This is my first post on this forum. I am hoping that there are some people on this forum who have a genuine and deep interest in global eco issues. I have read your literature and studied your forum postings. Is this forum only interested in solutions based on existing UK traditional technology ?
It is impossible to adapt existing building technology to meet the urgent need for millions of low carbon homes worldwide. OK its needed to upgrade old UK homes, but it could be a waste of effort to keep on trying to adapt it for the buildings of the future.
I am here to give you the answer to all the global sustainable construction problems in one simply cost effective package, ASMET. I have posted extensively on Green Building Forum which I have been told is lower down in the technical pecking order than this forum. I do suspect that the majority of posts on this forum are not focused on the real global issues but only in the UK agenda. This is the inevitable conclusion drawn from the fact that I have made some unbelievable claims about sustainable construction on the Green Building Forum (which I have now discovered is connected with this forum) and no one who posts on this forum has picked up on the claims. Sustainability Forums are becoming increasingly important to get the global message out about new technology especially ASMET type technology which threatens established industry right down to its core. ASMET is a fully developed building system which solves all of the building envelope problems which have been discussed in great depth on this forum many many times.
ASMET is very simple and overcomes all the current problems and is easily monitored and can be mass produced to any design to a consistent standard. An easy comparison to make is to ask yourself how many components and different materials go into the many configurations of MMC building envelopes. Then take into account all the energy used and waste produced to manufacture thousands of materials and components and deliver them to site. Also consider the waste and energy produced in the factory, during construction, during the buildings life and maintenance. All resulting in one hell of an environmental mess. Now compare this with ASMET which is just one super strong everlasting material for the building envelope with less than 1% waste during manufacture and construction resulting in a zero maintenance building envelope. ASMET is made of an impervious everlasting material which can be reused and recycled. It is non-toxic, low embodied energy and exceeds all the current gold standards set out by the AECB.
Apologies if I come across a little arrogant but I'm just trying to inject some sense of urgency into the sustainable community. This forum wasn't important five years ago. It will become increasingly important because the brains on this forum are the kind of brains which will save this planet from self destruction in the future. Resource conservation and fresh water collection and storage are the main issues and it can’t be just about the UK. The fact is if we carry on using the earths resources at the current rate we will need a few more planets.
Now I've said my piece may I give you figures on ASMET.
ASMET wall starting from outside :- 7mm RoofKrete, 70mm Polyfoam, 14mm ASMET, 200mm glass mineral wool, 45.5 polyfoam, 9.5mm plaster board. Total wall thickness 346mm. This gives a wall U-value of 0.10 W/m²K. This figure would take into account thermal bridges and air movement through insulation.
The real figure could be substantially lower because there will be no air movement through the insulation on an ASMET house and thermal bridges will be only about 0.3% of wall surface area and less than 0.1% of a roof surface area.
Thermal bridges and leaks in and around window frames can be eliminated because toughened glass sealed units can be be fixed directly to the ASMET structure, without the need for window frames, costs saved could be put to triple glazing. Toughened glass can be specially made into stepped sealed units which will be fixed on gaskets and trimmed.
ASMET is expected to be almost 100% airtight with a specially designed MVHR system fitted as standard. This will give superior and fully controllable indoor air quality.
The plan is to develop a new higher standard for a building envelope which will be built to a strict specification by factory trained personnel only.
Summer overheating can be tackled by various means. Basements are one method, dig a hole pop in an ASMET house and back-fill around it, job done! Harvested rainwater pumped around an ASMET structure could be another way. Whatever your imagination can design, ASMET is versatile enough to accommodate it.
ASMET is going through national building regulation assessment at present. Three of the Devon local authorities are involved in this process.
This forum needs visionaries who understand what building for the FUTURE really means? Not dinosaurs who are persistently trying to crank-up obsolete technology.
To wet your appetite I have put some amateur (some mobile phone) video footage on youtube of a 15 tonne ASMET structure being rocked on a centre pivot which displays the structural integrity of the system.
The links are
http://www.youtube.com/watch?v=NT9dqEoBqnshttp://www.youtube.com/watch?v=1VX2jhxxzDUhttp://www.youtube.com/watch?v=d9A4hhhqgtAhttp://www.youtube.com/watch?v=oOYzOP06nighttp://www.youtube.com/watch?v=VwFFSEyAh-ghttp://www.youtube.com/watch?v=xcmPhWLeBek Apologies if the resolution is a little poor. If you'd like to see more I'm taking a full size piece of ASMET to the Sustainable event at Weald and Downland Museum on 20th May. I look forward to discussing ASMET with any interested person on the day. I also have info sheets on ASMET please contact me at
info@sustainconstruction.com.
The time is now fast running out for a paradigm shift in global sustainable construction!