ini, anda dapat memilih dan memainkannya dengan mudah. Apabila anda telah memahami bagaimana caranya supaya terhindar dari adanya agen judi abal-abal, maka anda dengan mudahnya bisa mengetahui jenis permainan di sbobet casino.
Baik, berbicara tentang jenis permainan yang ada di Casino Sbobet Online sebenarnya sangat banyak. Misalnya saja ada blackjack, sicbo, roulette, dan baccarat. Misalnya untuk permainan Baccarat, anda tak perlu susah payah masuk ke room meja taruhan dan akhirnya bertarung dengan 6 sampai dengan 9 orang pemain di dalamnya. Mengapa? Karena di dalam permainan ini cuma ada 2 pihak saja yaitu banker dan player. Kemudian sebagai pemain judi online ini, Anda berhak untuk memilih apakah anda ingin menjadi di posisi banker dan menunggu giliran pengocokan yang dilakukan oleh casino sampai akhirnya menunjukkan kartu yang mana anda miliki bisa memenangkan taruhan.
Keunikan dari judi Baccarat yang ada di Sbobet online ini adalah anda bakal dikenai potongan jumlahnya 5% untuk casino saat anda berhasil memenangkan taruhan dan taruhan tersebut di posisi banker. Anda juga bakal dinyatakan menang telak atau menang murni saat anda memasang taruhan pada posisi player dan tahu bagaimana cara bermain yang benar juga.
Ada banyak permainan di situs judi Sbobet online misalnya saja blackjack, roulette, sicbo dan yang paling unik, Baccarat. Nah itu lah tentang permainan apa saja yang bisa anda temukan di Sbobet online dan detailnya sedikit tentang Baccarat yang ada di judi Sbobet online. Tertarik kah anda untuk mencobanya? Jika ya, jangan tunggu-tunggu lagi, segera mendaftar di agen judi sbobet online yang terpercaya.
Jenis Permainan Judi Yang Sudah Ada Dalam Situs Judi Togel
Permainan judi sudah tercipta sejak lama, bahkan sudah ada sebelum tahun masehi. Dari panjangnya sejarah tersebut, sudah banyak jenis-jenis permainan judi yang tercipta. Dengan lahirnya internet, pemain bisa bermain dengan lebih mudah lagi. Agen Togel juga memungkinkan pemain untuk bermain selama 24 jam.
Permainan judi Togel favorit
Sayangnya, belum semua permainan judi yang sudah diangkat dalam sistem online. Beberapa permainan masih sangat sulit ditemukan di situs-situs judi. Sebagai pemain, anda harus tahu permainan favorit yang sudah ada dalam situs judi togel. Berikut ini adalah daftarnya:
Permainan poker sudah menjadi favorit sejak dulu sehingga tidak heran permainan ini merupakan permainan pertama yang diangkat ke sistem online. Terbukti, sekarang banyak sekali orang yang bermain poker online.
Judi jenis ini dirasa tidak akan pernah mati selama berbagai pertandingan olahraga masih ada di dunia ini. Permainan sportsbook juga bisa ditemukan dengan mudah di situs-situs judi online.
Kasino merupakan tempat bermain judi yang sangat terkenal. Banyak sekali permainan judi yang bisa ditemui di dalam kasino. Seperti Black Jack, Roulette, dan Bacarrat.
Permainan tersebut terbukti bisa memuaskan para pemain judi togel meskipun beberapa permainan masih belum ada dalam sistem online. Dengan adanya internet, pemain bisa memainkan permainan judi yang mereka sukai secara online. pemain harus tahu jenis permainan judi yang sudah diangkat secara online.
Ingin Hebat Main Judi Togel? Ikuti Cara Ini
Bermain judi togel tentu bukanlah hal yang dianggap remeh karena anda akan bertaruh menggunakan uang asli. Sudah banyak social news kisah yang mengatakan pemain judi menjadi bangkrut sehingga anda harus bersungguh-sungguh jika ingin masuk ke dunia ini. Uang sudah dipertaruhkan tidak akan bisa kembali lagi ke kantong anda.
Cara menjadi handal dalam bermain judi togel
Makanya setiap pemain judi pasti ingin mendapatkan kemenangan tetapi, fakta berkata bahwa lebih banyak pemain yang frustasi karena kalah dibandingkan yang menang sehingga anda harus menjadi pemain yang handal dalam bermain judi online dengan mengikuti cara berikut ini:
- Bermain dengan tenang
Jangan gegabah dan terbawa emosi saat bermain judi, tetaplah bermain dengan tenang agar anda bisa mengambil keputusan yang tepat untuk memenangkan permainan.
- Pahami seluk-beluknya
Setiap permainan memiliki peraturan dan rahasia agar menang. Pahami strateginya agar anda bisa mendapatkan kemenangan. Dengan strategi yang tepat, peluang anda untuk menang akan cukup besar.
Selain itu, anda juga harus fokus dalam bermain dan selalu perhatikan kondisi serta situasi dalam permainan.
- Bijak memasang taruhan
Ini merupakan hal penting karena berhubungan langsung dengan keuntungan dan kerugian yang akan anda dapatkan. Bijaklah memasang taruhan sehingga keuntungan anda semakin besar.
Itulah cara bermain agen togel terpercaya agar bisa menjadi pemain yang handal dan mendapatkan keuntungan yang maksimal. Semua pemain judi togel tentu ingin mendapatkan kemenangan namun, fakta berkata bahwa pemain sering kalah. Sebenarnya pemain hanya perlu mengikuti cara yang mudah untuk menang.
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Would you like to make a bioplastic instructional video?
Can you create a fun and informative instructional video about bioplastic? We are looking for videos of all different types. You can demonstrate how to make a specific bioplastic product in your own home. You can test the biodegradability of various bioplastic products. You can compare and constrast the properties (strength, flexibility, etc) of bioplastic compared to regular plastic. Regardless of what you want to show, make it fun and informative and we will feature your video here!
Would you like to make bioplastic as part of a class or science fair project?
Put together a team with your college classmates, your high school AP Chemistry class, or your team for the science fair. Create a fun and informative video, and you can be featured on this site and possibly win a prize for your school.
(Contact us for detailed instructions and information about prizes.)
CONTACT US for more information on how to get featured!
Make Your Own Bioplastic (Brandon’s Remix)
This video shows you how to make starch-based plastic in your own kitchen, from household ingredients. Give it a try, and make eco-friendly plastic yourself!
What makes biodegradable plastic degrade?
There is one question that we hear over and over again from people who are interested in using home-made bioplastic in their products and designs. Whether they are students making a bowl or a decoration for a class project, or a young entrepreneur looking to invent a new type of jewelry or fishing lure, people always want to know:
What will actually make my biodegradable product degrade?
How can I make sure that it doesn’t degrade too soon?
Materials can be “degradable” but still last for a long time. Degradation has certain environmental requirements; a material may degrade readily in one environment and be long-lasting in another. Degradation requires, for example, some level of moisture (to allow the process of “hydrolytic” degradation). For example, old newspapers have been found in landfills where they had not come into contact with any water, and as a result they have not degraded. Temperature also plays a role. Animal remains have been found trapped in ice for hundreds of years.
Exposure to microorganisms is also necessary. Plants and animals, inherently biodegradable, will not biodegrade if they are kept in a sterile environment.
So what about your home-made bioplastics?
A gelatin or starch bioplastic product can last for years sitting on a shelf; however, when placed in soil, or a landfill, or an ocean, it can biodegrade in days. The applications you have to be careful about are those which put it in contact with heat and moisture. For example, jewelry that is worn close to the skin for long periods of time will show signs of wear much faster than an ornament that hangs on a wall. Alternatively, a bowl that you wipe clean by hand under warm water will show signs of wear much faster than a desk lamp that simply sits, dry, on the table.
There are many commercially-produced bioplastics that are specifically designed to be programmed-degradable. These materials have already been used commercially to produce bowls and trash bags that are stable through the periods of shelf-life and use and then biodegrade in several disposal environments. You can learn more about the idea of “programmed-degradable plastics”, plastics that are made to be stable for some period of time (depending on the application) and then degrade when placed in some defined disposal environment, in the Green Plastics book.
What can i mix with my bioplastic product?
Dina is a product design student who is working on using bioplastic to make new products. At one point she asks:
Is it possible to mix the plastic with additional material, crushed egg shell for instance or Carob tree fruit (we have this one widely available) to make an interesting texture?
There are a lot of things that you can add to your home-made bioplastic during the mixing process, to make it more interesting or more visually appealing. The thing people use most often is food coloring, to affect the color of the end result. One American designer even used food flavoring, in his BITE ME product: an edible bioplastic lamp!
But you can also add solids, like you were suggesting. If you added something like crushed egg shell, the end result would be called a “composite” – a solid consisting of a binding material (“matrix”) and a fibrous or particulate reinforcement.
One commercial biodegradable plastic that is actually out on the market right now consists of a polymer matrix mixed with calcium carbonate, from crushed limestone. Your crushed egg shell idea is very similar.
As I’m sure you can imagine, there are very many possible combinations, and they would all have to be tested separately (for example, your carob fruit idea). You would probably want to experiment with small batches at first, where you try out different materials, possibly also in different amounts or concentration, to make sure that you get both the texture and visual properties that you want, but that the end result is still strong and hard and will not come apart or crumble.
Please feel free to send us pictures of your final product, with composite egg shells or any other material, and we will add them here to this article as illustration!
Will my bioplastic be dishwasher safe?
Dina, a product design student, wants to use bioplastics for a school project that involves making two products a fruit bowl and a wastebasket. She asks:
How heat resistant is the bioplastic? If I use the gelatin recipe or the algae one, can I make the product dishwasher safe?
First of all, thank you very much for your question! I think home-made bioplastics are exactly the right kind of material for projects like this. However, I also think that you might have more success using bioplastics for a wastebasket than a fruit bowl. I will explain why.
Bioplastics cast from water solutions are not water resistant and if the water is hot, they are even more vulnerable. Heat resistance is limited. Products made with this method would not be dishwasher safe, both because of the temperature but also because of the water.
Water-proofing coatings have been used to improve water resistance. Shellac, for instance, has been used. But the coating would have to be tested for good bonding to the particular material.
Although a bowl made from home-made bioplastic would probably not be safe to put in a dishwasher, it might survive careful hand-washing in warm water, especially if it has a coating. You would have to test it out, depending on what you used for the base plastic and what kind of coating (e.g. shellac) you used.
Good luck, and happy experimenting!
Biodegradable products and conservation
There is a very good educational article about plastics and bioplastics called “The positive impact of biodegradable products on our ecosystem” over at the Savannah Nature House website.
The purpose of the article is to give information about plastics and bioplastics, as well as to alert people about environmental conservancy more generally. This would also give way to the reader an easy and instinctive way to understand the issues concerning biodegradable and compostable products.
Conservation yields the greatest sustainable benefit to current generations while maintaining its potential to meet the needs and aspirations of future generations. Conservation is thus positive, embracing preservation, maintenance, sustainable utilization, restoration, and enhancement of the natural environment
Making our world less prone to collapse and more stable on its natural processes, more productive of goods and services important to the lives of all species, forest that provides carbon storage, shelter to wildlife and promote the quality of air that we breathe in.
So check out the article! It has some very good detail, especially about PLA bioplastics!
Novatein: blood bioplastic
On this website, we have talked about innovations in using bioplastic from a wide variety of sources, ranging from corn to algae to crab shells and cow brains and beyond.
It looks like there is a new type of bioplastic you may want to keep an eye out for: blood-based bioplastic.
A recent invention from WaikatoLink, the “Novatein” bioplastic is made from “low value animal protein sources”, like the blood that is drained and discarded from slaughtered animals. Sure, it might not make the vegetarians happy; however, currently the protein in this material is usually wasted: discarded as a by-product of the red meat industry. Instead of letting this resource go to waste… why not make it into plastic?
Prepare for a Bioplastic Boom
The European Bioplastics industry association has released results of a market forecast published yearly in cooperation with the University of Hanover Institute for Bioplastics and Biocomposites that predicts that the production values within the industry are set to increase by a factor of five by 2016.
The study shows that around 1.2 million tons of bioplastic production capacity was online last year and that this figure is likely to swell to 5.8 million tons within the next four years. With global awareness of other environmental issues, such as reducing carbon footprints and the need for more sustainable energy, growing rapidly, it is little wonder that more and more companies are turning to bioplastics as a greener alternative to conventional plastics.
Non-Biodegradable Bioplastics Predicted for Largest Increase
According to European Bioplastics, the largest growth is likely to be in the production of non-biodegradable bioplastics, most significantly biobased polyethylene and polyethylene terephthalate (PET). These are plastics that are made from renewable resources, such as crops or algae, but that are processed in a way that renders them non-biodegradable.
Global plastics industry newspaper Plastics News states that partially biobased PET currently accounts for an estimated two fifths of global bioplastics production capacity. European Bioplastics’ forecast predicts that the production capacity for biobased PET will continue to grow through 2016, reaching just over four and a half million tons, or four-fifths of total bioplastic production capacity. Managing director of European Bioplastics Hasso von Pogrell states that the production capacity of biodegradable bioplastics will also carry on increasing. He says that their production capacity will increase by forty percent by 2016, with biobased polylactic acid and polyhydroxyalkanoate leading this increase.
The report carried out by Hasso von Pogrell’s organisation shows that bioplastic production has increased significantly over the course of the past couple of years, growing from just under 250,000 tons in 2009 to 1.6 million tons in 2011. In 2011, non-biodegradable bioplastics comprised around fifty-eight percent of production capacity, with biobased PET comprising just under two fifths of that capacity. Biodegradable bioplastic production was responsible for just under forty-two percent of production capacity, with biobased polyactic acid comprising the biggest proportion of that capacity at just over sixteen percent. By 2016, non-biodegradable bioplastics are predicted to account for just over eighty-six percent of production capacity, with biobased PET increasing to more than four fifths of that total. Biodegradable bioplastics are predicted to comprise thirteen percent of bioplastic production capacity, with biobased polyactic acid making up just over five percent of that capacity.
High Bioplastic Production Capacity in Asia
The report also demonstrates that Asia had the highest bioplastic production capacity online last year, with just under thirty four and a half percent. The relative totals for Europe, South America, Australia and North America were 18.5 percent, 32.8 percent, 0.4 percent and 13.7 percent. In 2016, Asia is predicted to be home to 46.3 percent of the global bioplastic production capacity. South America is projected to have nearly as much capacity in place, with just over forty-five percent. Australia, North America and Europe are predicted to represent a relative 0.2 percent, 3.5 percent and 4.9 percent of global production capacity. Chairman of European Bioplastics Andy Sweetman has expressed his disappointment that Europe is lagging behind Asia and South America to such a great degree when it comes to bioplastic production capacities. He says that, whilst many statements are made by those in the EU with regards to bioplastics, there is a lack of implementation of concrete measures. Sweetman says that it is time the ‘corresponding decisions are made’ if Europe wishes to profit from the growth in the bioplastics industry.
European Bioplastics have expressed the viewpoint that they find the geographic distribution of production capacities towards South America and Asia and away from Europe to be a cause for concern, describing it as a ‘disturbing trend.’ Overall the association remains extremely pleased with the growth in the bioplastics industry though, with Hasso von Pogrell expressing his pleasure that bioplastics have been so successful that they have achieved established positions in a wide variety of different application areas, ranging from the automotive industry and the electronics sector to the packaging market.
This is good news for the bioplastics industry and also good news for everybody who is concerned about the environment and supports the popularization of materials that are more ecologically sound than conventional plastics.
BITE ME : a bioplastic LED desk lamp
Reduce, reuse, recycle…. digest!
Introducing a new product that has taken the interior design scene by storm: a fully biodegradable, compostable, and edible bioplastic desk lamp.
Created by American designer Victor Vetterlein, the BITE ME Desk Lamp is an algae-based plastic, made using the same basic recipe and method that we have described on this website, in the article HOW TO: make algae bioplastic.
The core ingredients are agar (the polymer substance found in seaweed and algae), vegetable glycerin, purified water, food coloring, and flavoring.
The desk lamp comes in orange, cherry, blueberry, and apple. Yes, that’s the flavor of the lamp, not just the color.
The ingredients of the bioplastic are all natural, non-toxic, and edible. In fact, all of the ingredients can usually be bought in a regular corner grocery store. As a result, when you are done with the lamp, you can compost it… or you can eat it.
Of course, you can’t eat the entire thing. It comes with a LED lighting adhesive strip, an LED circuit board, and an electrical cord.
But the plastic part is not only edible, it’s good for you. Agar is low in sodium, cholesterol and saturated fat. It is a good source of vitamins E and K and other trace minerals. It will not be out of bounds for any healthy diet.
How did Victor Vetterlein come up with this genius idea for a biodegradable, edible desk lamp?
You guessed it: he read the Green Plastics Book, the same place where most of the recipes that we talk about on this website come from. Here is a photo of all of the ingredients used to create the BITE ME desk lamp, along with the book that inspired the idea:
What new product can you invent, by experimenting with home-made bioplastics?
Lili Design Jewelry – a bioplastic success story
For the holiday season, we would like to share with you a home-made bioplastics success story: bioplastic jewelry by Lili Design, Ltd.
Lili Design, Ltd., has created a line of bioplastic jewelry that is entirely adapted to skin, completely natural and biodegradable. The bioplastic jewelry came out of long research into sustainable solutions to replace fuel based plastic. After months in the kitchen, mixing each ingredient to understand the chemical reaction of natural elements, Lili has developed an innovative bioplastic, based on corn, potato or even tapioca, which is unique.
Lili wrote to us with this wonderful testimonial about her project:
“Bioplastic is fascinating but required a bit of time. As every piece need at least one week to set, it’s a long process, to know what works and what doesn’t. But if you are interested to learn how to cook it from scratch and see a range of completely innovative material,I organize workshop in Surbiton ( Greater London).
And I sincerely recommend the video of Brandon on youtube, which was one of my starting point, more than a year ago. And a great guy, by the way, who took time to answer to my questions and help me really nicely.”
Bioplastics News in August 2011
Cereplast, one of the key manufacturers of biodegradable plastics made from renewable resources, has continued to expand, signing a new agreement with a distributor in Scandinavia. Cereplast is one of the leading providers of truly “green” bioplastic resins that appears in products ranging from car parts to compostable plastic utensils that you can buy at the store. The expansion of Cereplast into the Scandinavian market is a reflection of the broader world-wide expansion, especially in Europe and Asia, of the bioplastic industry.
This world-wide shift is good news, because the global economy is based on positive feedback. As distribution goes up to meet demand, production and manufacturing will also rise, and this will drive costs down: the more you can mass-produce any product, the cheaper it is.
What’s the evidence for this? Also in August, Dow Chemical announced plans to set up operations for mass-producing sugarcane-derived polyethylene in Brazil. With the opening of the new production plant, Dow Chemical will control the entire chain of production of their bioplastic resin, from the sugarcane field to the processing plant, allowing them to mass-produce the bioplastic more efficiently and at a lower cost. Cardia Bioplastics has also announced growth, and Genomatica, an industrial biotechnology startup based in San Diego, has agreed to establish a joint venture with Novamont, a leading bio-plastic producer, to produce butanediol (BDO) from renewable feedstocks in Europe.
But the excitement isn’t just going on overseas. Trellis Earth Products Inc., a company that specializes in consumer products (bags, boxes, cutlery) made from plants, announced that it will spend $7 million to move part of its overseas manufacturing to its Wilsonville, Oregon. The company has been seeing consistent growth, expecting $4 million in sales this year, which is a 30% growth over last year. Although they have outsourced manufacturing to China in the past, they said that high tariffs and shipping costs have made it more cost effective to move much of their operations home. They also said they plan on opening another manufacturing facility in Chicago in the near future. We know the company must be doing well, because it also filed for two new patents this month, as well.
Petoskey Plastics is adding 12 million pounds of capacity to its plant in Hartford City, Indiana. BioAmber Inc., a Minneapolis-based company, is building a new 35 million-pound-capacity plantin Sarnia, Ontario, to make succinic acid. This is a bio-based chemical that can be converted into the types of bioplastics that are used in plastic cutlery and auto parts. And Taiwan just signed a deal with Cargill to buy $55 million worth of corn-based plastics made in Blair, Nebraska.
All in all, it looks like investing in “green technology” is already beginning to happen in the United States, regardless of the posturing and politics going on in this election season.
What new bioplastic source materials were all the buzz this past month? Bioplastics from cheeseand bioplastics from cows seem to top the list of interesting and buzz-worthy announcements.
Did we miss something from this past month? Do you have an announcement you want included in next month’s round-up? Email Us and let us know!
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Users may have the opportunity to submit a photograph to The Site to be included as part of the user’s profile. The Site is designed to allow the public to view, download, save, and otherwise access the photographs posted. By submitting a photograph, users waive any privacy expectations users have with respect to the security of such photographs, and the use or exploitation of users’ likeness by Green Plastics. All photographs submitted to The Site become the property of Green Plasticsand will not be returned.
With whom may Green Plastics share information?
Green Plastics will not sell, rent, or lease a user’s personally identifiable information to others. Unless Green Plastics has a user’s permission or as required by law, Green Plastics will only share the personally identifiable information a user provides online with service providers who may be used to ship products, process credit cards, provide technical support, handle order processing, or otherwise act on the behalf of Green Plastics. These third parties are prohibited from using users’ information for any other purpose, including their own marketing.
When Green Plastics uses third parties to assist in processing The Site’s user personally identifiable information, Green Plastics requests that they comply with Green Plastics privacy practices, and other appropriate confidentiality and security measures.
Please be advised that in certain instances, it may be necessary for Green Plastics to disclose a user’s personally identifiable information without a user’s permission to government officials or otherwise as required by legal obligations. Green Plastics may disclose such personally identifiable information when responding to subpoenas, court orders, or legal process, or to establish or exercise legal rights or defend against claims, including fraud or infringement investigations.
When users choose to provide Green Plastics with personally identifiable information, users consent to the transfer and storage of such information by Green Plastics servers in the United States.
In addition, Green Plastics reserves the right to share aggregate information collected from users of The Site, without prior notice, with entities that are part of the Greg Stevens Holdings, LLCcorporate family and unrelated third parties. As stated earlier, aggregate information is used in a collective manner and no single person can be identified by such compiled information.
To purchase services, users may be asked to be directed to a third party site, like PayPal, to pay for their purchases. If applicable, the third party site may collect payment information directly to facilitate a transaction. None of this information will be captured or stored by Green Plastics
Links To Third-Party Websites
Links to third party web sites on The Site are provided solely as a convenience to the user. When a user uses these links, the user leaves The Site. Green Plastics has not reviewed all of these third party sites, does not control, and is not responsible for, any of the third party sites, their content or privacy practices. Green Plastics does not endorse or make any representations about the third party sites, or any information, services, or products found on the sites. If a user decides to access any of the linked sites, Green Plastics encourages the user to read their privacy statements. The user accesses such sites at user’s own risk.
Bankruptcy or Sale of Business
Green Plastics reserves the right to share or transfer personally identifiable information and aggregate information to a third party should Green Plastics ever file for bankruptcy or in the event of a sale, merger or acquisition of Green Plastics, provided such third party agrees to adhere to the terms of this Privacy Statement.
Data Integrity and Access
Should a user find inaccuracies in such user’s information, or desire to close an account or view the personally identifiable information Green Plastics may have regarding the user, the user may contact Green Plastics through the communication methods described below, or when technically feasible, directly on The Site. Green Plastics will make commercially reasonable efforts to respond to requests for access within thirty (30) days of receiving requests. Green Plastics may decline to process users’ access or update requests to their personally identifiable information if the requests require disproportionate technical effort, jeopardize the privacy of other users, or are impractical (for instance, requests concerning information residing on backup tapes).
To prevent unauthorized access or disclosure, maintain data accuracy, and ensure the appropriate use of information, Green Plastics implements physical, electronic, and managerial procedures to safeguard and secure the information Green Plastics collects. Green Plastics uses encryption when collecting or transferring sensitive personally identifiable information. However, Green Plastics does not guarantee that unauthorized third parties will never defeat measures taken to prevent improper use of personally identifiable information.
Internal Green Plastics access to users’ nonpublic personally identifiable information is restricted to Green Plastics administrators and individuals on a need-to-know basis. These individuals are bound by confidentiality agreements.
User passwords are keys to accounts. Use unique numbers, letters, and special characters for passwords and do not disclose passwords to other people in order to prevent loss of account control. Users are responsible for all actions taken in their accounts. Notify Green Plastics of any password compromises, and change passwords periodically to maintain account protection.
In the event Green Plastics becomes aware that the security of The Site has been compromised or user’s personally identifiable information has been disclosed to unrelated third parties as a result of external activity, including but not limited to security attacks or fraud, Green Plastics reserves the right to take reasonable appropriate measures, including but not limited to, investigation and reporting, and notification to and cooperation with law enforcement authorities.
If Green Plastics becomes aware that a user’s personally identifiable information has been disclosed in a manner not permitted by this Privacy Statement, Green Plastics will make reasonable efforts to notify the affected user, as soon as reasonably possible and as permitted by law, of what information has been disclosed, to the extent that Green Plastics knows this information.
If a user has comments or questions about this Green Plastics privacy statement, please contact:
Telephone: (214) 697-6566
Attn: Green Plastics Legal Services – Privacy
Greg Stevens Holdings, LLC
4605 Cedar Springs Rd.
Dallas, TX 75219