Food waste disposal units, energy efficiency
食品废物处理单位，能源效率
议价
加入意向- 用途和应用：
- 该系统将发酵和干燥大型餐具和公寓的食品废弃物，使其重量减少高达95-97％
- 将最终排放的约5％副产物将通过简单的二次过程转化为可用作替代燃料的肥料或小球
- 优点或强度：
- 当涉及到现有产品时，它们使用高热或研磨机来干燥废物，这消耗更多的能量
- 在干燥过程中，产生有害气体，恶臭和噪声，使用户感到不满意
- 由于我们的产品采用中热干燥方法，使用厌氧微生物，不需要高热量，有害气体不会排放
- 该产品比其他公司的产品在气味和能源效率方面更优秀（应用认证的绿色技术）
- 一般说明和特点：
- 作为DIP系列食品废弃物处理单元基于微生物的发酵和干燥方法，没有可以对人体有害的排气气体不会被充电
- 被排放的水将在内部净化并在排放之前转换成2级清洁水
- 这就是为什么不会造成水污染的原因，它的设计方式可以减少污水处理厂的负担
- 由于各个操作部件将根据外部环境以及系统内的温度/湿度而选择性地自动启动，使得可以保持最佳条件
- 其设计方式为，废热将用于将外部供应的新鲜空气加热到一定温度，使得可以防止能量损失
- Purpose and applications:
- This system will ferment and dry food waste from largerestaurants and apartments to reduce its weight by up to95-97%
- About 5% byproduct that will be discharged finally will gothrough a simple secondary process to be turned into fertilizers orpellets that can be used as substitute fuel
- Merits or strength:
- When it comes to existing products, they apply high heat or agrinder to dry the waste, which consumes more energy
- During the drying process, harmful gases, stench and noise aregenerated, making users feel dissatisfied
- As our products apply a medium heat drying method that usesaerobic microorganism, there is no need for high heat, and harmfulgases will not be emitted
- The products are more excellent than other companies productsin terms of odor and energy efficiency (A certified greentechnology is applied)
- General descriptions and features:
- As the DIP series food waste disposal units usemicroorganism-based fermentation and drying methods, no exhaustgases that can be harmful to the human body will not bedischarged
- Water to be discharged will be purified internally and turnedinto 2-grade clean water before being discharged
- That is why water pollution will not be caused, and it isdesigned in a way that the burden on a sewage water treatment plantcan be reduced
- As individual operation parts will be automatically activatedselectively according to the external environment as well as thetemperature/humidity inside the system, making it possible tomaintain optimal conditions
- It is designed in a way that waste heat will be used to heat upexternally supplied fresh air to a certain temperature, making itpossible to prevent loss of energy
