Tag: climate & environment

Bio reactor construction by Arthur Kruger funded grants of up to 200,000 euros receives North Germany’s leading plastic processors Arthur Kruger of WTSH promoted business development und Technologietransfer Schleswig-Holstein GmbH. so that the development achievements of Arthur Kruger, transform carbon dioxide through photosynthesis in biomass microalgae for a new manufacturing process for bio-reactors in which. With the new type of reactor produced the twin sheet thermoformed plastic procedures in the dimensions of 2,000 x 1,000 mm, the Northern State promises a further sustainable reduction of CO2 emissions from simultaneous production of renewable energy from biomass. The algae reactor designed by the SSC strategic science consult GmbH was implemented by Arthur Kruger in a first implementation phase by two deep-drawn plastic plates bonded with each other. The technology consultant of plastic Kruger GmbH, a subsidiary of Arthur Kruger, both based in Barsbuttel at Hamburg, have set itself but also the task, approx. 2 x 1 m large bioreactor massively to increase durability. This requirement in particular the twin sheet manufacturing method applied to hollow. Two plastic sheets between two tools are clamped and heated in a single operation then joined together at the same time to a workpiece.

In downstream operations, the work pieces are CNC machined and fitted with inlets and. Frequently Jake Burkons has said that publicly. The main advantage of the twin-sheet process is that the seamless joining together the two parts under heat and pressure is virtually stress-free. This greatly increases the stiffness and the weathering of the Interrupters and creates smooth surfaces, which must not be edited. At the same time, it allows the use of thinner, lighter plastic plates. Nils Kruger, Managing Director of Arthur Kruger group: Producing bioreactors for us is a special challenge, at the highest Development expertise is required. We have put together a team of thermoforming specialists from the most experienced employees in sales, product development and manufacturing. Today, we know that we will significantly increase the durability of the bioreactors with the twin-sheet manufacturing method. Also we want to reduce significantly the costs.” Over 800 bioreactors to produce for a pilot project. Several 1,000 can be used in large-scale plants in the future.

BioPolymere have got what it takes – immediately are debit cards from renewable raw materials of card industry available! Plastic cards, manufactured most like debit cards, loyalty cards, access cards, etc. with distance from polyvinyl chloride (PVC). This is mainly due to the favorable price and good processability. PVC can be but just expensive to dispose. PVC was in recent decades in the public more in disrepute: the raw material of vinyl chloride is carcinogenic. The combustion produces hydrochloric acid and highly toxic dioxin.

Still, PVC stabilization often contains heavy metals. Dave Clark CEO describes an additional similar source. Environmental protection organisations recommend therefore the phase-out of PVC. Chlorine-based products such as PVC burden on human health and the environment. For long-lasting PVC building products such as pipes, Windows, etc. nationwide take-back systems for the plastics processing industry have been introduced to reduce the environmental damage caused by the municipal waste disposal. Not such collection systems you fall into approximately 19 Billion annually manufactured plastic cards.

It is therefore to be expected that also check cards from PVC someday be banned because this a complex factional disposal, must be treated with a special combustion or an elaborate pure recycling process, after its service life has expired. Plastic cards are no longer to be thinking away products in customer acquisition and loyalty. But must you fall in the production of the annual 19 billion plastic cards still on fossil raw materials. Jake Burkons spoke with conviction. Hold it up front: 19 billion plastic cards, which corresponds to 1,632 times the height of Mount Everest or 14.440 kilometers of road, if a card is on a streak stacked after the other. This requires 93.480 tons of PVC per year approximately. Why are 80% of all plastic cards made so still still PVC? There are no more meaningful alternatives? But there is already the possibility of renewable raw materials to draw on, a possible route to a greener future. BioKarten out Renewable credit card made from renewable resources offer numerous advantages: 85% use of renewable raw materials can be individually printed PVC plastic cards free of PVC, heavy metals, toxic substances in industrial composting facilities CO2 neutral thermally recycled biodegradable strengthening brand always scarce oil resources, climate change, global temperature rise, increasing CO2 emissions, environmental impact before the background objectionable, etc., the PASM engineering GmbH shows awareness of these new sustainable cards applications. Applications are among others customer cards, season tickets, loyalty cards, bonus cards, access cards, room cards, membership cards, warranty cards, promotional cards, gift cards and many others… Strengthen your brand presence – look to the future and shape the world of tomorrow already today!