CleanWorld offers a range of services designed to assist you with managing the complexities arising from organic waste disposal. Whether your problem is simply analyzing feedstock to determine possible solutions or you are looking to evaluate the necessity of building an entire anaerobic digestion system, our technical team can help make the answer simple and straightforward.
CleanWorld will analyze the composition and anaerobic digestibility of your organic waste stream, and provide a complete report to you. CleanWorld can also perform feedstock analysis as part of a complete feasibility study tailored to meet the specific needs of your facility.
At CleanWorld, we will work with you to develop a plan designed to reduce your waste disposal costs, provide green energy, and ensure you benefit from the full range of available incentives. In addition to engineering analysis, CleanWorld can also provide advice on financing and economic analysis, and we can help you navigate the regulatory process.
The team at CleanWorld has extensive knowledge of the wide range of biogas-to-energy conversion technologies, from bio-methane to fuel cells. We also know the many regulations and incentives that will determine which technology is right for you. We can help design and implement a biogas utilization strategy that will maximize the return on your investment.
Anaerobic digestion significantly reduces the amount of waste you need to dispose. However, at the end of the digestion process some solids and liquids remain. CleanWorld can help predict the quantity and strength of the residual solids and liquids and help you develop a waste treatment and disposal plan that will minimize odors and cost.
The CleanWorld team has extensive experience running biogas energy systems. We will help you monitor your system remotely and provide operational support as needed. We will also help you monitor and analyze your data to ensure that your system is operating at its optimal level.
CleanWorld has developed custom process models that allow us to design digesters for many situations and predict performance in order to offer the best process design and performance guarantees.