Decentralised Energy Creation from Agricultural Residues (DEC-AR)

伪造的创新已经开发出一种游戏，改变了分散的生物能源系统。随着能源成本的上涨和减少甚至扭转环境影响的压力越来越大，我们必须改变我们与消费和资源利用的关系。通常，准备资源花费了大量的时间、精力和金钱，但我们只在单一的应用程序中使用它们。然而，现实情况是，许多资源都具有级联价值效应。低等级木材/生物质就是这样一个例子。有数百万吨这种材料已经在流通中，它们要么必须经过干燥，从而招致巨大的成本和二氧化碳排放，要么被认为价值太低而直接丢弃。要么根本没有被利用，要么被使用了很短一段时间，但仍然保留了它的大部分价值。使用这种材料不仅意味着燃料成本的显著降低，而且还捕获了潜在的二氧化碳和甲烷排放分数。锻造创新系统利用价值较低的原料，如这种，释放高品位、高价值的热量，同时稳定这种材料中的碳。因此，每生产一吨材料就会吸收2.5-3.5吨碳。这意味着，该系统不仅避免了二氧化碳排放，还消除了二氧化碳。这对我们的生活方式和扭转全球气温上升的趋势至关重要。该系统利用了最好的可用技术和技术；以前所未有的规模和成本对它们进行包装。以实现该系统和好处的快速采用和扩展。

Forged Innovation have developed a game changing decentralised bioenergy system. With rising energy costs and increasing pressure to reduce and even reverse our environmental impact, it is crucial we change our relationship with both consumption and resource utilization. Typically a lot of time, effort and money are spent preparing resources, yet we use them only in singular applications. However, the reality is many resources have a cascading value effect.Low grade wood/biomass is one such example. There are millions of tonnes of this material already in circulation, which either has to undergo drying, incurring significant cost and carbon dioxide emissions or is simply discarded as it is considered of too low a value. Either having not being utilized at all or having being used for a short period of time, but still retaining much of its value. Utilizing this material represents not only a significant reduction in fuel costs but also captures a potential carbon dioxide and methane emitting fraction.Forged Innovations system utilizes lower value feedstocks, such as this, releasing high grade, high value heat, while simultaneously stabilising the carbon in this material. As a result every tonne of material produced captures 2.5-3.5 tonnes of carbon.Meaning that this system not only avoids carbon dioxide emissions being created, it also removes carbon dioxide. Which is critical to our way of life and in reversing the trend of escalating global temperatures.This system utilizes the best available technology and techniques; packaging them at both a scale and cost point never before seen. In order to achieve rapid adoption and scaling of both the system and the benefits.