Environmental Integrated Solutions, manufacturer and supplier of cost effective VOC Abatement, Odour Control and other Air Pollution Control Systems. Based in UK, but working throughout Europe and worldwide, EIS manufacture and install turnkey solutions for all VOC Abatement, Odour Control and Air Pollution Control problems using our wide range of equipment including Regenerative, Recuperative and Direct Fired Thermal Oxidisers, Catalytic Oxidisers, Rotary Concentrators, Adsorption Systems, Biofilters, Wet Scrubbers, Dry Scrubbers and full ductwork and capture systems.
We manufacture cost effective solutions for your air pollution problems. Bespoke design, tailored technology packages and a 'whole of life' analysis are just some of the qualities that our customers have come to expect from us. Reducing odour, abating VOCs, recovering solvent or removing acid gas are some of the systems we offer. Our capability is all encompassing. It embraces initial definition of your problem, the current legislative targets you need to reach to be legally compliant, pilot trials and turnkey projects.
While we are proud of our ability to deliver across the globe, we believe that you still need to act locally when thinking globally. So you can expect good prices and dedicated expertise, whether your requirements are large or small and wherever you may be.
- Direct Fired Oxidisers (afterburners) Biofilter installation
- Regenerative Thermal Oxidisers
- Recuperative Thermal Oxidisers
- Catalytic Oxidisers
- Adsorption systems
- Rotary Concentrators
- Wet and Dry Scrubbers
- Reverse Jet Filters
- Ductwork and capture systems
- Secondary heat recovery
Turnkey design and installation of VOC Abatement and Odour Control Projects Finished installation
- Design and supply of capture, enclosure and ductwork systems
- Service and maintenance contracts
- Relocation and refurbishment and upgrades of existing equipment
- Process integration and optimisation
- Service support for existing systems including Haden Drysys Environmental systems
- RTO media replacement for lower pressure drop and increased air flow
- Process surveys to establish air volumes and solvent concentrations
- Process Optimisation and HAZOP / SIL Analysis
- Olfactometric testing, odour mapping and dispersion modelling
- Spare Parts.
TechnologyThe cost effective solution of any abatement problem requires the correct application of the correct technology. EIS can offer a complete range of all of the major technologies. This means that we can be flexible in our approach and can select from a comprehensive range of options and can recommend the best solution taking into account not only capital cost but also operating costs and all other aspects of long term performance. It also allows EIS to support a wide range of applications from odour control to VOC abatement to Solvent Recovery and for a wide range of industries.
Most of our products have been developed in-house but EIS has also forged links with other market leaders with complimentary technologies for which EIS provides the process vehicle to supply the expertise within the environmental sector.
The technology pages contain brief explanations of each type of equipment. Further details can be requested via the online enquiry form or by calling our sales team at our Rochdale office.
The cost of energy continues to rise almost inexorably and in an ideal world every company would want to be energy efficient. But how easy is it to make savings and at what cost?
At EIS it is easy because we strive to minimise energy consumption on all of our systems. Some examples include:
Regenerative Thermal Oxidisers LanteComb-H media
We manufacture a range of Regenerative Thermal Oxidisers that operate in autothermal flameless mode with zero gas input and we can also modify your existing RTO equipment to operate in the same way in order to reduce the overall consumption of energy.
Environmental Integrated Solutions can provide a heat recovery media which provides a thermal efficiency that is greater than standard media. The use of this media not only provides increased thermal efficiency, but also provides a lower pressure drop leading to a direct saving in both gas and electrical consumption.
In recent projects where the new media has been used to replace saddles or honeycomb type media, the upgraded thermal efficiency achieved was greater than 98%, which has contributed to a significant reduction in overall gas and electricity consumption.
Primary and Secondary Heat Recovery
Many systems are designed to include both primary and secondary heat recovery including
- Air to air
- Air to water
- Thermal oil systems
- Waste heat boilers