Tececo Pty. Ltd.
Business Services in Glenorchy

Derwent retreat is a luxurious house situated on the banks of the river derwent near hobart. Australia's oldest national park, mount field is less than 90 minutes away. Five minutes away is cadbury chocolate factory and moorilla estate where you can enjoy fine food, wine and beer tasting. These are served by a second bathroom and separate toilet.all rooms have views of the river and mt wellington. The master bedroom has a queen-size bed and ensuite, the second bedroom has a double bed and the third two single beds. Derwent retreat has three bedrooms and two bathrooms and sleeps six people. It's ideally located for business or pleasure being so close to major businesses and tourist attractions.derwent retreat is fully furnished and has a fully equipped kitchen, linen, towels, wireless internet, wood stove, central heating, gas barbecue, laundry, television and small basketball court. Derwent retreat is situated in hobart's northern suburb of austins ferry, five minutes drive from the city of glenorchy and 15 minutes from hobart's central business district. Within two and a half hours you can travel to most destinations in the state including the derwent valley, bruny island, huon valley, port arthur and east coast.

EnviroCement Superior cements for toxic and risky waste immobilization. TecKiln A more efficient kiln for making calcium and magnesium oxides used in EcoCements from their carbonates without releases. TecEco's technologies are portion of an busy yet uniquely profitable and politically acceptable solution to the problems of global warming, water and waste we call Gaea Engineering which is a tececology that can conserve civilization as we know it on our planet by temporary materials flows and thus underlying damaging moleconomic flows resulting in carbon dioxide and other wastes becoming resources. Gaea Engineering involves technical change rather than politically unacceptable carbon constraint and starts with a process to sequester carbon dioxide using the magnesium and to some extent calcium contained in bitterns, seawater or brine. The solution to our problems with carbon dioxide and other wastes is to invent technical paradigms that convert them to resources. To solve global environmental problems including extra carbon dioxide in the atmosphere, the waste and water crisis. Humans are too many and our convince too great. We must therefore accept our role of maintaining spaceship earth 1 as planetary engineers and find ways of maintaining the glossy of carbon dioxide, oxygen and other gases in the atmosphere at desirable levels. Our technical world, the techno sphere, is not a closed system and our take and waste impacts are disturbing the homeostasis of earth systems. As in natural ecological systems we must learn how to make our outputs our inputs and accomplish balance. We are hooked on fossil fuels and cannot possibly seize the alarming increases in carbon dioxide currently occurring through efficiency, emissions reduction or sideways substitution by for example renewable alone. We trust that fundamental bottom up changes as required as well. There is a good chance of preserving the future if we mimic nature by finding uses for carbon and other wastes that are profitable as many people will as a consequence wish to engage. The Fresh Scientist Magazine were the beginning to herald the technology as a major breakthroughThere is a way to make our city streets as green as the Amazon Forest. Almost every aspect of the built environment from bridges to factories to tower blocks, and from roads to sea walls, could be turned into structures that soak up carbon dioxide the main greenhouse gas after global warming. The Guardian, Toronto Star and considerable authors from prestigious universities around the world have likewise heralded the technology we seek to patent as an urgent fresh breakthrough. One area of research into partial cement replacements is the recently emerged family of reactive magnesia (MO) cements. These cement formulations, developed and patented a scanty years ago by the Australian scientist John Harrison, (refs given) are blends of PC and reactive MO in diverse proportions depending on the premeditated application, ranging from structural concrete to porous masonry units. They have been developed with powerful emphasis on a range of sustainability advantages over PC and have received signicant publicity including coverage in Fresh Scientist and The Guardian. Fuller devoted his life to the inquire as to whether humanity had a chance to survive lastingly and successfully on planet Earth, and if so, how. We are always updating web pages, writing papers and preparing presentations as there is so much to communicate and so much misinformation to correct. We receive responsibility in relation to some of this misinformation as we were wrong in the hasty stages about strength and the carbonates that form for example. Our web pages have usually the most up to date and certainly much