LFG Wellhead Treatment
Application
MV Technologies LFG Wellhead Specific Treatment system is a highly cost-effective way to attack H2S challenges created by a few specific wells. When only a few wells are generating enough H2S to create consolidated gas stream concentration issues, it may be more cost-effective to treat those wells on an individual basis than install a treatment system for the entire gas stream. Or, even if a consolidated treatment system is determined as the correct solution, specific wellhead treatment can provide immediate impact (deployed in a few weeks) while a larger system is being designed, procured and installed.
Design
Max flow rate: 100 cfm MV Technologies LFG Wellhead Specific Treatment system allows you to be immediately responsive in emissions management.
- 4" NPT inlet and outlet
- Carbon steel shell with coal tar epoxy liner
- Fully removable lid
- 750 lbs. sulfur removal per media charge
- Once connected – H2S concentration is immediately reduced!
Technology
MV’s LFG Wellhead Specific Treatment system contains an engineered iron oxide based media. Wellhead treatment utilizing our enhanced media will address: Max flow rate: 100 cfm MV Technologies Wellhead Specific Treatment system allows you to be immediately responsive in emissions management.
- Emissions Reductions
- Expensive Media Costs
- Excessive Operating Expense
Additionally, in any of the above situations, if H2S concentrations are projected to decrease over time—making it difficult to justify capital investment for a centralized system—wellhead specific treatment applications are a ‘no-brainer’ solution for managing emissions in these situations.
Performance/Benefits
MV Technologies LFG Wellhead Specific Treatment System has proven cost and performance advantages over activated carbon.
- Quickly respond to emissions spikes – can be deployed in just a few weeks
- Low capital investment
- Lowest cost per pound of H2S removed compared to activated carbon technology
- Small footprint – easily integrated
- Modular – can be moved from one wellhead on to another ‘offending’ wellhead
- Media is not affected by moisture/condensation