Registry of biomedical companies:
[3] [A] [B] [C] [D] [E] [F] [G] [H] [I] [J] [K] [L] [M] [N] [O] [P] [Q] [R] [S] [T] [U] [V] [W] [X] [Y] [Z] 360 active entries
1440 Barberry Dr
Port Coquitlam
Canada
Toll free: 16049458408
Phone: 2369836419
Fax: 16049419022
E-Mail:
This e-mail address is being protected from spam bots, you need JavaScript enabled to view it
Description:
With petrol prices falling in Canada, one wonders if plastic products as in developing settings being disposable of value to their middle classes but non-sustainable and sources of serious microplastic environmental pollution can be replaced by sustainable materials such as fibre, wood, metal and stone or ceramics and one that are of course more long-lasting or have greater longevity. Of course petrol as crude oil sources can be converted to biofeedstocks like acetate ff. by glucose in cell biofermentors to produce isoprenol adenosine (IPA) and eventually with downstream chem processing to isoprenol as a dense, low-knocking high ordered alcohol biofuel for automotive applications, viz. transportation for commuters and other travellers including tourism. Then again, there is another e. g. of using acetate for making high-density rubber-like (viz. bullet-proof) molded and sheet vamp material from petrol for tires, roads, bridges, runways and aprons for tarmacs, called isobenzoprene nitrile (IBPN) polymer. This material is believed to rival natural rubber and asphalt which hopefully when laid out properly may lead to micro-rubber pollution as the plastics world already has calling for replacement measures before that time. From acetate from crude oil sources there is the manufacturing of biokerosene as a high-quality aviation biofuel (NB. there is also oil or fat in the case for biodiesel engines) which was already proposed from pulp or other byproducts (e. g. farm waste products) feedstocks but now is believed to be viable as with kerosene from a pure chemical process of cracking long-chain hydrocarbons to 8-C length moieties although with refining the recovery or yield is much less than an expected fully 100% recovery. Granted the process comparatively involving active NaH2 agent [from mined Na(s) and electrolysized H2(g) from H2O(l)] yields byproducts but of valuable chemical use (lower MW hydrocarbon vs higher MW hydrocarbon). SKYENEWS: There are rumours floating around with SkyeBlue that a possible Indonesian-based industrialist Filipino has been found to begin preparations for manufacturing a biosafe chemical plant for the IBPN polymer product requiring extremely toxic chemical byproducts but producing the right product for the class of country that Indonesia is becoming in Asia and the Far East for further infrastructural developments. In fact, these are all in the plans to position a Filipino CEO & President as a partnership in assets management within the RP (Philippines) with SkyeBlue group's partnership from this end of the Pacific rim based in the Westcoast in Canada including major subdivisions for: Farming Systems (Dairy & Meat), Biomedical Device Manufacturing, and Biofuels (a premium commodity in the RP) Manufacturing as of now. (c) 2026-2059. Skye Blue Press Corporation. Poco. BC Canada V3B 1G3.
Selected Categories:
Last update of this entry: September 16, 2026
|