Regenerative Heat Recovery Systems use ceramic media to collect and store energy. Regenerative heat recovery systems are capable of recovering up to 97% of the energy used in the oxidation process.

Regenerative Thermal Oxidizers use ceramic beds to absorb heat from the exhaust gas and use the captured heat to preheat the incoming process gas stream. These streams are typically produced by processes requiring ventilation, such as paint booths, printing and paper mills. They are suited to applications with low VOC concentrations but high waste stream flow rates. This is due to their high thermal energy recovery. The basic operation of an RTO consists of passing a hot gas stream over a heat sink material in one direction and recovering that heat by passing a cold gas stream through that same heat sink material in an alternate cycle. They are used to destroy air toxics and Volatile Organic Compounds (VOCs) that are discharged in industrial process exhausts.

Remediation Process Equipment is about the size of a large SUV. It is fully mobile and self-propelled.

Risk assessment is the process of evaluating whether or not a site poses a risk to human health or the environment. This process is used to measure the effectiveness of the remediation process, is critical to all hazardous waste-site work. The risk assessment process is also used in comparing different potential remedial alternatives to ensure that the cure is not as bad as or worse than the initial problem. It is a strictly objective process with decisions on risk based solely on scientific evidence.

Robust Aerated Digestor Systems is a highly effective aerobic sludge treatment system, which incorporates the unique principles of diamond sewage treatment plant. RADS technology can be used to treat biodegradable wastes from both commercial and industrial sources. The system is able to treat high strength wastes at relatively high mixed liquors, producing a marked reduction in BOD, COD and TSS values.

Roof tile solar cells are developed for plastic plain tile covering system. The solar roof tile consists of a unit of six individual tiles, which covers an area of 107cm X 30 cm. It is linked to the neighbouring plain tiles ie, a hook construction and requires no additional mechanical fastening. The solar modules lay flat on the rooftop, interlocking smoothly with standard roof tiles for a smooth look. They are compatible with most shapes and sizes of roof tiles used in new residential construction, with one module replacing five standard concrete tiles. This solar BIPV roof tiles have shingle designs interlock with roof tiles and shingles to provide an aesthetic, seamless look.