We offer a variety of balers, including vertical balers and horizontal balers.
Our balers are built for supreme efficiency and low levels of maintenance to ensure a hassle free working environment.
Waste Balers are used for compacting waste, including materials such as cardboard’s, plastics, papers and everything in-between. Balers can convert waste into solid blocks of recyclable materials.
Waste compactors are designed to compact waste material to reduce the volume of space it takes up. Our compactors achieve a compaction rate of up to 8:1, resulting in lower disposal costs.
We offer a comprehensive range of Waste Compactors for sale, lease or hire including portable, static, specialist and wheelie bin compactors.
Glass recycling bins are expensive and unfortunately too much glass is still put into general waste bins which then goes on to landfill. The answer is to fit more glass into one small bin with an easy and efficient solution.
Empty glass bottles consist of mainly of air, therefore hospitality venues are predominantly paying to have air removed from their premises, rather than actual glass. Empty bottles take up space, which means that sites either have large number of bins collected weekly, or if space is limited, fewer bins are collected more frequently; either way it is expensive.
Disposing of empty glass bottles is inconvenient, costly and inefficient! By smashing these bottles into cullet glass saves money and much more!
Your onsite waste solution to becoming net carbon zero from day 1. Our compact and integrated onsite waste to energy Recovery System can help your Trust become net zero in your waste management service from the day of installation.
The Re-source Recovery System™ will be a vital part of a sustainable and strong waste management system, which will complement greatly the Trusts recycling program.
It is an economically and ecologically sound way to provide renewable energy, while providing a sustainable alternative to off site transport and disposal. Recover valuable Re-sources.
The Re-source Recovery System™ enables a Trust to Re-use their healthcare waste stream as a source of energy in their own on-site facility. In turn, this will Re-duce costs, Re-move transport costs and your waste carbon footprint to net zero from day one of installation.
The De-watering system can be used with many products such as fruit, veg, which are mainly high in water content.
By removing much of the water content on site, it can reduce the over all waste tonnage.
Re-source recently installed one of these machines in to a fruit and veg wholesalers which reduced the waste tonnage and costs by over 70%. .
Pressing is controlled by a discharge cone that provides easy adjustment of moisture content. Stainless steel construction and NEMA motors are standard.
The graduated pitch and interrupted flight screw design prevents jamming, while Class II gearbox selection assures long life. The rotating cone feature eliminates purging conditions.
Our de-watering system features the interrupted screw design. This is in contrast to most other screw presses, which use the continuous screw design.
Our bio-digestor is very simple to use. Inside, waste materials are broken down aerobically – with oxygen and by a special blend of microbes.
Organic matter is aerated during decomposition.
Water and carbon dioxide are released, reducing the volume of material inside the machine.
Within 24 hours, food waste will be turned into a stabilised, low-odour substrate that has reduced by up to 80% of the original volume. This residue can be used as fuel to supplement a suitable biomass unit or put to other uses such as soil enrichment.
If you are creating ‘free fuel’, this is fed directly into your biomass boiler to create hot water and heating, reducing the cost of disposal to near zero.
The process is controlled by our exclusive Jem Adaptive Logic ™ which intelligently maintains a unique blend of microbes specially optimised to break down your organic materials. This allows for very effective, robust and efficient operation.
Proudly designed and built in the U.K, delivering outstanding performance and efficiency.